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• The expansion opens new opportunities for end customers in industries such as manufacturing (automobile/electronics), ports, pharma, retail, e-commerce, q-commerce, logistics and healthcare
• Its AIDC portfolio includes an array of products such as Mobile Computers (HHDs), High-Definition Scanners, Industrial Grade Label Printers, and more

TVS Electronics, a leading player in offering integrated end-to-end electronic solutions, has announced the launch of its Enterprise Automatic Identification and Data Capture (AIDC) with an aim to make it simple and accessible to everyone. Leveraging its comprehensive range of enterprise-grade product solutions, TVS Electronics is set to expand beyond its retail offerings and compete strongly in the enterprise AIDC segment, moving beyond its trusted retail offerings.

This move will help Indian businesses digitize operations with affordable, locally supported technology. TVSE’s strong service network ensures quick maintenance, while its end-to-end solutions—from sales to refurbished equipment auction reducing long-term costs. TVS Electronics focus is to introduce practical, scalable tech that improves accuracy and efficiency in inventory, tracking, and data management. By combining global-grade AIDC tech with India-specific needs, TVS Electronics aims to be a one-stop partner for companies embracing automation. Their approach simplifies digital transformation, making advanced tools accessible to enterprises of all sizes.

India’s track and trace sector is accelerating fast, projected to grow at a strong CAGR of 21.3% by 2030. This surge is powered by the integration of AIDC technology with smart tracking software, delivering real-time visibility and seamless automation across the supply chain. Logistics operations are becoming more agile, manufacturers gain better control and efficiency, e-commerce fulfillment is faster and more accurate, and warehousing is undergoing a high-tech makeover. Together, these innovations are driving a smarter, connected, and more responsive supply chain ecosystem across India.

TVS Electronics’ AIDC portfolio includes a broad range of solutions designed to meet the demanding requirements of enterprise operations, such as:

• Mobile Computers (HHDs):Handheld devices for seamless mobility and real time data capture.
• Rugged Scanners:Industrial grade wired, and Bluetooth enabled wireless scanners that provide reliability in harsh environments.
• High-Definition Scanners:Precision scanners (HD, HHD, XHD, UHD) for electronics industries requiring barcode scanning below 3 mil size.
• Industrial-Grade Label Printers:Label printers designed for durability, offering 203 dpi/300 dpi resolutions.
• Mobile Printers:Compact, Bluetooth-enabled printers designed for mobile workforces.
• Rugged Tablets:Tablets built to withstand tough industrial environments, enabling better data management and communication in the field.

TVS Electronics delivers more than just hardware—it’s building a full-fledged automation ecosystem. By integrating with ERP platforms like SAP and Oracle, and leveraging tools such as SOTI for WMS and MDM, TVSE offers seamless end-to-end solutions that elevate operational efficiency and supply chain visibility. Its approach goes far beyond product delivery, prioritizing strategic alliances with software providers, IoT platform innovators, and system integrators. From consultation to training and ongoing support, the company ensures each solution is tailored, enterprise-ready, and optimized across every layer of the tech stack.

Mr. C. Balaji, Vice President, PSG Business, TVS Electronics, said, “TVS Electronics aims to not only provide superior AIDC devices but to also bring tailored, customizable solutions to enterprises across industries. This launch marks a significant milestone for TVS Electronics as we reposition ourselves as a key player in the enterprise AIDC segment, breaking the stereotype of being a retail-focused brand. By building a robust partner ecosystem, we aim to foster customer trust and drive enterprise growth. Our shift towards value-based selling drives sustainable growth while addressing niche industry needs with tailored solutions. With this move, TVS Electronics solidifies its position as a full-spectrum solutions provider in enterprise technology, leveraging the ‘Make in India’ initiative and digital transformation trends to drive growth and innovation.”

TVS Electronics showcases its competitive advantage through highly customizable Enterprise AIDC solutions that integrate seamlessly with leading ERP (Enterprise Resource Planning) platforms, enabling AI-powered insights and real-time analytics for enhanced operational efficiency. Its advanced Tumakuru facility ensures top-tier quality, reduced lead times, and cost-effective production—fueling innovation and strengthening global competitiveness. With tailored end-to-end offerings like Warehouse Management Systems (WMS) and Real-Time Locating Systems (RTLS), and strategic collaborations with Independent Software Vendors (ISVs) and system integrators, TVSE empowers businesses across sectors with scalable automation and intelligent tracking solutions.

With this, TVS Electronics continues to be a reliable OEM supplier in the enterprise AIDC market, expanding its focus beyond retail to serve large enterprises. Committed to staying ahead of trends like automation and IoT, TVS Electronics will deliver enterprise-grade AIDC solutions to empower businesses.

TVS Electronics strengthens its market position and drives enterprise growth by offering tailored solutions backed by a shift to value-based selling, boosting profitability. The company’s focus on digital transformation reinforces its role as a full-spectrum enterprise technology provider. With one of the largest service networks in India, TVS Electronics delivers industry-best turnaround times and exceptional customer support. Its end-to-end IT lifecycle offerings—from after-sales service to second-hand product auctions—ensure optimal efficiency and cost-effectiveness, making it a reliable one-stop solution for businesses.

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Strangeworks, the Austin-based quantum computing company known for making advanced compute accessible, is planting deeper roots globally with a major expansion into India and Sri Lanka. The move marks a strategic leap for the company, extending its existing footprint in the U.S., Europe, and Japan to one of the most rapidly advancing regions in quantum and AI technology.

Pathy Iyer, Director of India Sales and Marketing, Strangeworks

At the heart of this expansion is a simple but bold idea: empower more people (enterprise researchers, engineers, and scientists) to harness the power of quantum and AI without needing a PhD in theoretical physics. Strangeworks’ platform provides access to the largest catalog of quantum, quantum-inspired, and classical compute tools, abstracting away complexity so users can focus on solving real-world problems.

And in India, the timing couldn’t be better.

With its National Quantum Mission (NQM) funneling hundreds of millions into developing indigenous quantum capabilities, India is fast becoming a global hub for next-gen computing. Add to that a vibrant ecosystem of startups, top-tier research institutions, and cross-sector demand from industries like energy, pharma, finance, and logistics, and it’s clear: the region is primed for a quantum leap.

Strangeworks is no stranger to India’s quantum scene. Since 2022, the company has collaborated with BQP, a Quantum-Accelerated Digital Twin software company with Indian origin, to explore real-world applications of quantum-inspired computing—including engineering simulations for high-performance race cars. That partnership not only validated the market—it set the tone for what comes next.

To lead regional growth, Strangeworks has tapped industry veteran Pathy Iyer as Director of India Sales and Marketing. Based in Bengaluru, Pathy brings nearly 30 years of experience from HP, Agilent, and Keysight, where he focused on tech for research and education. He’ll be responsible for forging strategic partnerships, supporting customers, and aligning Strangeworks’ global mission with regional needs.

“India’s bold investments in quantum and AI make it one of the most exciting markets on the planet,” said Steven Gibson, Chief Commercial Officer of Strangeworks. “With Pathy at the helm and strong regional partnerships in place, we’re bolstering our mission to democratize advanced computing globally.”

Pathy is equally enthusiastic. “The potential for quantum and AI to revolutionize industries here is immense,” he said. “Strangeworks has the platform to make that potential real, fast.”

With support from its European teams and centralized marketing operations, Strangeworks aims to offer seamless onboarding and consistent service quality across new regions. But make no mistake—this isn’t just a geographic expansion. It’s a mission move: accelerating access to transformative technologies where the appetite for innovation is sky-high.

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5V, Up to 64KB Flash Memory, Rich Peripherals, and High Noise Immunity Empowering Industrial and Home Appliance Applications

Nuvoton Technology released the enhanced 1T-8051 microcontroller series – NuMicro MG51, tailored for applications such as home appliances, LED dimming, motor control, and industrial automation.

Key Features of the NuMicro MG51 Series:

• High-Speed Core: 1T-8051 core running up to 24 MHz.
• Rich Memory: Up to 64 KB of Flash memory, 4 KB of SRAM, and 4 KB of LDROM.
• Robust Operation: Wide voltage (2.4V-5.5V) and industrial temperature (-40°C to +105°C) support.
• High Noise Immunity: 7 kV ESD (HBM) and 4.4 kV EFT protection.
• Advanced Control: Up to 12-channel PWM for precise motor control.
• Flexible Communication: Up to 5 UARTs, SPI, and I²C interfaces.
• High-Precision Sensing: 15-channel, 12-bit ADC with 500 kSPS sampling rate.
• Ample I/O: Up to 46 GPIOs with flexible interrupt configuration.

Running at speeds of up to 24 MHz, the MG51 series features up to 64 KB of Flash memory, 4 KB of SRAM, and 4 KB of LDROM. It integrates rich communication and control peripherals, supports 5V operation, industrial-grade temperature range, and robust noise immunity. Multiple package options are available, including the 48-pin version that supports up to 46 external interrupt-capable I/Os, offering developers excellent design flexibility and application scalability.

The MG51 is equipped with four 16-bit timers and up to five independent UARTs. These include two UARTs with built-in error detection and automatic address recognition, and three ISO 7816-3 compliant interfaces (which can also function as UARTs with automatic parity check support). One SPI and one I²C interface are also provided to support various communication and data transfer needs.

The series supports up to 12-channel PWM outputs, making it ideal for small motor applications such as fans and pumps. It also integrates up to 15-channel 12-bit ADCs with 500 kSPS continuous conversion, capable of real-time sensing of temperature, current, and light, making it highly suitable for smart appliances, energy control modules, and automation systems.

MG51 provides 24 interrupt sources and four levels of interrupt priority. Combined with flexible I/O configuration, it is ideal for systems requiring multi-point input control and event triggering, such as LED dimming, keypad control, audio, and alarm modules. The series operates reliably across a wide industrial temperature range, from -40°C to +105°C, and features high noise immunity with ESD protection of up to 7 kV and EFT protection of up to 4.4 kV. It supports a wide operating voltage range from 2.4V to 5.5V, ensuring stable performance across diverse power environments.

In terms of chip security, this series offers three protection mechanisms.

• Prevents program readout via ICP pins through Flash lock bits.
• Built-in 128-byte Security Protection ROM (SPROM). In security mode, the SPROM region is executable-only and inaccessible for code or data read. In non-security mode, it can also be used as Data Flash.
• Provides a 96-bit Unique Identification (UID) and a customizable 128-bit Unique Customer Identification (UCID).

Package options include TSSOP20/28, QFN20/33, and LQFP32/48—six types in total—addressing the needs of space-constrained applications. The entire MG51 series is now in mass production and fully available.

Comprehensive development resources are also offered, including the NuMaker development boards and Nu-Link debuggers. MG51 is compatible with Keil C51, IAR EW8051, and NuEclipse SDCC development toolchains. Notably, NuEclipse is Nuvoton’s in-house cross-platform embedded development suite for 8051 and Arm cores, designed specifically for the NuMicro MCU series. It integrates multiple Eclipse plug-ins and tools, enabling developers to efficiently build, compile, and debug projects within the familiar Eclipse framework across both Linux and Windows platforms, thereby accelerating development and reducing time-to-market.

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The USA smartphone market continues to be in its 2025 dimension, along the lines of innovation, competition, and consumer loyalty. With a global battle for supremacy, users look towards what they consider best: AI-powered photography, 5G capabilities, foldable designs, and extended software support. Here is a more detailed breakdown of the top 10 smartphone brands in the USA, based upon innovation, customer faith, and general performance.

