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TECNO Pioneers AI Imaging with Unveiling of TECNO Image Matrix and Two AI-Powered Imaging Technologies at Future Lens 2024

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The TECNO Image Matrix is a new “brain” that redesigns the AI imaging process; EVS Dynamic Snapshot lets users capture moving subjects with precisions; and Tap Any Zoom Dual Prism Telephoto ensures crystal-clear shots of far-away subjects. 

CHONGQING, China, Dec. 6, 2024 /PRNewswire/ — Today at its annual Future Lens 2024 event, innovative technology brand TECNO unveiled its three latest innovative breakthroughs: an all-new imaging matrix and two advanced imaging technologies. The innovative TECNO Image Matrix (TIM) is a new AI imaging “brain” that restructures and optimizes power to enhance imaging processes, power new and optimized imaging functions and create more exceptional images. Meanwhile, EVS Dynamic Shot technology perfects capture of subjects in motion, and Tap Any Zoom Dual Prism Telephoto enables more stable long-range shooting.

Future Lens 2024 was the fourth iteration of TECNO’s signature imaging event and showcased TECNO’s commitment to cutting-edge, user-centric innovation with a focus on AI-powered imaging. Taking place this year in Chongqing, China, attendees including smartphone and photography enthusiasts, industry leaders, and reporters from across the media reveled in the hotbed of learning, discussion, and idea sharing. Culminating with a tour of TECNO’s R&D lab and its most automated factory, the event inspired thoughts of future imaging possibilities, and highlighted TECNO’s relentless pursuit of excellence in mobile imaging technology.

TECNO Image Matrix – An All-new Imaging “Brain” for the AI Era

This year, TECNO has invested heavily to become an industry leader in the realm of mobile AI technologies. With its new AI Vision strategy, the brand’s “practical” AI is being quickly implemented in imaging, making TECNO a leader in the development and application of AI technologies in emerging markets. As it has been exploring new ways to integrate AI into the imaging experience, the brand has faced one fundamental challenge from the start: smartphone computing power, in general, is insufficient to support more numerous and more complex AI operations.

As a result, TECNO developed the new TECNO Image Matrix – a new “brain” for AI-powered imaging that reimagines the whole imaging process to optimize computational power and deliver rapid, high-quality image processing.

The new matrix is based on the optimization of the data pipeline with newly upgraded TAPS (TECNO Algorithm Process Stack) underlying architecture as the technical foundation. It builds a fully intelligent process from image capture to post-processing, aiming to significantly improve the efficiency and quality of image processing, and provide global users with an excellent shooting experience and professional-level image output.

The TECNO Image Matrix structure is based on the four stages of image creation. From bottom to top, the first layer is the Hardware Foundation Layer with the four major image processing units – camera hardware, display, SOC and sensor. The second layer, the De-construction Layer, is composed of 10 elemental imaging algorithms, such as noise reduction, stabilization and correction.

The third layer is the Engine Re-construction Layer. In this layer, TECNO built a technical core foundation called TAPS (TECNO Algorithm Process Stack) that supports the transformation of AI capabilities, allowing algorithm processing to be performed well and quickly. This crucial and unique layer features four AI-driven imaging engines: AI RAW enhances low-light and backlit scenes, while improving image clarity, sharpness and color; AI SNAP enables lightning-fast image capture without lag, ensuring that users never miss a moment; AIGC Studio empowers a suite of tools for image enhancement and generation; and AI UT (Universal Tone) automatically restores and enhances skin tones, ensuring that portrait images reflect true-to-life beauty.

The synergy of these four engines delivers an unparalleled AI-powered imaging experience for users, optimizing color, scene, and image quality, with high dynamic night view capabilities. These enhancements are realized in the top layer, the Application Layer, where users will enjoy the advantages. By restructuring the pipeline and redirecting computational power to the AI-driven engines, the TECNO Image Matrix acts as the backbone of the new and optimized functions – AI Shooting Quality++, Portrait Master, Video Master, AI Snap and AI Image Studio.

EVS Dynamic Snapshot – Capturing Subjects in Motion with Crystal Clarity

Besides the TECNO Image Matrix, TECNO has also developed a further two AI-powered imaging technologies that tackle common user pain-points. Firstly, EVS Dynamic Snapshot tackles the difficulties faced when photographing moving subjects. Often when shooting, the still parts of a captured frame are sharp, but the moving parts appear blurry because motion trajectories are difficult to capture.

EVS Dynamic Snapshot technology overcomes the limitations of traditional snapshot methods and the light intake constraints of compact cameras to enhance the camera’s ability to capture motion.

Whereas traditional cameras collect pixels frame-by-frame, TECNO’s solution captures the complete motion path of a subject. The technology focuses solely on moving subjects, using EVS pixels to record motion data. By combining traditional CMOS with DVS high-frequency circuits, EVS Dynamic Snapshot captures ultra-dense motion data. It uses high dynamic tracking to intelligently lock onto moving subjects, while also focusing on pixel changes at an ultra-high frequency, making it possible to take sharp, full-frame images, even of fast-moving subjects. The technology’s AI algorithms combine static objects captured by the RGB camera with moving objects detected by EVS. By utilizing motion data provided by EVS, the RGB camera’s handling of motion blur for moving subjects is optimized, resulting in a single, sharp, and complete photo.

Whether capturing a majestic bird in flight or high-speed motorsports action, this next-generation tailor-made technology allows users to take high-speed, crystal-clear dynamic snapshots better than ever.

Tap Any Zoom Dual Prism Telephoto – Super Stable Zoom to Eliminate Blurring

The other AI-powered technology unveiled by TECNO at Future Lens 2024 is Tap Any Zoom Dual Prism Telephoto technology. The technology addresses the three major challenges of telephoto shooting, namely focusing difficulties, frequent blurring and non-existent room for re-framing.

TECNO’s Tap Any Zoom technology employs a dual prism design, lens-shift optical image stabilization and intelligent AI algorithms to help users capture incredible telephoto shots.

Simply by double-tapping a subject that you want to capture (in 1x/0.6x scene mode), the camera instantly zooms to the optimal level (up to 30x) for fast and precise framing. The lens-shift optical image stabilization, together with the dual-prism wide swing angle, effectively mitigates external vibrations, ensuring shots are sharp, stable and crystal clear.

The dual prism offers an expansive shooting area, with the ability to capture images up to with 14 times the zoom of a standard 125mm focal length lens. This enables ultra-wide-angle capture with greater focal length and perspective, while a long-range scanning function and 400MP pixel auto-assembly ensure perfect high-resolution imagery. Meanwhile, the telephoto sweep function stitches full-frame shots without distortion, creating high quality shots with re-framing freedom.

Future Lens 2024: Beyond the Innovations

The Future Lens 2024 event proved to be another valuable event for all attendees, who gained behind-the-scenes insights into TECNO’s latest imaging technologies.

The day began with an insightful sharing session, involving Laury Bai, TECNO’s Chief Marketing Officer, Huang Xiao Han, Director of TECNO’s Image R&D Center, professional photographer and editor at leading photography media Amateur Photographer, Nigel Atherton, and tech industry expert Nicole Scott. This was followed by a panel discussion offering a further deep dive into TECNO’s AI-powered technologies. After enjoying the strategic release of the new TECNO Image Matrix, attendees were invited to join the discussion of AI-driven industry trends. In the afternoon, attendees enjoyed a tour of TECNO’s cutting-edge factory and research labs.

“We’re excited to share our newest technologies with industry experts and enthusiasts here at Future Lens 2024,” said Huang Xiao Han. “At this year’s event, we are showcasing technologies that reimagine the way we shoot with our smartphones. Guided by our new AI Vision strategy, TECNO is offering new ideas about how we can leverage new AI technologies alongside our advanced imaging technologies to deliver even better imaging experiences for our users.”

As its latest Future Lens event ends, TECNO is strengthening its commitment to breaking boundaries in imaging excellence, standing up as a pioneer of AI innovations while continuing to pursue enhancements in the mobile imaging experience. In line with its “Stop At Nothing” brand philosophy, TECNO aims to provide consumers, especially those in often overlooked emerging markets, with more powerful, intuitive, and creative solutions.

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SOURCE TECNO Mobile Limited

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Ampace Spotlights AI-Ready Battery Solutions for Gigascale Infrastructure at DCW Washington 2026

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WASHINGTON, April 21, 2026 /PRNewswire/ — Ampace, a global leader in advanced lithium-ion battery technology, is participating in Data Center World 2026 at the Walter E. Washington Convention Center (Booth 206), where active visitor engagement reflected growing industry focus on how power infrastructure must evolve for the AI era.

This year, Ampace is showcasing how battery systems are becoming an increasingly important enabler of gigascale AI infrastructure. From cell-level technologies to system-level deployment, spanning applications from commercial and industrial energy storage to UPS systems, Ampace is presenting solutions designed to help data centers manage rising power volatility, improve resilience, and scale more efficiently.