1. Apple

Apple, based in Cupertino, California, is by far the most recognized name in U.S. smartphones. The iPhones hold nearly 55% of the market share, with the iPhone 15 generation leading both premium and mainstream smartphone markets. Most choose Apple basically because of the iOS ecosystem, longevity of software support, and proprietary chips. Satellite connectivity, Dynamic Island, and cutting-edge camera systems continue to set the standards for user expectations.

2. Samsung

Samsung from Seoul holds the second-biggest share of the U.S. smartphone market. With a couple of good Galaxy S and Z Fold/Flip series models, Samsung continues to claim the top place in Android innovation. The Galaxy S24 Ultra and Z Fold5 have set benchmarks with AMOLED displays, S Pen functionality, and foldable designs. With powerful specs and One UI, Samsung offers options across all price points.

3. Google Pixel

The Google Smartphone Division is located in Mountain View, California, steadily increasing market presence in the U.S. Pixel 8 Pro glorifies Google’s expertise in computational photography, pure Android experience, and AI-based features such as Magic Eraser and real-time call screening. 7 years of software support beginning with the Pixel 8 series-however, Google has set a new bar for Android longevity.

4. OnePlus

OnePlus, a subsidiary of BBK Electronics, and headquartered in Shenzhen in China, has made a big market among tech-savvy users in the U.S. OnePlus 12 flaunts a set of flagship-level specifications with Snapdragon 8 Gen 3, an awe-inspiring AMOLED display, and Hasselblad-powered cameras. Known for its fast charging and smooth OxygenOS, OnePlus offers performance-oriented devices at competitive prices.

5. Motorola

Founded in the US and now owned by Lenovo, Motorola is now based in Chicago, Illinois. It has staged quite a good comeback with the Moto G and Edge series, which promise great performance and near stock Android. Its iconic Razr foldables are the epitome of nostalgia meeting modern-day tech. Motorola targets those looking for affordable phones with long battery.

6. TCL

TCL, the highest-rated company for televisions and displays, ventures into the smartphone field with its operating headquarters in Huizhou, China. Although still minor on volume basis, TCL has been garnering attention for its budget smartphones that never compromise on display or build quality. The customers are attracted by phones like the TCL 50 XL 5G for the affordable 5G-ready phone.

7. ASUS

ASUS, with headquarters in Taipei, Taiwan, caters to the niche gaming phone market in the U.S. ROG Phone 8 Pro, with a 165Hz refresh rate and huge battery, along with cooling accessories for hours of intense gaming, is the ultimate power phone. While not exactly mainstream, ASUS appeals greatly to gamers and power users.

8. Sony Xperia

Sony Mobile, based out of Tokyo, aims at some niche professional users and content creators in the U.S. Its Xperia 1 V has a 4K OLED screen and Zeiss-tuned cameras, perfect for videography and media consumption. Though it sells in smaller numbers, Sony phones are well-regarded for their abilities as multimedia devices and for their stylish looks.

9. Honor

Honor, a quickly scaling brand situated in Shenzhen, China, has been making waves in the global markets and slowly making entry into the U.S. scenario, predominantly through online platforms and unlocked devices. Formerly a sub-brand of Huawei, Honor is now an independent entity, known for its stylish design, robust hardware, and relative value offerings. Its newest flagship, Honor Magic6 Pro, is the powerful contender that comes with Snapdragon 8 Gen 3, 120Hz OLED display, and Elite AI photography.

10. BLU

BLU Products is a smartphone company located in Miami, Florida, offering ultra-affordable unlocked Indian handsets. Blu targets entry-level users with simplistic smartphones that go for sale on the web or prepaid carrier plans. Up-to-date spec-wise, G91s provides a set of features under $150: an ideal purchase for buyers watchful of their budget or just a second phone for a user.

Tech Table: Specifications Comparison

Brand	Flagship Model	Display	Processor	RAM / Storage
Apple	iPhone 15 Pro Max	6.7″ Super Retina XDR OLED 120Hz	Apple A17 Pro	8GB / up to 1TB
Samsung	Galaxy S24 Ultra	6.8″ QHD+ AMOLED 2X, 120Hz	Snapdragon 8 Gen 3	16GB / up to 512GB
Google	Pixel 8 Pro	6.7″ LTPO OLED, 120Hz	Google Tensor G3	12GB / 128GB–1TB
OnePlus	OnePlus 12	6.8″ AMOLED ProXDR, 120Hz	Snapdragon 8 Gen 3	16GB / up to 512GB
Motorola	Moto Edge+ (2024)	6.7″ OLED, 165Hz	Snapdragon 8 Gen 2	8GB / 512GB
TCL	TCL 50 XL 5G	6.8″ FHD+ LCD, 120Hz	MediaTek Dimensity 6100	6GB / 128GB
ASUS	ROG Phone 8 Pro	6.78″ AMOLED, 165Hz	Snapdragon 8 Gen 3	16GB / up to 1TB
Sony	Xperia 1 V	6.5″ 4K OLED, 120Hz	Snapdragon 8 Gen 2	12GB / 256GB
Honor	Honor Magic6 Pro	6.8″ LTPO OLED, 120Hz	Snapdragon 8 Gen 3	12GB / up to 1TB
Blu	BLU G91s	6.5″ HD+ LCD, 60Hz	MediaTek Helio G80	4GB / 128GB

 

Flagship Model & Price Range Comparison:

Brand	Flagship Model	Approx. Price (In USD)
Apple	iPhone 15 Pro Max	$1,199
Samsung	Galaxy S24 Ultra	$1,299
Google	Pixel 8 Pro	$999
OnePlus	OnePlus 12	$799
Motorola	Moto Edge+	$699
TCL	TCL 50 XL 5G	$299
ASUS	ROG Phone 8 Pro	$1,099
Sony	Xperia 1 V	$1,299
Honor	Honor Magic6 Pro	$899
Blu	BLU G91s	$149

Conclusion:

In 2025, the U.S. smartphone market remains dynamic yet is dominated by a select few powerhouses, with Apple holding the throne with unparalleled brand loyalty and ecosystem strength; Samsung, the Android flagbearer, maintains its position by innovation-first approach; while the Pixel lineup from Google is changing the way AI is integrated with mobile tech.

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MacDermid Alpha Electronics Solutions, the electronics business of Elements Solutions Inc, launched macdermidalpha.com – a unified global website built to deepen digital engagement. The launch marks a significant milestone in the business’ ongoing commitment to delivering more meaningful, interactive, and impactful experiences for its customers, talent, and stakeholders worldwide.

This digital transformation creates an intuitive platform designed to elevate MacDermid Alpha’s brand visibility, empower user engagement, and drive business growth in today’s fast-moving electronics landscape.

“This is more than a website – it’s a platform for connection,” said Julia Murray, Vice President, Global Marketing Communications, MacDermid Alpha Electronics Solutions. “We designed this experience to support our customers and partners in the ways that matter most – to highlight the depth of our expertise and connect our global team and culture more closely with the communities we serve.”

Reimagining the Digital Experience for Deeper Connections

This launch is driven by a customer-first, stakeholder-aligned approach, focused on accessibility, relevance, and responsiveness:

• For Customers:The website offers simplified navigation by industry and application, robust technical resources that help engineers, buyers, and partners find what they need – faster.
• For Talent:A dynamic careers section spotlights MacDermid Alpha’s culture, innovation, and purpose-driven mission as part of Elements Solutions, providing job seekers with an inside look at what it means to grow with a global technology leader.
• For Stakeholders:From media and investors to collaborators, the platform offers streamlined access to insights, brand stories, and thought leadership – reinforcing transparency and strengthening MacDermid Alpha Electronics Solutions’ role as a trusted partner in electronics manufacturing.

Built to Engage, Designed to Inspire

• Unified Brand Experience:A single global platform with consistent messaging reinforces the strength of the MacDermid Alpha brand and technology portfolio and provides a seamless journey across all lines of business.
• Relationship-Driven:The website integrates engagement and fosters meaningful connections at every stage – whether it is a customer exploring new solutions or a potential future colleague discovering career opportunities.
• Optimized for Discovery:With advanced SEO and content strategy, MacDermid Alpha is expanding its reach and increasing discoverability among new audiences in the electronics industries and regions.

A Catalyst for Growth

This next-generation digital presence is designed not only to inform, but to engage, inspire, and convert. It is a critical component of MacDermid Alpha’s broader digital marketing strategy to:

• Engage with customers through intuitive UX and technical resources.
• Strengthen global brand presence across global markets.
• Attract top talent through enhanced careers section.
• Deepen relationships with media, industry influencers, and stakeholders.

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Camera technology is developing at a quicker rate than ever before, and there are so many well-known manufacturers in the UK camera market that provide a variety of functions, ranging from expensive mirrorless systems to small, portable devices. Every company, from industry titans like Canon and Nikon to upstarts like Sony and Fujifilm, provides a special fusion of technology and creative expression. This article examines the top 10 camera brands available, providing details and unique models.

1: Canon

Canon is a well-known brand in the imaging and photography industries, founded in 1937 in Tokyo, Japan, the company initially produced camera bodies. In addition to making cameras, the company creates its own sensors, processors, and lenses. One of Canon’s most well-known lens technologies is the Ultrasonic Motor (USM) technology, which enables quick and silent autofocus in lenses. The most recent versions from Canon’s mirrorless lineup are the EOS R5 and EOS R6 MK2. The EOS R5 has received accolades for its sophisticated focusing system, high-speed continuous shooting, and 8k video capability.

2: Samsung

Especially known for its phones, Samsung also developed a variety of digital cameras, including the mirrorless NX models and smart cameras. Though the dedicated camera lineup seemed to have slowly died down, it is still imbuing the market with its superior image sensor series, which various brands employ. Among earlier popular models was the Samsung NX1, great for 4K video and a fast hybrid AF system, much loved still by enthusiasts.

3: Fujifilm

A well-known brand in the photography and imaging sector, Fujifilm has a rich history that is entwined with the advancement of photographic technology. Due to their ability to digitally mimic the appearance of vintage Fujifilm analog films, Fujifilm cameras are unique. The X-T4 and X-Pro3 from Fujifilm’s X- Series are noteworthy recent models that feature better focusing, picture stabilization.

4: Sony

Sony has been producing cameras since the 1990s and has rapidly established itself as one of the top camera manufacturers globally. Additionally, the company is among the largest producers of image sensors. Sony’s cameras are known for their quick and highly effective autofocus system, along with relatively compact designs. As they’ve been in the mirrorless camera market longer than many competitors. Sony’s latest model includes Sony A7RV, features AI powered autofocus and an incredible full frame recognition.

5: Panasonic

Panasonic has a long history and a significant presence in the camera market. It is best known for its Lumix brand of digital cameras. Panasonic is especially renowned for creating the first mirrorless interchangeable-lens camera in history. With new models like Lumix GH6 known for its video capabilities and the Lumix S5II, which is highly recognized for both stills and video, Panasonic is still at the forefront of innovation.

6: Leica

Leica is a renowned brand in the world of photography, known for its high-quality cameras and lenses. The company’s history began in Wetzlar, Germany, in 1869 when Ernst Leitz created it. Leica has established a reputation for accuracy and artistry over the years, creating cameras that are both visually appealing and technically sophisticated. The current lineup consists of the Leica Q3 in the compact camera category, the Leica M11 in the rangefinder series, and the Leica SL3 and CL in the mirrorless range.

7: Ricoh

The Ricoh group owns Pentax, which keeps being in business to manufacture rugged DSLRs and high-grade compacts. The Ricoh GR III is an excellent compact camera, well regarded for its APS-C sensor, snap focus feature, and street photography lineage. Pentax K-series DSLRs appeal to those preferring optical viewfinders and weather-sealed designs.