At the center of the showcase is the PU Series, Ampace’s AI-ready battery platform engineered for the increasingly dynamic conditions of modern compute environments. As AI clusters drive 100kW+ rack densities, millisecond-level load spikes, and frequent workload transitions, conventional backup systems are being asked to do far more than emergency support. Ampace’s PU Series is designed to absorb rapid fluctuations, maintain stable output, and support uninterrupted operation under highly variable AI workloads.

A key highlight of Ampace’s presence this week will be its featured TECH TALK session with Eaton on April 22, from 2:30 PM to 3:15 PM (Room 209ABC), titled Powering Gigascale AI: How Advanced Batteries Stabilize Extreme Training Loads.

The session will bring together shared industry perspectives from Aaron Schott, UPS Sales Manager at Ampace, and Jon Hymel, Product Manager at Eaton, two professionals working closely with hyperscale, colocation, enterprise, and mission-critical customers navigating the next wave of AI infrastructure growth.

Together, the speakers will explore how established UPS architectures and advanced lithium battery systems are increasingly working in tandem to meet the operational realities of AI data centers. The discussion will examine how battery technologies can support real-time load balancing, improve reliability, and help operators prepare for the transition from megawatt-scale campuses to gigawatt-scale compute ecosystems.

Their joint appearance reflects a growing alignment across the power infrastructure ecosystem: scalable AI requires not only more electricity, but smarter coordination between UPS systems, energy storage, and facility operations. As data centers evolve, battery-enabled continuity is becoming a shared priority across technology providers, operators, and infrastructure partners.

Built for demanding AI applications, Ampace’s platform is engineered to respond rapidly during ramp-up and ramp-down events, while maintaining stable operation under continuous partial-load cycling. Its semi-solid cell technology further enhances intrinsic safety by reducing leakage risk and lowering thermal runaway gas generation, while cabinet-level validation under UL 9540A standards reinforces readiness for mission-critical deployments.

At Ampace’s booth, visitors have been exploring how advanced battery systems can help reduce infrastructure oversizing, relieve pressure on grid connections, and improve continuity in facilities originally designed for steady-state demand. The strong response reflects a broader market shift: batteries are no longer viewed only as standby assets, but as active components of modern AI power architecture.

Visit Booth 206 to meet the Ampace team, experience the PU Series on site, and join in-depth discussions on how advanced battery solutions are helping build a more resilient, scalable, and efficient AI infrastructure. On-site specialists are available throughout the show for live demonstrations, technical briefings, and media inquiries.

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SOURCE Ampace

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TÜV Rheinland Opens Advanced Automotive Component Testing Laboratory in Manesar, Haryana

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Empowering automotive industry capabilities through precision testing, international compliance, and innovative solutions for next-generation mobility.

MANESAR, India, April 22, 2026 /PRNewswire/ — TÜV Rheinland, a global leader in independent testing, inspection and certification services, today announced the opening of its state-of-the-art Automotive Component Testing Laboratory (ACT Lab) in Manesar, Haryana. The ACT Lab will support manufacturers in meeting evolving regulatory requirements, adopting emerging technologies, and accelerating time-to-market.

As the world’s third-largest mobility market, India is developing rapidly, and demand for trustworthy, globally recognized testing services continues to rise. TÜV Rheinland’s ACT Lab supports the development of safer and high-performance automotive products.

Strategically located in Manesar, the facility is well-positioned to unlock growth opportunities within India’s automotive and electric mobility ecosystem, while advancing next-generation transport solutions.

Technological Excellence and Advanced Capabilities

The ACT Lab is equipped with advanced testing systems from leading international manufacturers, ensuring precision, reliability, and global acceptance of results.

Its capabilities include structural testing, corrosion and durability assessments, and environmental simulation under extreme conditions. The facility also offers fatigue and lifecycle testing for critical automotive components, alongside comprehensive material analysis for metals and polymers, delivering deep insights into performance under real-world conditions.

By providing end-to-end testing, inspection, and certification solutions under one roof, the lab distinguishes itself through its ability to replicate operational environments, meet global and OEM standards, and deliver highly reliable, traceable results.

Platform for Collaboration, Innovation, and Trust

Commenting on the inauguration, Dr. Matthias Schubert, Executive Vice President Mobility at TÜV Rheinland Group, said: “Our investment in the Automotive Component Testing Laboratory in Manesar reflects TÜV Rheinland’s long-term strategic commitment to India as a key growth market. As the mobility sector undergoes rapid transformation, this facility enables us to support manufacturers with advanced testing capabilities that not only ensure compliance but also drive innovation, safety, and global competitiveness.”