8: Nikon

Nikon has also been developing camera technologies for over a hundred years. The company has shifted to mirrorless with the Z-series, e.g., Nikon Z8 and Z9, really fast at readout, high bursts, and professional videos. Nikon still supports the popular lines of DSLR, including the D850.

9: Olympus

Olympus Corporation has a long histoy of developing photographic technology and is well known for its contributions to the camera. It was first established in 1919, its debut into camera industry would go on to become a symbol of quality and innovation. Models like the OM-D E-M1 Mark III and OM-D E-M5 Mark III are part of the OM-D series,which is a digital rebirth of the OM line. These mirrorless cameras are praised for their weather-sealed design, sturdy in-body image stabilization, and small size. Olympus, which is currently a part of OM Digital Solutions, stands out in the camera market for its dedication to small, robust, and creative camera designs.

10: DJI

DJI is a leading technology company that specializes in drones, stabilizers, and camera systems. DJI, which was founded in 2006 in Shenzhen, China, has revolutionized aerial photography and filmmaking by making high-quality imagery accessible to both pros and enthusiasts. DJI continues to push the boundaries of camera technology by integrating AI, intelligent tracking, and high-resolution imagery into its devices. The DJI Matrice 4 Series, one of the company’s newest models, is intended for use in business settings, features with 48 megapixel, 1/1.3-inch CMOS (for Matrice 4T model).

Comparison:

Brand	Key Model	Sensor Type/ Size	Resolution	Notable Features	Approx Price
Canon	EOS R5	Full-frame CMOS	45MP	8K video, Dual Pixel AF II	£3,200
Samsung	NX1 (legacy)	APS-C BSI CMOS	28 MP	4K, hybrid AF	£800
Fujifilm	X-T4	APS-C X-Trans CMOS 4	26 MP	IBIS, classic film simulations	£1,400
Sony	A7R V	Full-frame Exmor R	61 MP	AI autofocus, 8K video	£3,500
Panasonic	Lumix GH6	Micro Four Thirds	25 MP	5.7K ProRes, advanced V-Log	£1,800
Leica	M11	Full-frame BSI CMOS	60 MP	Rangefinder, minimalistic design	£7,000
Ricoh	GR III	APS-C CMOS	24 MP	Compact, Snap Focus	£800
Nikon	Z8	Full-frame CMOS	45.7 MP	20 fps, 8K video, stacked sensor	£3,800
Olympus	OM-D E-M1 III	Micro Four Thirds	20 MP	7.5-stop IBIS, weather sealed	£1,200
DJI	Matrice 4T	1/1.3” CMOS	48 MP	AI tracking, enterprise features	£10,000+

Conclusion:

The UK camera market is blessed with numerous options-from the professional systems of Canon and Nikon to the innovative mirrorless of Sony and Fujifilm. Sony observes a rapid increase in mirrorless sales in the region, while Canon and Nikon maintain significant CAD funds in professional segments, similar to many other regions of the world.

Fujifilm commands street and travel photographers with its special color science, whereas Lumix for Panasonic appeals to hybrid shooters. Leica is an expensive choice for enthusiasts wanting craftsmanship, whereas Ricoh caters to street photographers. Olympus (OM System) takes care of those wanting a compact rugged solution. DJI leads the way in aerial imaging, and Samsung, although not at the forefront of standalone camera manufacturers, is a major catalyst through its sensor technology.

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In an exclusive interview with ELE Times, Mr. Ram Kumar Krish, Chief Technology Officer, at Knot Consulting, shared how the company is reshaping the future of automotive engineering through cutting-edge technologies and compliance-first innovation. From leveraging cloud-native architectures and DevSecOps to embedding Generative AI and navigating the complexities of V2X ecosystems, Knot Consulting is driving a smarter, safer, and more agile transformation across the mobility landscape. The conversation also delved into digital twins, AR/VR for compliance training, and the evolving role of cybersecurity in software-defined vehicles. Excerpts:

ELE TIMES: How is Knot Consulting leveraging cloud-native architectures to drive scalability and agility?

Ram Kumar Krish: At Knot Consulting, we realized early that compliance shouldn’t slow innovation it should accelerate it. But traditional, rigid infrastructures just don’t cut it when you’re trying to help engineering teams move fast while staying compliant with ASPICE, Functional Safety, and Cybersecurity standards.

That’s where cloud-native architecture comes in.

We’ve built our internal platforms and client-facing tools (like K-Smart) using cloud-native principles—think microservices, containerization, and DevSecOps pipelines. This helps us and our clients in three powerful ways:

1. Instant Scalability:
   When a customer wants to onboard 50+ suppliers for ASPICE assessments in a week, we don’t blink. Our backend scales up automatically, thanks to Kubernetes and autoscaling groups. Whether it’s one project or a portfolio review, performance stays smooth.
2. Agility for Engineering Compliance:
   Standards like ISO 26262 or ASPICE evolve. So do customer needs. Because our systems are modular, we can roll out new compliance rulesets or updated process templates without breaking the flow—or your budget.
3. Global Accessibility & Collaboration:
   Remote teams? No problem. Our cloud-first setup means teams across different time zones can collaborate in real time on process assessments, gap resolutions, or even audit prep—securely and without any install headaches.

Bottom line:
We use cloud-native not just for tech performance, but to help real engineers build safer, smarter systems without drowning in compliance bureaucracy. It’s about making compliance adaptive, not reactive.

ELE TIMES: How does Knot Consulting ensure robust cybersecurity frameworks are embedded within your digital solutions?

Ram Kumar Krish: Let’s be honest—most teams don’t wake up excited about threat modeling or security audits. But in today’s connected vehicle world, cybersecurity isn’t optional—it’s survival.

At Knot Consulting, we make sure that security isn’t an afterthought—it’s baked in from Day 0.

Here’s how we do it:

1. Secure-by-Design Foundation
   Every digital solution we build—whether it’s our K-Smart assessment platform or client-specific tools—follows Secure Development Lifecycle (SDLC) We embed threat analysis, secure coding practices, and vulnerability checks right into our DevOps pipelines.
2. Standards-First, Not Vendor-First
   Our frameworks align with ISO/SAE 21434, UNECE R155, and TISAX—not just best practices, but regulatory must-haves. This ensures our solutions are always ready for scrutiny, whether it’s a third-party audit or a customer request.
3. Cybersecurity Risk Thinking Built In
   We work with system and software teams to shift cybersecurity left—helping them define security goals, identify attack surfaces, and trace security controls across the V-model. Our consultants don’t just hand over reports—they co-create secure architectures.
4. Continuous Monitoring & Updates
   The threat landscape evolves fast. That’s why we help clients implement continuous compliance monitoring, not just one-time checklists. Our digital solutions include triggers for re-evaluating risk when there’s a change—whether in software, suppliers, or vehicle functionality.

What this means:
You don’t just get a compliance checkbox. You get a digital backbone where safety and security move in lockstep—and your engineering teams can focus on building innovation, not reacting to cyber incidents.

ELE TIMES: How is Knot Consulting integrating generative AI or large language models into enterprise use cases?

Ram Kumar Krish: At Knot Consulting, we like to say: “Why wait for an audit to tell you something’s wrong—when AI can tell you in real time?”

That mindset is driving our integration of Generative AI and Large Language Models (LLMs) into the heart of compliance and engineering operations. We’re not just experimenting—we’re embedding AI into real, high-value enterprise use cases.

Here’s how:

1. Intelligent Document Parsing & Gap Analysis
   Ever tried comparing a 100-page supplier process doc to ASPICE or ISO 26262 requirements? Painful.
   Our AI assistants can ingest technical documents and instantly flag misalignments, missing traceability, or compliance risks. What used to take days now takes minutes—with full traceability for auditors.
2.  Natural Language Interfaces for Process Coaching
   We’ve integrated LLM-powered chat interfaces into our compliance tools (like K-Smart). Engineers can now ask:

“What does SYS.3 expect in terms of test traceability?”
And get context-aware answers grounded in the ASPICE model—no jargon, no guessing.

1. Predictive Compliance and Risk Insights
   Our internal AI engine can learn from past projects and assessments to predict where teams are most likely to fail upcoming audits. We don’t just give you a process checklist—we help you focus where the real risk lies.
2. Domain-Tuned Models, Not Just Generic GPT
   We don’t plug raw GPT into sensitive enterprise systems. We build secure, domain-specific AI pipelines, tuned to automotive standards and running on protected infrastructure. So you get the magic of LLMs, without the compliance nightmares.

Why it matters:
Generative AI at Knot isn’t about flashy tech—it’s about freeing up engineers, reducing rework, and giving leaders real-time clarity into compliance readiness. It’s smarter compliance, made practical.

ELE TIMES: Which emerging technologies are you currently experimenting with or recommending like blockchain, AR/VR, or digital twins?

Ram Kumar Krish: At Knot Consulting, we’re big believers in “innovation with intent.” For us, emerging technologies aren’t just buzzwords—we explore them when they solve real pain points for engineering teams dealing with complex compliance frameworks.

Here’s what we’re actively exploring and recommending:

1. Digital Twins for Process Simulation & Traceability

Imagine being able to simulate your ASPICE compliance lifecycle—before your project even starts. That’s the power of digital twins.
We’re working with clients to build “Process Twins”—virtual replicas of their engineering workflows—to model dependencies, predict process gaps, and optimize traceability before any code is written. It’s especially useful in Safety-critical systems where early design decisions have a massive impact.

2. AR/VR for Immersive Compliance Training

Let’s face it—most process training is still stuck in PowerPoint land. We’re experimenting with AR/VR-based onboarding, where engineers can walk through a virtual V-model or interact with a simulated ECU lifecycle—learning Functional Safety or Cybersecurity concepts through experience, not just theory.

This is especially effective in global teams where consistent understanding is critical.

4. Bonus: AI-Enabled Digital Coaches (Already in Pilot)

While not “emerging” anymore, we’re doubling down on domain-tuned AI agents that act as interactive coaches for engineers during project execution. (Think: “What goes into SYS.4 verification?” → Real-time, contextual guidance.)

ELE TIMES: How do you ensure security is embedded into the software development lifecycle (DevSecOps)?

Ram Kumar Krish: At Knot Consulting, we often hear this from teams:

“We’re trying to move fast, but every security review feels like a roadblock.”

That’s exactly the mindset DevSecOps helps fix—and we’re all in.

Our approach to embedding security into the Software Development Lifecycle (SDLC) is simple: make it invisible but effective. Security shouldn’t slow you down—it should move with your code, from concept to deployment.

Here’s how we make that real for our clients:

1. Threat Modeling from Day 0

We embed TARA (Threat Analysis and Risk Assessment) sessions right from system architecture and requirement phases.
Security goals are aligned with ISO 21434 and SAE J3061 before the first line of code is written—so teams don’t have to backtrack later.

2. Secure Coding and Static Analysis Early

We help set up static code analysis tools (like Fortify, SonarQube, or CodeQL) directly into CI/CD pipelines. Every pull request gets checked against security rules—so vulnerabilities are caught before they reach testing.

3. Automated Security in CI/CD Pipelines

From open-source dependency scanning to container hardening, our DevSecOps pipelines include:

• SAST (Static Application Security Testing)
• DAST (Dynamic Analysis)
• SCA (Software Composition Analysis)
  These checks are automated, so your devs don’t have to remember every rule—the pipeline enforces it.

4. Secure Build & Deployment

We enforce signed builds, access control policies, and secure artifact repositories—so no unauthorized code makes it into production. This is critical for automotive OTA (over-the-air) updates and ECU firmware security.

5. Security Awareness Built into Dev Culture

We run developer workshops and live attack simulations—not boring policy slideshows. The goal: help teams think like attackers so they build like defenders.

ELE TIMES: How is Knot Consulting preparing to address functional safety challenges in highly connected ecosystems, such as V2X environments?

Ram Kumar Krish: Let’s face it—V2X (Vehicle-to-Everything) ecosystems are rewriting the rules of automotive engineering. Suddenly, your vehicle isn’t just safe on its own—it’s safe only when everything around it behaves as expected too.

At Knot Consulting, we’re helping clients shift from a “siloed safety mindset” to a “network-aware safety model.” Because in V2X, your system boundaries are fuzzy—but the risks are very real.

Here’s how we’re tackling this:

1. Redefining the Item Definition for V2X Scenarios

In traditional safety engineering, defining the “item” is straightforward. But in V2X, what happens when your system behavior depends on messages from infrastructure or nearby vehicles?

We work with clients to expand their item definitions and operational scenarios to include dynamic actors—whether it’s a traffic signal, a pedestrian app, or another vehicle.
This sets the foundation for a valid HARA (Hazard Analysis and Risk Assessment) in connected contexts.

2. Cross-Domain Safety-Cybersecurity Co-Engineering

A hacked message can cause a safety-critical reaction. That’s why we embed ISO 26262 and ISO 21434 together in our consulting approach.

We help engineering teams co-design safety goals and security goals—especially for:

• V2V communication protocols (e.g., misbehavior detection)
• OTA updates affecting V2X stacks
• Cooperative driving functions (e.g., platooning, intersection coordination)

3. Scenario-Based Testing & Safety Assurance for V2X

Traditional test benches don’t cut it in V2X. We help clients adopt scenario-based simulations using tools like CARLA, OpenSCENARIO, and co-simulation with Safety Monitors.

Why? Because you can’t test for every vehicle—it’s about testing behavior across thousands of edge cases, including degraded comms, latency, and out-of-sequence messages.

4. Safety Contracts Across Communication Boundaries

We’re guiding Tier 1s and OEMs to define “safety contracts” across interfaces—where safety relies on timely, accurate, and trusted data from other systems (like RSUs, cloud services, or other ECUs).

This includes:

• Monitoring freshness and plausibility of V2X data
• Defining fallback modes when connectivity is lost
• Ensuring system-level fault tolerance when external info is wrong

The post Knot Consulting on Smarter Automotive Systems: How Digital Twins and AI Are Powering the Future of Compliance and Mobility appeared first on ELE Times.

Breakthrough system supports over 1,000 qubits, setting a new standard in quantum computing infrastructure

Keysight Technologies, Inc. has delivered the world’s largest commercial quantum control system (QCS) to the National Institute of Advanced Industrial Science and Technology (AIST) in Japan. The system has been integrated into the Global Research and Development Center for Business by Quantum-AI Technology (G-QuAT). This control system is now part of the new evaluation testbed at G-QuAT, which will push the limits of what is possible with quantum computing in terms of both scale and performance.

All quantum computers require a control system to translate from the classical world of code and cables to the quantum world of photons and qubits. As quantum computers grow in size, complexity, and performance, requirements for the control system become much more stringent. Any gap in the control system performance can compromise the capabilities of the quantum computer, so it was important for AIST to select the right partner for this critical component.

Thanks to early investments in scalable architecture, Keysight was able to deliver this control system capable of powering leading-edge quantum computers. Extensive testing demonstrated that rigorous requirements on noise, time alignment, and phase coherence are maintained across the system. This delivery establishes Keysight as the first commercial control system vendor to deliver a system that supports 1,000+ qubits and proves that Keysight’s QCS can meet the scaling challenges of next-generation quantum computers.

Dr. Masahiro Horibe, Deputy Director of G-QuAT, AIST, said: “The 1,000-qubit control system developed here is a groundbreaking device, the world’s first and largest of its kind, realized through Keysight’s exceptional engineering capabilities in response to our advanced technical requirements. The advancement of quantum technology requires not only theoretical progress but also sophisticated engineering to support it. This system has enabled the precise synchronization, control, and readout of complex multi-channel signals, making large-scale qubit operations possible. It is a clear demonstration that engineering is paving the way for the future of quantum technology. We express our deep respect for Keysight’s development capabilities and look forward with great anticipation to further technological innovations.”

Dr. Eric Holland, General Manager, Keysight Quantum Engineer Solutions, said: “Control systems serve a vital role in quantum computing, acting as the bidirectional bridge between the classical and quantum worlds. We are both honored and excited to partner with AIST G-QuAT, providing the hardware and software tools necessary to achieve the critical milestone of a 1,000-qubit quantum computer, a key step toward realizing quantum advantage for practical business applications.”

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New battery gauges with Dynamic Z-Track algorithm enable precise battery monitoring in applications such as laptops and e-bikes.

Texas Instruments (TI) introduced new single-chip battery fuel gauges with first-of-its-kind adaptive Dynamic Z-Track technology for more efficient, reliable operation in battery-powered devices. Compared to traditional gauging methods, the predictive modeling algorithm in TI’s BQ41Z90 and BQ41Z50 gauges achieve industry-leading state-of-charge and state-of-health accuracy within 1% error, helping extend battery run time by up to 30%.

Why it matters

As users demand more power from electronics, such as laptops, e-bikes and portable medical devices, battery management systems (BMSs) must provide precise, accurate, real-time monitoring. The BQ41Z90 and BQ41Z50 fuel gauges with Dynamic Z-Track technology help engineers design electronic devices with accurate battery capacity readings, even under unpredictable loads. With this increased accuracy, engineers can select a battery size with confidence, eliminating the need for oversized batteries.

“Whether you’re finishing a project on your laptop or riding home on an e-bike, accurate battery capacity estimates and reliability are critical,” said Yevgen Barsukov, TI Fellow and head of BMS algorithm development. “Traditional battery monitoring methods often struggle with accuracy under erratic use conditions, leading to unreliable predictions. However, our new Dynamic Z-Track technology is a predictive battery model that can self-update across dynamic load conditions, like those created by AI applications, ensuring the most accurate run-time prediction. Evolving from 20 years of reactive monitoring, this innovation enables users to experience dependable function, safer operation, and precise tracking of battery age and run time.”

Battery-powered electronics are becoming more complex, making it even more important to use board space efficiently. The BQ41Z90 is the industry’s first highly integrated fuel gauge, monitor and protector for 3-to-16 lithium-ion (Li-ion) battery cells in series. This single-chip solution enables engineers to reduce complexity and save as much as 25% of board space compared to traditional discrete solutions. The BQ41Z50 supports 2-to-4 cells in series.

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Quantum sensors are devices that can detect motion at the atomic level, as well as in electric and magnetic fields, utilizing principles of quantum mechanics such as superposition, entanglement, and tunneling. These sensors measure physical quantities (time, gravity, acceleration, magnetic fields) by observing quantum phenomena in atoms, ions, or superconducting circuits.

Far more accurate and resilient than traditional sensing tech, quantum sensors are poised to revolutionize defense and aerospace electronics—fields where GPS denial, high-velocity motion, and extreme conditions are common. No longer the stuff of science fiction, quantum sensors represent a near-future inevitability.

Strategic Significance in Defense and Aerospace

Quantum sensors have the potential to significantly outperform current sensing technologies in navigational accuracy, threat detection, and situational awareness. For example, quantum inertial navigation systems (QINS) can be used in submarines, aircraft, and spacecraft to one day operate without GPS systems. This can be a game-changer in electronic warfare scenarios, where jamming the enemy’s GNSS (Global Navigation Satellite System) is a common tactic.

For submarines in particular, quantum magnetometers capable of detecting minute variations in magnetic fields could allow for passive submarine detection or underground mapping—all without active sonar or ground-penetrating radar.

In space, quantum gravimeters could be of great help in providing valuable data or aiding in resource exploration through the mapping of celestial bodies or detecting subterranean anomalies far more precisely than gravimeters of today.

Key Applications Under Development

While not yet deployed for real-world use, several hardware applications are well underway in the development phase and are emerging as front-runners.

• Quantum Clocks

There are already atomic clocks used in satellite navigation that use trapped ions or cold atoms. However, newer designs that aim to miniaturize or ruggedize these systems are also in development. They will be used in mobile platforms like UAVs or autonomous naval systems.

• Quantum Accelerometers and Gyroscopes

Exploiting interferometry to track motion—all without reliance on external signals—these sensors could allow aircraft or missiles traversing through GPS-denied zones to maintain accurate positioning for extended durations.

• Quantum Magnetometers

These tools, employing nitrogen-vacancy (NV) centers in diamond or superconducting quantum interference devices (SQUIDs), have the power to potentially detect magnetic anomalies with unprecedented accuracy. Theoretical applications range from locating stealth submarines to conducting geophysical reconnaissance from orbit.

• Quantum Gravimeters

Able to measure gravity variations at extreme resolutions, they could be used in planetary missions or terrain mapping to reveal subsurface structures or aid in autonomous navigation across unfamiliar environments.

These technologies are at varying stages of maturity. Some, like optical lattice clocks, are now stable and usable in laboratory conditions. Others still face hurdles in miniaturization, environmental shielding, and power efficiency.

However, it may only take a few more years before it begins real-world deployment

Technical and Operational Challenges

While holding great, revolutionary potential, there are still ways to go before quantum sensors become plug-and-play in aircraft, satellites, or even on the battlefield.

One of the main issues hindering real-world deployment is the lack of environmental robustness. Most of the quantum sensors we have now are very sensitive, not only to the parameters they’re designed to measure, but also to thermal fluctuations, electromagnetic interference, and mechanical vibrations.

Many can still only operate under extreme ultracold or vacuum conditions, needing complex laser systems to manipulate quantum states. At best, they currently function only in laboratory settings.

Data integration is also a hindrance. While quantum sensors can produce ultra-precise raw measurements, turning this into actionable data is another conversation. It will require its own technology involving sophisticated signal processing, calibration, and fusion with other sensor modalities. As such, developing AI or edge-processing capabilities tailored for quantum outputs must be developed simultaneously with the sensors themselves.

Finally, quantum tech will introduce new digital vulnerabilities as well, especially given the ultra-precise data these sensors are expected to produce. The need for secure data transmission, therefore, becomes even more critical. New defense-grade encryption and shielding must be developed. And compatibility with simpler apps, such as a VPN app for iPhone, can help ensure access to mission systems in mobile operational contexts.

Ecosystem and Policy Implications

As quantum sensors approach operational readiness, both governments and private companies are investing in the technology. Overall, the US, UK, and EU are reported to have collectively invested $17.7 billion in quantum technologies as of a 2025 OECD report.

For example, DARPA and the U.S. Department of Defense have established dedicated initiatives—like the Quantum Aperture Sensor program—to accelerate prototyping and field trials. As such, we may soon see quantum tech not just in aerospace or defense, but also in civilian and commercial spheres as well.

The Road Ahead

Quantum sensors will not replace classical systems overnight. They will first likely augment them through hybrid, transitional platforms that combine quantum and classical sensing. But they will eventually supersede current tech, becoming foundational for the next-generation aircraft, autonomous naval fleets, and deep-space missions.

It cannot be emphasized enough, however, that development must prioritize safety, reliability, supportive firmware systems, and personnel training for this new technology. Only then can we fully realize the transformative benefits of quantum sensing.