Highlighting the broader strategic intent, Thomas Quernheim, Senior Vice President Mobility, TÜV Rheinland Group, said, “India represents one of the most dynamic opportunities within our global mobility portfolio. This investment reflects our vision to build resilient, future-oriented capabilities that not only respond to market evolution but also shape the standards of tomorrow’s mobility ecosystem.”

Rajendra Kisanrao Bandal, Vice President, Mobility at TÜV Rheinland India, added: “This facility goes beyond a conventional testing laboratory – it is a platform for collaboration and innovation. Combining global expertise with local insight, it enables manufacturers to enhance quality, reliability, and performance, while strengthening India’s position in the global mobility landscape.”

About TÜV Rheinland:

TÜV Rheinland is a leading provider of testing and inspection services worldwide. For over 150 years, the company has helped make the world a safer place. Today, more than 28,000 employees test, inspect and certify products, plants and processes, while also providing training for people in a wide range of professions. Operating from 500 locations in more than 50 countries, TÜV Rheinland helps safeguard key areas of business and everyday life. Headquartered in Cologne and generating annual revenue of close to €3 billion, the company plays a key role in quality assurance worldwide. TÜV Rheinland has been a member of the UN Global Compact since 2006, demonstrating its commitment to anti-corruption and sustainability.

Website: Click here

Media Contact:

Samrat Sinha
Communications & PR
TÜV Rheinland
Email: Samrat.Sinha@ind.tuv.com

Photo – https://mma.prnewswire.com/media/2961708/Manesar_Lab_Pic_Edited_Without_Barbed_Wire.jpg

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EZVIZ joins the United Nations Global Compact, starting a new chapter of its unwavering journey to long-term sustainability and further expanding its contribution to key environmental issues

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HOOFDDORP, Netherlands, April 22, 2026 /PRNewswire/ — EZVIZ, an advocate for greener smart homes, is proud to announce its participation in the United Nations Global Compact (UNGC) in the International Year of Volunteers for Sustainable Development on this Earth Day. As a smart home pioneer joining the world’s largest corporate sustainability initiative, EZVIZ will align its award-winning EZVIZ Green initiative with the UNGC’s Ten Principles, making a transformative impact through responsible business in environmental protection.

The UN Global Compact is a call to companies to adopt ten universal principles in human rights, labour, environment and anti-corruption, and to support the Sustainable Development Goals (SDGs). With over 25,000 participants across 167 countries, the UNGC is keeping the earth green and clean with its growing influence.

Though new to the initiative, EZVIZ has been implementing SDGs in its development, operations and management, including establishing an ESG committee directed by the Board. On April 10, the company published its 2025 ESG report under its commitment “Our Planet. Our Actions” for transparency and awareness. Over the past year, EZVIZ has received international recognition like the European Green Awards, the SEAL Sustainability Business Awards, and the Indigo Design Award with the “Design for Social Change” honor.

To safeguard a green planet, EZVIZ has addressed land degradation, global warming, plastic recycling, community empowerment and more. Partnering with Treedom, EZVIZ has planted 4,190 trees with local farmers, reducing approximately 738.2 tons of CO2. Together with Plastic Bank, EZVIZ has prevented over 1,000,000 plastic bottles from polluting vulnerable environments. The partnerships are reinforced by internally recycling plastics and minimizing waste. In 2025, EZVIZ incorporated over 30 tons of recycled materials into its RE7 Edge robot vacuum’s design and reduced CO2 emissions by 73.1 tons through greener packaging.

“Becoming part of the UNGC is a significant milestone for us. It means our efforts in building a better planet, have been recognized globally,” said Jingwen Cao, EZVIZ Board Secretary and Director of the ESG Committee. “This participation provides us the confidence to further expand our environmental protection, as well as to set stricter boundaries to avoid sacrificing the environment for commercial gain.”

With green in its brand gene, the company has also developed green technology with a low carbon footprint. The AOV low-energy consumption tech, and the ColorFULL low-light night vision mode help reduce energy consumption and light pollution resulted from 24/7 home security. Firstly embedding self-patented wild animal detection in outdoor cameras, EZVIZ continues to implement responsible AI to balance human safety and wildlife protection, according to Sophie Zhang, EZVIZ Global Brand Director.

“We believe in the power of technology and always strive to benefit not only our users, but also everyone and every life,” said Zhang. “Alongside other industry leaders in the UNGC, EZVIZ is motivated to contribute to a better future for generations to come.”

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SOURCE EZVIZ

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