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The Central Processing Unit (CPU) is the heart of any computing device, whether it be a personal laptop, a high-performance gaming rig, or an enterprise-grade server. In the fast-growing digital India, there continues to be growing demand for efficient and powerful CPUs. The right CPU brand is important for gaming, content creation, or commercial use.  Here are the top 10 CPU brands in India that are providing the computer experience in 2025.

1. Intel:

Corporation is based in Santa Clara, California, United States. It is also the most recognizable CPU brand in India and stands for power, stability, and energy efficiency. The Core i3, i5, i7, and i9 series dominate desktops and laptops while the Xeon series powers servers and workstations. Its vast ecosystem of compatible options, integrated graphics, and strong retail presence endear the brand to gamers, students, and professionals alike.AMD (Advanced Micro Devices).

2. AMD:

Headquartered in Santa Clara, California, AMD too is an U.S.-based company. With its Ryzen Series offering better multi-core performance at competitive prices. AMD offers Ryzen 3, 5, 7, and 9 CPUs to suit a wide range of users, from budget conscious individuals to avid gamers and creative professionals. EPYC and Threadripper are excellent for serious work and large enterprises.

3. Apple:

The initiative to enter the CPU market was taken by Apple Inc., based in Cupertino in California, USA, with the designing and manufacturing of custom ARM-based Apple Silicon chips. The concept is very much simple: The processors and chips are exclusive to Apple, thereby allowing the vanquishing of performance barriers on MacBooks, iMacs, and iPads through processors bearing the M1, M2, and M3 names. These processors are not sold as chips to be put into other machines, yet in India, they find usage in the premium productivity and creative segments as they offer unmatched power efficiency and flawless integration with macOS.

4. Qualcomm

An American company headquartered in San Diego, California, Qualcomm is primarily known for mobile chipsets and now has computing in its purview. Snapdragon Compute platforms 8cx and 7c Gen 3 find use in Windows on ARM laptops and provide a very good power-efficient lightweight computing experience for users looking for an always connected kind of computing battery life with good mobile network support.

5. MediaTek

Media Tek is a Taiwanese company headquartered in Hsinchu, in northern Taiwan. Being value for money service providers, they play prominent roles in India’s cheap computing segment. Their Kompanio line powers budget Chromebooks and low-tier laptops, mostly bought by students and some education institutions. MediaTek processors continue to receive appreciation because of their energy.

6. IBM

IBM, with its corporate offices situated in Armonk, New York, USA, rocks the status of a world leader in enterprise computing. Surrounding its Power9 and Power10 processors used in high-end servers and data centers scattered across India, it especially finds great utility within financial institutions and research facilities. Though not seen as a consumer product, IBM CPUs are crucial for backend computing applications and data-intensive applications.

7. VIA Technologies

It is another company based out of Taiwan, and VIA Technologies focuses on embedded and low-power CPU development. The Eden and C7 processors find application in niche industrial settings such as automation, transportation, and edge computing machines. In a more common PC setup, these processors are not used extensively; however, VIA is crucial for India’s developing industrial technology infrastructure.

8. Unisoc

Unisoc is a Chinese semiconductor company, headquartered in Shanghai, China. It provides affordable processors for tablets, cellphones, and educational tools. In India, Unisoc CPUs are often deployed in government-distributed learning devices primarily because of their affordability and consistent performance in basic tasks.

9. Samsung

Samsung, based in Seoul, is the producer for the Exynos family of processors. These processors are mostly used for smartphones, and so are the Exynos 1280 and onwards, which are increasingly being incorporated into ARM-based tablets and hybrid compute devices. Samsung’s push into ARM laptops will bear it in stock for lightweight and budget computing in the Indian market.

10. Rockchip

Rockchip, or Fuzhou Rockchip Electronics Co., Ltd., is the semiconductor company headquartered in Fuzhou, China. The company is mostly into designing low-power ARM-based processors to be used in tablets, smart TVs, and embedded computing solutions. In India, Rockchip processors are found in mass-market Android tablets, OTT boxes, and educational devices simply because of their low cost and fair multimedia capabilities. Examples of smart-classroom-based RK series chips used by the company include RK3328 and RK3566 as well as digital kiosks and lightweight computing environments. Rockchip is yet to lose its presence in the budget digital hardware segment in India.

Comparison:

Brand	Popular Series / Chips	System Design & Number of Cores	Key Technologies & Strengths	Best For
Intel	Core i3–i9, Xeon	x86, up to 24 cores (i9), Hyper-Threading	Intel UHD / Iris Xe Graphics, AI Boost, Thread Director, PCIe 5.0 support	Gamers, professionals, general users
AMD	Ryzen 3–9, Threadripper	x86, up to 96 cores (Threadripper)	Zen 4 architecture, Smart Access Memory, Radeon Graphics, Overclocking	Gamers, creators, multitaskers
Apple	M2, M2 Pro, M3	ARM-based, up to 12 cores	Unified Memory Architecture, Neural Engine, superior power efficiency	Designers, video editors, Mac users
Qualcomm	Snapdragon 8cx Gen 3	ARM, up to 8 cores	5G/4G modem integration, Adreno GPU, NPU, Always-On Connectivity	Lightweight users, mobile computing
MediaTek	Kompanio 1300T, 1380	ARM, 8-core CPUs	Integrated Mali GPU, AI Processing Unit, low power draw	Chromebook users
VIA	Eden X4, C7	x86, dual or quad-core (low power)	Fanless design, long lifecycle, embedded optimization	Industrial PCs, automation systems
Unisoc	T610, T700	ARM, 8-core CPUs	LTE modem, basic GPU, low thermal footprint	Entry-level tablets, digital classrooms
IBM	Power9, Power10	RISC, up to 120 threads	SMT4/8, massive memory bandwidth, enterprise-grade RAS features	Servers, banking, research infrastructure
Samsung	Exynos 1280, 1380	ARM, up to 8 cores	AI Engine, Image Signal Processor, power-efficient fabrication	Tablets, ARM laptops, multimedia systems
Rockchip	RK3328, RK3566	ARM Cortex-A53/A55, quad-core	4K video decoding, GPU for media, affordable SoC design for edge/IoT	Budget tablets, OTT devices

Conclusion:

From mainstream gaming to heavy industrial automation, CPU needs are changing quite dramatically in India, with changes being wrought in innovation and specialization for the market. In terms of performance and brand, Intel and AMD always come to mind first, but new players and niche players like MediaTek, VIA, are steadily making room for themselves.

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Under the new Electronics Component Manufacturing Scheme (ECMS) recently commenced in India, it is alleged that investment proposals worth ₹16,000 crore have come in so far. The scheme was implemented on the first of May, 2025, with the view to foster manufacture of essential electronic components within the country and thus curtail the import.

Undoubtedly, the scheme has attracted a great deal of attention from industry players, including large companies such as Tata Electronics, Dixon Technologies, and Foxconn, who are now eager to tap into the growing electronics eco-system in India and entice government incentives for building a self-sustainable supply chain.

ECMSs are part of the bigger strategy that the Indian government has implemented to invigorate electronics manufacturing in India, which is anticipated to reach USD 500 billion by the year of 2030. However, the major identified challenge is developing the demand for components projected to reach USD 248 billion. Currently, most are imported, especially from China, which exposes the Indian electronics sector to uncertainties in the global supply chain.

The scheme operates with a budget of ₹22,805 crore, covering four major categories:

Category A: Sub-assemblies such as camera and display modules.

Category B: Bare components and enclosures for mobile/IT hardware.

Category C: Flexible PCBs and SMD passive components.

Category D: Capital goods and parts required to make A–C category components.

An amount of ₹21,093 crore is allotted under Category A, partly owing to the government’s inclination toward assemblies that are of high value and high demand. The remaining ₹1712 crore is for the other categories. While applications were invited for Categories A, B, and C for three months starting May, Category D will be open for two years, giving a long-term incentive for infrastructure investment.

Strategic partnerships are at work here as well. Of importance is the fact that Dixon Technologies has concluded an agreement with Chinese firms Chongqing Yuhai and Kunshan Q Technology for the manufacture of certain key components in India, all signaling the shift in localization of supply chains.

Shortlisting of proposals is in process and the final approvals are likely by September 2025. The scheme is designed to be in tandem with other ongoing schemes like SPECS and Semicon India Programme, thereby all working towards a-robust semiconductor and electronics manufacturing base within India.

Conclusion:

The ₹16,000 crore investment interest under ECMS reflects growing confidence in India’s aspirations to manufacture electronics. When implemented, the plan could reduce dependency on imports and make India a major global supplier of electronic components, fostering innovation, increasing economic stability, and creating thousands of highly skilled jobs over the coming years.

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When it comes to surveillance technology, the USA boasts a variety of CCTV brands providing state of the art security solutions. Ranging from high-resolution IP cameras to AI-based analytics, these brands serve businesses, homes, and public places, providing safety and efficiency. Top manufacturers concentrate on innovation, reliability, and easy to use designs to fulfill the increasing need for smart security. Here is the list of the top 10 CCTV camera brand in USA.

1. Bosch

A German-based division of Bosch Group, Bosch Security provides quality surveillance solutions, AI cameras, and smart access control system. Bosch is a topnotch supplier of high-quality CCTV systems, Bosch combines video analysis, infrared technologies, and night time vision to build surveillance capabilities.

Features:

Flexidome Panramic Cameras: Delivers 360 or 180degree, blind spot free coverage to enable maximum situational awareness.

Dinion Bullet Cameras: Ideal for both indoor and outdoor use with zoom lenses and infrared lighting.

Bosch further develops video security through the addition of artificial intelligence analytics, improved night time vision, infrared sensors, Real-time video processing, data privacy security aspects for securing and adhering to data laws and regulations.

2. HIK VISION

Hikvision is a world leader in AIoT security solutions, providing innovative surveillance technology for industrial, commercial and public security applications.

Features:

DeepinView AI Cameras: Fitted with sophisticated AI algorithms, the cameras feature face recognition, behavioural analysis and perimeter protection in high- security locations.

Thermal Imaging Cameras: Allow high-sensitivity thermal detection, enhancing visibility in poor lighting conditions.

Hikvision’s dedication to AI based security solutions make it the preferred choice among businesses and governments globally.

3. Honeywell

Honeywell offers enterprise-grade security products, such as IP cameras and AI-powered surveillance. A subsidiary of Honeywell International, located in Charlotte, North Carolina, USA. It offers AI-powered video analytics, infrared, and advanced imaging to extend security functionality.

Features:

PTZ Cameras: Enable remote zoom control and direction, for effective surveillance of vast areas.

Multi-Sensor Cameras: With their separate imagers, multi-sensors cameras offer panoramic images from multiple perspectives.

Honeywell is the world’s top supplier of AI security solutions for usage by businesses and the government.

4. Panasonic

Panasonic is a world leader in state-of-the art security systems, supplying AI-based surveillance technology for industrial, commercial, and public security usage. Panasonic fuses AI-enabled video analytics, infrared technology, and high-resolution imaging to heighten security abilities.

Features:

High Zoom Bullet Cameras: Boasting 10x and 30x zoom capabilities, in 2MP, 5MP, and 4K resolutions, with long-range IR LED features for best-in -class low light performance.

Multi-sensor Cameras: With multiple independent cameras, wide- angle images are captured from multiple perspectives.

Panasonic continues to lead the evolution of security technology with Edge computing, Cloud-based video management for remote access and monitoring.

5. Lorex

Lorex is a market leader in delivering advanced security systems, providing AI- based surveillance technology, combines AI-enabled video analytics, infrared technology, and high-resolution imaging to boost security features.

Features:

4k Ultra HD Security Cameras: Offer crystal-clear resolution for guaranteed detailed video footage for greater security.

Multi-Sensor Cameras: Have several independent imagers, taking wide views from various angles.

6. Dahua Technology

Dahua Technology is a global leader in video-centric AIoT solutions, providing innovative technology for industrial, commercial, and public security use. Dahua combines AI-enabled video analytics, infrared technology, and high-definition imaging to upgrade security capabilities.

Features:

WizSense Series: Budget-performance balance-oriented cameras featuring AI-enabled motin detection and smart alerts.

Multi-Sensor Cameras: Offer independent multiple imagers, viewing wide angles from a variety of perspectives.

7. Hanwa Techwin

Hanwha Techwin, now Hanwha Vision, is a world leader in cutting-edge security systems providing AI-based surveillance technology and high-resolution imaging to augment security capability.

Features:

Wisenet AI Cameras: Fitted with sophisticated AI algorithms, the cameras provide facial recognition, behavior analysis, and perimeter defense for high-security levels.

Q Series AI Cameras: Engineered with cost-performance balance, the cameras come with AI-based, the cameras come with AI-based motion detection and smart alerting.

8. FLIR System

Founded in Wilsonville, Oregon, USA, FLIR is well-known for thermal imaging, infrared cameras, and night vision applications across security, the military and industry. FLIR Systems, now a part of Teledyne Technologies, is a world leader in thermal imaging, night vision, and infrared camera systems.

Features:

FLIR Quarsor: Provide 5MP HD and 4kUHD resolution to ensure excellent surveillance.

FLIR A500f/A700f Smart Sensor Cameras: Suitable for condition monitoring and early fire detection.

FLIR Systems continues to advance the art of imaging technology with AI-driven analytics for motion, risk assessment, and automated notification.

9. Vivotek

Vivotek is a pioneer in delivering state of the art security systems with AI-powered surveillance technology used for industrial, commercial and public security use. Vivotek CCTV systems combines AI-driven video analytics, infrared technology and high-definition imaging to further improve security functions.

Features:

IB9383-HV AI Bullet Camera: Includes 5MP resolution, Smart Motion Detection, and Trend Micro IoT Security for added cyber protection.

MA9311-EHTV Panoromic AI Camera: Includes two-way panoramic coverage Smart VCA powered by AI and integrated IR illuminators for optimal low-light performance.

Vivotek keeps challenging the frontiers of security technology with AI driven analytics, data security and privacy compliance.

10. Avigilon

Based in Vancouver, Canada, Avigilon is a high-definition video surveillance, AI driven analytics, and enterprise security solutions company. Avigilon, a subsidiary of Motorola Solutions, boasts a solid reputation for innovation through the integration of AI-enabled video analytics, infrared technology, and high-resolution imaging to advance security capabilities.

Features:

Aviailon AI-Powered IP Cameras: With sophisticated AI algorithms, these cameras enable facial recognition, behavior analysis, and perimeter protection for high-security areas.

Specialty Security Cameras: For specialized applications, such as thermal imaging and high-impact environments.

 

Technology & Model Comparison:

Brand	Key Technologies	Example Model
Bosch	Intelligent Video Analytics, Starlight Imaging, Edge Recording, NDAA-compliant	FLEXIDOME IP panoramic 7000
Hikvision	AcuSense AI Detection, ColorVu Night Vision, Deep Learning NVRs	DS-2CD2387G2-LU ColorVu
Honeywell	Smart Motion Detection, NDAA Compliance, Secure Encryption	H4W4PER2, Honeywell 4MP IR Dome
Panasonic	i-PRO AI Analytics, H.265 Compression, Edge Recording, Face Recognition	WV-S2536L Dome AI Camera
Lorex	4K UHD, Smart Deterrence, Color Night Vision, Cloud & Local Storage	Lorex 4K Smart Deterrence IP Cam
Dahua	WizSense AI, Smart H.265+, Starlight Night Vision, Perimeter Protection	IPC-HDW3849HP-AS-PV
Hanwha	Wisenet AI, Audio Analytics, Cybersecurity Compliance	Wisenet XNO-C7083R AI Bullet
FLIR	Thermal Imaging, Radar, Long-Range Detection, Multi-Sensor Fusion	FLIR Quasar 4K UHD Dome
Vivotek	Smart Stream III, Deep Learning, Trend Micro IoT Security	IB9383-HV AI Bullet
Avigilon	H5A AI Cameras, Appearance Search, Adaptive IR, 30MP Resolution	Avigilon H5A 8MP Dome Camera

 

Conclusion:

The United States CCTV camera industry is witnessing constant growth due to rising security threats and evolving surveillance technology.

Use of AI analytics, IoT connectivity, and cloud- based monitoring is adding strength to surveillance solutions. Demand for intelligent surveillance solutions is increasing steadily, top brands are pushing boundaries to offer smart, responsive, and future-proof security systems across home, commercial, and government sectors.

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India seems to be adjusting its stance toward Chinese investment within the electronics manufacturing space. Government actions indicate a willingness to adopt a flexible and pragmatic posture, weighing both geopolitical and economic concerns.

Change in Engagement Strategy:

China continues to dominate the electronics supply chain globally, engaging in nearly 60% of worldwide electronics manufacturing activities. Under this recognition of interdependence on each other, India seems to be reconsidering its previous hardline approach to allow for strategic collaboration in industries of key importance.

Recent events, namely the restoration of tourist visas for the two countries and diplomatic engagement, have pointed toward a potential gradual thawing of bilateral relations. And this softening of relations on the diplomatic front seems to be reflected now on the industrial policy side, especially for electronics, where global collaboration matters.

The Dixon-Longcheer Deal:

The government turned its gaze onto this matter after it approved the joint venture between Dixon Technologies, a major domestic manufacturer, and Longcheer Intelligence, a Chinese ODM. The agreement states that Longcheer will own 26 percent of the business and Dixon will maintain controlling control. This framework reflects India’s intention to engage with Chinese companies through closely monitored minority-stake agreements.

Following this approval, it is understood that several other Indian electronics companies have developed a keen interest in forming similar joint ventures with Chinese technology partners.

Focus on Value Addition and Technology Transfer

According to the Indian government, Chinese investments will be allowed only if there is significant technology transfer involved and not mere low-level assembly operations. The Ministry of Electronics and IT (MeitY) stated that such collaborations should factor in the improvement of domestic capabilities and local value addition.

Proposal of Policy Reforms

In an attempt to ease out the process and bring down red tape, the NITI Aayog, India’s think tank, has recommended allowing up to 24% foreign direct investment (FDI) by Chinese firms in Indian electronics companies without requiring stringent multi-agency approvals. As these recommendations are being examined, MeitY officials have stated their support for them, citing their importance in attracting high-tech investments without endangering national security.

India is enjoying a window of opportunity with global dynamics undergoing shifts. With U.S. trade policy being uncertain and a reorientation on global supply chains, India seeks to be an important destination for electronics manufacturing. Strategic engagement with select Chinese firms would hasten the process of technology absorption at the component stage and create employment.

Indian leadership, meanwhile, continues to stress that such flexibility will be limited in scope, transparent, and oriented around the national interest. Any lifting of restrictions will be closely scrutinized with country-level mechanisms put in place to ensure that the long-term technological sovereignty and security of the country will not be jeopardized.

Conclusion:

Changing economic realities and investment in China in electronics by India show it as having an evolving approach toward becoming a true manufacturing center. This new stage of pragmatic economic engagement is characterized by an investment model that is more technology-focused and selective.

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Choosing the right mouse can truly transform one’s working, gaming, or creative process. Be it accurate gaming or simple productivity, a dependable mouse increases lure editing speed, comfort, and efficiency. Here is a detailed look at the top ten mouse brands in the U.S, including their salient features, flagship models, and unique technology.

1. Logitech

Logitech, headquartered in Newark, California, can probably be considered the industry leader in both productivity and gaming mice. The company focuses on ergonomic office designs and high-performance gaming equipment. Popularly, the MX Master 3S is used by professionals, while gamers prefer the ultra-light G Pro X Superlight. Technologies present in Logitech include the HERO sensor, the Logi Bolt wireless connection, and the MagSpeed scroll wheel, all of which ensure pinpoint accuracy and speed, with an easy transition from work to play.

2. Razer

Razer is a household name among the laymen in the games. The company has set up shop in designing outright high-DPI, ultra-responsive competitive gaming mice for esports and competitive use. With features like Focus Pro 30K Optical Sensor and HyperSpeed Wireless technology, popular models like the DeathAdder V3 Pro and Basilisk V3 provide professional-level gaming with lightning-fast performance and haptic accuracy.

3. Corsair

Located in Fremont, California, Corsair is the very first company in this space to manufacture gaming mice that combine pure performance with extreme levels of customization. Its best-sellers include the Dark Core RGB Pro and M65 RGB Ultra, both incorporating Slipstream Wireless technology and optical switches. Corsair also provides its customers with the iCUE software with which they can alter DPI, lighting, and macros for a truly immersive gaming experience.

4. SteelSeries

SteelSeries has set up shop in Chicago, Illinois, to make its mark in the e-sports and competitive gaming world. The company usually designs the ultralight and fast mice such as the Aerox 3 Wireless and Rival 5 that feature TrueMove sensor technology and Quantum 2.0 Wireless, respectively. These provide near-zero latency and waterproof designs for situations in which games are being played at breakneck speeds.

5. HP

Based in Palo Alto, California, HP produces a vast stock of budget-class, workhorse-type mice. These are great for productivity and basic office work. Popular models, such as the HP 930 Creator Wireless Mouse and HP X3000, feature multi-device Bluetooth connectivity and silent click design, making them well-suited for every day use and professional environments.

6. Microsoft

Based out of Redmond in Washington, Microsoft concentrates on business-grade and ergonomic mice running seamlessly in the Windows ecosystem. The company’s best models such as the Microsoft Arc Mouse and Surface Precision Mouse work best with their BlueTrack sensor and for a hassle-free working experience with Surface devices and Windows-based PCs.

7. Glorious

Born and raised in Dallas, Texas, Glorious is the new rising star in high-performance gaming mice. Famous for their ultra-light honeycomb designs, the brand offers the best models on the market like the Model O and Model D Wireless. Powered with the BAMF sensor and Ascended Cord to reduce drag and maximize responsiveness, they are favorites among FPS gamers.

8. ASUS ROG

Located in Fremont, California, the ROG division of ASUS will offer you high-end gaming mice where style meets its cutting-edge hardware. ROG AimPoint sensor powers several recognized ROG models, like the ROG Gladius III and Chakram X, with push-fit switch sockets to enable customizable click resistance, thus appealing to gamers who demand precision and flexibility.

9. Cooler Master

Cooler Master, based up in Chino, California, makes gaming and everyday-use mice with a focus on price-to-performance ratio. Bestsellers like the MM731 and MM720 are equipped with Ultraweave cables, PTFE feet, and RGB lighting customizable to gamers who like the idea of having something lightweight and really nice-looking for a reasonable price.

10. Dell

Dell, headquartered in Round Rock, Texas, makes reasonably durable and efficient mice for office use and home use. Because these mice, including the Dell MS7421W and Dell WM126, are known for their long battery life, multi-OS support, and plug-and-play experience, these are the ideal companions of any business amateur as well as students.

Brand Comparison:

Brand	Use Case	Key Model	Sensor Type	DPI Range	Connectivity
Logitech	Productivity & Gaming	MX Master 3S / G Pro X	HERO Sensor	Up to 25,600	Wireless/Bluetooth
Razer	Esports Gaming	DeathAdder V3 Pro	Focus Pro 30K	Up to 30,000	HyperSpeed Wireless
Corsair	Custom Gaming	M65 RGB Ultra	PixArt PAW3393	Up to 26,000	Wireless
SteelSeries	Competitive FPS	Aerox 3 Wireless	TrueMove Core	Up to 18,000	Wireless/USB-C
HP	General Office	HP 930 Creator	Optical Sensor	Up to 4,000	Bluetooth/USB
Microsoft	Business Use	Surface Precision	BlueTrack	Up to 3,200	Bluetooth/USB
Glorious	Lightweight Gaming	Model O Wireless	BAMF Sensor	Up to 19,000	Wireless/USB-C
ASUS ROG	High-End Gaming	Chakram X	ROG AimPoint	Up to 36,000	Wireless/USB
Cooler Master	Budget Gaming	MM731	PixArt PAW3370	Up to 19,000	Wireless/USB
Dell	Office Use	MS7421W	Optical Sensor	Up to 3,000	Wireless

Conclusion:

The top 10 mouse brands that U.S. can provide comprises a diverse selection for every need, be it gaming, office, or hybrid. Brands like Logitech and Razer are in the forefront with innovative, feature-laden models, while the likes of HP, Microsoft, and Dell provide tried and tested solutions for productivity.

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A grand study conducted by the Centre for Development Studies (CDS) reiterates the major talking point all through the mobile ecosystem: India had soared further into the elite international group of suppliers of mobile phones and was positioned as the third-largest exporter of mobile phones in the world, with exports worth around US $20.5 billion during the calendar year 2024.

The Meteoric Rise: From Dependent on Imports to Export-Driven Power:

Six years ago, in 2017-18, India was exporting a mere amount of US $0.2 billion worth of mobile phones. By 2024, this figure has crossed the $24 billion mark marking an astonishing almost 11,950 per cent increase. Such explosive growth coincided with India moving from being a player in domestic manufacturing only to a scale export-led manufacturing partner in the bigger global arena.

Government encouragement and production-related incentives:

Key to this change is the Production-Linked Incentive (PLI) scheme floated in 2020 and implemented ever since. Since then, this bold policy has largely helped the foreign Original Equipment Manufacturers (OEMs) and contract manufacturers to invest in local facilities and infrastructure. So, we have a big-scale output and a robust integration into global value chains (GVCs).

Multi-layered domestic value addition stood out as a strong trend. Direct value for production of mobiles has seen an almost 283% rise from US $1.2 billion in FY 2016–17 to about US $4.6 billion in FY 2019–20. Even more impressive has been the growth in indirect value addition upstream supply chains by 604%, from US $470 million in FY 2016–17 to about US $3.3 billion in FY 2019–20.

With this economic growth came a greater occasion for employment: Further estimates indicate that more than 1.7 million direct and indirect jobs were linked to mobile production in 2022–23, and the number of export-related jobs rose at an astounding 33-fold. Wages too are rising, thanks to growing high-skill jobs in export-oriented units.

Global Trade Strategic Development:

India now ranks third in the mobile phone exports after China and Vietnam, having achieved exports worth nearly US $20.5 billion in 2024. World’s Top Exports data suggests that India exported 7.1% of global mobile exports in 2024, amounting to US $20.48 billion an increase of 585% compared to 2020.

This is in consonance with the CDS findings, positing India as a major exporting hub for mobiles. Contract manufacturing for brands such as Apple, Samsung has further accelerated exports, while the competitive ecosystem consisting of the likes of Foxconn, Wistron, Pegatron, and Dixon Technologies leads to high-volume outputs.

Conclusion:

The mobile export surge in India is more than just headline numbers; it means a structural global competitiveness transformation, portraying how policy-driven incentives together with industrial ecosystems can facilitate a rapid climb. With this blueprint led by mobiles now gaining momentum, other electronics floors such as laptops, networking equipment, and consumer electronics are ready to replicate the success, taking India one step further into becoming a global manufacturing powerhouse.

Governed jointly by the Centre for Development Studies and the Indian Cellular and Electronics Association (ICEA), the report intends to provide a clearer understanding of the effect of government policies on India’s electronics manufacturing sector.

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Introduction:

From basic timepieces to advanced wearables that improve daily life, smartwatches have undergone significant development. With features like heart rate monitoring, fitness tracking, smart notifications, and GPS navigation, smartwatches combine technology and fashion. Users of some models may even browse apps, send messages, and make calls right from their wrists. This article delves into 10 top smartwatch brands found in the German market.

1. Apple

Apple Inc. is an American multinational corporation that operates a technology company with its headquarters in Cupertino, California, USA. Apple offers a wide variety of devices like iPhone, iPad, MacBook, Apple Watch, and AirPods. Apple smartwatches are advanced wearable products that provide a combination of health monitoring, fitness functions, and easy connectivity. They comprise LTPO, OLED Retina displays, health monitoring, heart rate monitoring, sleep monitoring, and temperature sensing. Apple Watches feature activity rings, exercise workouts, GPS functionality, and water resistance. Newer versions are powered by Apple Silicon processors to provide improved performance.

2. Garmin

Garmin is a popular brand dealing in GPS technology and smartwatches. It has its business headquarters in Olathe, Kansas, USA. Garmin smartwatches are made for sporty types and outdoor enthusiasts, with features like AMOLED screens, heart rate monitoring, stress tracking, sleep monitoring, Pulse Ox measurement, and a wide variety of sports apps.  The vivoactive 6, for instance, boasts up to 11 days of battery life, while the Swim2 is designed for swimmers with GPS tracking and water resistance.

3. Samsung

Samsung is a South Korean multinational company with its base in Seoul, South Korea. Samsung offers a range of smartwatches dedicated to fitness tracking, health evaluation, and productivity improvements. The Samsung Galaxy Watch 7 comes in a 47 mm titanium case, a 3nm chipset and a 590mAh that is military-grade durable. The Samsung Galaxy Watch5 comes with a 1.4-inch Super AMOLED display and Exynos W920 processor. The different variants all offer unique features that address multiple tastes whether regarding style, health, or the convenience of day- to day needs.

4. Google

Google is an American multinational technology firm based at the Googleplex in Mountain View, California, U.S. It was established I 1998 by Larry Page and Sergey Brin. It has added a number of products such as Google Maps, Gmail, Chrome, Pixel devices, and Wear OS smartwatches to its portfolio over the years. Google sells smartwatches in its Pixel Watch series, which is based on Wear OS. The current models are the Pixel Watch 3, with AMOLED screens, 24 hours of battery life, Wear OS 5.0, and Fitbit-based health monitoring2. Google is also introducing Gemini AI to Wear OS smartwatches, overwriting Google Assistant with a superior AI-based assistant.

5. Fitbit

Fitbit is an American wearables technology company based in San Francisco, California, U.S. Founded in 2007 by James Park and Eric Friedman, Fitbit emerged as a fitness tracking device leader before it was acquired by Google in 2021. The company deals in smartwatches and activity trackers to track heart rate, sleep, steps, and general health parameters. Fitbit smartwatches, including the Versa 4, Sense 2, and Charge 6, come with AMOLED screens, onboard GPS, heart rate tracking, SpO2 monitoring, and stress management features.

6. Huawei

Huawei is a Chinese multinational technology firm headquartered in Shenzen, China. Huawei was established in 1987, and it deals I telecommunications, consumer electronics, and intelligent devices, such as smartphones and smartwatches. Models in the brand’s smartwatch series are the Huawei Watch Ultimate, which comes with a 1.5-inch LTPO AMOLED display, ECG monitoring, depth sensor and 10 ATM water resistance. Huawei smartwatches is recognised for their long battery life, AI driven health features, and high-end driven health features, and high-end designs, which make them favoured by fitness enthusiasts and tech-conscious consumers.

7. Polar

Polar is a Finnish company headquartered in Kempele, Finland, specializing in sports technology and fitness tracking. Founded in 1977, Polar known for its heart rate monitors, GPS sports watches, and advanced training analytics. The Polar Vantage V2 features a 1.2-inch AMOLED display, wrist-based heart rate monitoring, GPS, and advanced recovery tracking. The Polar Grit X Pro, built for outdoor adventures, offers military-grade durability, route guidance, and weather tracking. Polar smartwatches integrate AI-powered training recommendations, long battery life, and advanced sports metrics, making them ideal for fitness enthusiasts.

8. Suunto

Suunto is a Finnish-based company with headquarters in Vantaa, Finland, which deals in sports watches, dive computers, and precision instruments. It was founded in 1936 and has a reputation for producing strong outdoor smartwatches for athletes, adventures, and fitness enthusiasts. Suunto is an OS-based smartwatch with more than 70 sport modes, wrist-based heart rate, free offline outdoor maps, and Google Fit integration. Suunto smartwatches are designed for harsh conditions, with prolonged battery life, sophisticated fitness tracking, and outdoor navigation features.

9. Fossil

Fossil is an American fashion and accessory company with its headquarters in Richardson, Texas, U.S. Established in 1984, Fossil became famous for its fashionable watches, leather accessories, and smartwatches. The Fossil Gen 6 comes with a 1.28-inch AMOLED screen, Snapdragon Wear 4100+ processor, Bluetooth calling, GPS, and Spo₂ monitoring. The Fossil Gen 5 LTE includes a 45mm AMOLED screen, Android support, and LTE connectivity. Fossil smartwatches include Wear OS, watch faces, and fitness tracking, giving them a fashion-forward yet functional option.

10. Withings

Withings is a French consumer electronics firm based in Issy-les-Moulneaux, France. Established in 2008, Withings deals in health-oriented smart devices. Such as smartwatches, fitness trackers, and medical-grade wearables. Withings smartwatches put together medical-grade health monitoring, extended battery life and chic designs, presenting a perfect package for those desiring both fashion and functionality. ScanWatch horizon has a rotating stainless-steel bezel. ECG monitoring, Spo₂ tracking and 30-day battery life. ScanWatch is a clinically tested hybrid smartwatch with heart rate monitoring, sleep tracking, and a PMOLED display.

Specification:

Brand	Key Model	Display	Health Features	Battery Life	OS/Processor	Speciality
Apple	Watch Series 9	LTPO OLED Retina	Heart, sleep, temp, ECG	~18 hours	Apple Silicon	Seamless iOS integration
Garmin	vivoactive 6, Swim2	AMOLED / transf.	HR, sleep, Pulse Ox, stress	Up to 11 days	Proprietary OS	Sports,Outdoor GPS
Samsung	Galaxy Watch7/5	Super AMOLED	HR, sleep, body comp, ECG	40-80 hours	Exynos W920, 3nm chip	Military-grade build
Google	Pixel Watch 3	AMOLED	Fitbit health suite	~24 hours	Wear OS 5.0 + Gemini AI	Google ecosystem
Fitbit	Versa 4, Sense 2	AMOLED	HR, SpO₂, stress, sleep	6+ days	Fitbit OS	Affordable fitness
Huawei	Watch Ultimate	LTPO AMOLED	ECG, depth, sleep, HR	~14 days	HarmonyOS	Long battery + AI health
Polar	Vantage V2, Grit X	AMOLED	HR, GPS, recovery, weather	7+ days	Proprietary OS	Athletes, analytics
Suunto	Suunto 9 Peak Pro	AMOLED	HR, 70+ sport modes, GPS	~14 days	Proprietary OS + Google Fit	Extreme outdoors
Fossil	Gen 6, Gen 5 LTE	AMOLED	HR, SpO₂, fitness tracking	~24 hours	Snapdragon Wear 4100+	Fashion + Wear OS
Withings	ScanWatch, Horizon	PMOLED hybrid	HR, ECG, SpO₂, sleep	Up to 30 days	Proprietary hybrid	Medical-grade health

Conclusion:

Germany’s market for smartwatches is dominated by international technology giants, with Apple being the top most popular brand followed by Samsung. Although Germany is famous for having luxury mechanical watch manufacturers such as Sinn, NOMOS, A. Lange & Söhne, Glashütte has fewer indigenous smartwatch.

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Device Offers Knob Option for Easy Finger Setting, Variety of Pin Configurations in Top and Side Adjustment Styles

Vishay Intertechnology, Inc. introduced a new industrial-grade 3/8 inch square single-turn cermet trimmer. Available with an extended shaft, cross-slot rotor, or knob option for easy finger setting, the Vishay Sfernice M61 is offered in several pin configurations in both top and side adjustment styles to optimize placement on the PCB.

The device released, combines a wide 10 Ω to 2 MΩ resistance range with a temperature range from -55 °C to +125 °C and a low temperature coefficient of ± 100 ppm/°C. Fully sealed to withstand standard board wash processing, the M61 offers a 0.5 W power rating at +85 °C, making it ideal for industrial applications including welding equipment, power tools, and 3D printers, in addition to heating, cooling, and ventilation systems.

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The concept of self-driving cars has long fascinated the world, and in the last decade, this once-futuristic vision has begun taking tangible form on real-world roads. Backed by artificial intelligence, advanced sensor systems, and increasingly robust regulatory frameworks, autonomous vehicles are moving from prototypes to potential mainstream adoption. However, the question remains: Is the world truly ready for driverless cars?

As consumer sentiment evolves and the Self-driving Cars Market matures, industry leaders and policymakers must align innovation with public trust. In this blog, we’ll explore the current state of market potential, public readiness, technological advancements, and the barriers still standing in the way.

Consumer Perception: Trust Is Still Evolving

One of the biggest hurdles facing the Self-driving Cars Market isn’t technological—it’s psychological. Despite increasing awareness and media coverage, consumer trust in autonomous driving systems remains mixed.

According to various global mobility surveys, while many people express curiosity and even excitement about autonomous vehicles (AVs), a significant portion remains skeptical. Safety concerns, such as fear of accidents due to software glitches or hacking, rank among the top reasons for hesitation.

This sentiment is supported by recent studies, including those cited in Fairfield Market Research reports, which show that over 60% of consumers still prefer to be in control behind the wheel. Interestingly, younger demographics and tech-savvy consumers are more open to embracing driverless technology, signaling a gradual generational shift in acceptance.

Market Potential: A Multibillion-Dollar Industry in the Making

Despite consumer hesitations, the Self-driving Cars Market is poised for remarkable growth. According to Fairfield Market Research, the market is projected to grow exponentially over the next decade, driven by advancements in AI, LiDAR, radar, and 5G connectivity. From autonomous taxis and delivery vehicles to personal self-driving cars, this sector is brimming with transformative potential.

Forecasts indicate that the market could reach several hundred billion dollars in value by 2032, thanks to increasing investment by both automakers and tech giants. Companies like Tesla, Waymo, NVIDIA, Baidu, and General Motors are pouring billions into R&D, strategic partnerships, and road testing to get ahead of the curve.

What sets this market apart is its ability to serve a wide range of applications—from mobility as-a-service (MaaS) to long-haul trucking, ride-sharing platforms, and even emergency services. The convergence of self-driving capabilities with electrification is further fueling this trajectory, positioning autonomous EVs as the future of smart mobility.

Technology Advancements That Make Autonomous Driving Possible

The backbone of autonomous vehicles lies in a suite of intelligent technologies designed to mimic human perception and decision-making. These include:

• Advanced Driver-Assistance Systems (ADAS): Core to self-driving features like lane-keeping, adaptive cruise control, and emergency braking.
• LiDAR and Radar: Crucial for depth perception, obstacle detection, and maintaining 360-degree awareness.
• Machine Learning and AI: These enable real-time learning and predictive decision-making based on road conditions, traffic, and behavior of other drivers.
• 5G Connectivity: Enables ultra-fast communication between vehicles (V2V) and infrastructure (V2X), essential for safe navigation and traffic management.

Tech innovations continue to improve the reliability and scalability of autonomous driving systems. What was once limited to controlled environments is now being tested—and increasingly trusted—on busy city streets and highways.

Regulatory Landscape: Countries Taking the Lead

While technology marches forward, regulation remains a critical piece of the puzzle. Governments around the world are experimenting with frameworks to ensure the safe integration of AVs into public infrastructure.

The United States, through the National Highway Traffic Safety Administration (NHTSA), has issued federal guidance and pilot programs to promote innovation while safeguarding public welfare. Similarly, countries like Germany, Japan, and China are crafting regulatory sandboxes to foster autonomous mobility.

The European Union’s push for standardized vehicle safety norms and China’s rapid AV testing initiatives further demonstrate that the regulatory environment is evolving, albeit at different speeds across regions.

The harmonization of safety standards, liability protocols, and cybersecurity norms will play a major role in determining how quickly driverless vehicles move from limited trials to widespread adoption.

Urban Infrastructure and the Readiness Gap

Beyond consumer acceptance and regulatory progress, physical infrastructure plays a pivotal role in enabling the adoption of driverless vehicles. Smart traffic signals, connected roadways, digital mapping, and real-time traffic data are prerequisites for safe AV deployment.

However, most cities are still in the early stages of integrating such infrastructure. While some smart cities like Singapore, San Francisco, and Dubai are leading with AV-friendly road networks and IoT integration, the majority of the world still lags behind.

The readiness gap between developed and developing economies could pose a major challenge for the global adoption of autonomous vehicles. Investments in digital infrastructure, maintenance of road quality, and real-time data exchange capabilities will be crucial in bridging this divide.

Ethical Considerations and Data Privacy

With the rise of autonomous mobility comes a wave of ethical dilemmas. From decision-making in crash scenarios to potential bias in AI algorithms, the question of who is accountable when things go wrong is still murky.

Moreover, self-driving cars collect vast amounts of data—from location tracking and biometric identifiers to driving behavior. Ensuring data privacy and cybersecurity will be a top priority as the Self-driving Cars Market scales.

Consumer concerns about surveillance, hacking, and misuse of personal data must be addressed through transparent policies, encryption technologies, and government oversight.

Economic Impact and Job Disruption

As the market evolves, the ripple effects on employment and industry structures are inevitable. While autonomous vehicles will generate new job roles in software development, data science, and fleet management, they are also expected to disrupt traditional roles—especially in trucking, taxi services, and delivery.

Balancing automation with human employment is an area that governments, labor unions, and corporations must address proactively. Reskilling and upskilling the workforce will be essential to ensure a smooth transition to a more autonomous transportation ecosystem.

A Road Paved with Caution and Opportunity

So, is the world ready for driverless cars? The answer is complex. Technologically, we are closer than ever. From AI to vehicle connectivity, innovation has created a solid foundation. Yet public perception, regulatory clarity, infrastructure readiness, and ethical concerns still need time and effort to align.

The Self-driving Cars Market holds extraordinary promise, offering a future with safer roads, efficient traffic systems, and more accessible mobility options. But realizing this vision will require global collaboration between automakers, tech firms, regulators, and consumers.

As reported by Fairfield Market Research, the journey toward widespread adoption of autonomous vehicles is not a sprint but a marathon. The path ahead is filled with both promise and pitfalls—but with the right strategies in place, a driverless future is no longer just a dream.

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India has witnessed a remarkable 47% jump in the electronics exports during the April-June quarter of FY 26 to USD 12.41 billion as compared to the previous year. This surge testifies to the accelerated role India is assuming in global electronics supply chains and the execution of key strategic initiatives at the national level.

 Export Destinations:

United States: India accounted for 60.2% of electronics exports to the US, amounting to about USD 7.47 billion, thus rigidifying the US as the single largest electronics trade partner for India.

UAE: The UAE took the second position, with an 8.09% share (~USD 1.0 billion).

China: With 3.88% (~USD 482 million), China came third among electronics export destinations.

Others: The Netherlands, with shares of 2.68%, and Germany, at 2.09%, came below.

Factors Influential in Growth:

• Policy Push through PLI and Make in India

The government Production-Linked Incentive scheme and Make in India have been instrumental in encouraging electronics manufacturers, both domestic and international, to scale up operations and target exports. This has attracted investments into the sector through incentives, facilitating ease of doing business, and developing infrastructure.

• Export Boom in Smartphones

The big factor in the swell is India becoming a global hub for manufacturing smartphones. Local manufacturing is being ramped up by big brands, including Apple and Samsung, with iPhone itself witnessing a large share of electronics exports in Q1 FY26.

• Strategic Manufacturing Reshuffles

Global manufacturers diversify supply chains owing to geopolitical risks and China-centric disruptions. India has, on account of cheap labor, government supports, and budding technological capabilities, been emerging as a preferred destination for electronics assembly.

• Expansion of Export Markets

India’s electronics exports are now entering new markets beyond the traditional West. The increase in shipments to the UAE, China, the Netherlands, and Germany is indicative of India’s effort to diversify its export portfolio and reduce dependence on any one country.

• Private Sector Momentum

Indian businesses and foreign OEMs operating in India have seen a sharp rise in their manufacturing capabilities. Better supply chains, logistics systems, and quality improvements have made Indian electronics more competitive in international markets.

Broader Export Context:

The electronics boom forms part of a bigger export rush:

• Textiles & Apparel: Ready-made garment exports stood at USD 4.19 billion in Q1 and continued their upward movement.
• Seafood: This sector saw shipment increases of 19.45% to USD 1.95 billion during the same quarter.
• These factors underpin total merchandise and services exports standing at nearly USD 210 billion, out of which exports of goods were nearly USD 112 billion in Q1-my assert 5.9% growth on a year-against-year basis.

Strategic Implications:

• Position India as a Global Electronics Hub: A 47 percent increase in exports indicates India’s emergence as a plausible alternative to China in global electronics manufacturing, pointing towards growing international faith in India’s production ecosystem.
• Enhancement of Domestic Manufacturing and Jobs: The growth in exports indicates a rise in domestic manufacturing capacities. This in turn increases India’s GDP and helps open entry-level employment opportunities in states such as Uttar Pradesh, Tamil Nadu, and Karnataka.
• Strengthening Bilateral Trade: With the United States re-exporting over 60 percent of all electronics, the data showcases strengthened ties between strategic partners. Such alignment should pave the way for greater collaboration in technology, supply chains, and innovation.
• Another factor: The surge in exports has portrayed India as a destination in the eyes of PLI-type schemes and Make in India, thereby emboldening policymakers and investors to consider India a manufacturing hub.
• Widening their export marketplace: With export growth increasing in the UAE, China, and Europe, the rising trends attest to India’s entry into diversified markets, lessening the country’s over-dependence on any single region and offering trade-related resilience.

Future Outlook:

Looking ahead, India intends to capitalize on momentum through:

• Further extension of PLI to semiconductors and value-added electronics.
• Enhanced quality standards and export logistics.
• Greater entry into overseas markets, especially Europe and emerging economies.

Conclusion:

While scaling-up views for semiconductor fabrication, further diversification of export markets, and sustained competitiveness on the global front continue to pose challenges, the Q1 trajectory is signaling that India stands ready for taking bigger roles in global electronics trade. India’s 47% annual growth in electronics exports attests to its coming-of-age stellar performance synergized by the global manufacturing center. The sector-fueled by solid policy, growing markets, and production capacity-on a steady footing uphill. India is well on its way to become a major participant in the global electronics value chain with sustained investment and support.

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