Under the theme of "Reshaping GPU-driven AI applications with Scalability and Agility" Leadtek will showcase a range of innovative products at COMPUTEX 2024 to meet the diverse AI needs of various scales. These products include the first-ever high-end WinFast Mini AI workstation, NVIDIA-Certified systems equipped with NVIDIA RTX Ada Lovelace architecture professional GPUs and PCIe Gen5 support, and NVIDIA HGX H100 servers for large-scale AI.All new products are fully equipped with liquid-cooling technology, providing unparalleled performance and reliability for large language models, generative AI, deep learning applications, and digital twins. In terms of software and AI applications, a more secure digital twin solution and an AIDMS-assisted smart fishery AI landing case study will also be on display from June 4 to 7 on the 4th Floor of Nangang Exhibition Hall 1.Mini AI Workstations: Empowering AI for Everyone with Agile, Compact Liquid Cooling InnovationDitch the sprawling server rooms and noisy workstations. Now, anyone can develop digital transformation or generative AI applications right in their office. Unveiling a new era of compact AI workstations, the WinFast Mini AI Workstation is powered by Intel's latest 5th Gen Scalable Processors, delivering exceptional performance in a compact chassis.Leading the industry, it supports two high-end NVIDIA GPUs and provides a more stable high-wattage power supply, ready for next-generation NVIDIA GPUs. Leveraging liquid-cooling technology, the WinFast Mini AI Workstation effectively lowers GPU temperatures and offers a quieter operating environment, making it an ideal solution for those seeking computational power and spatial flexibility.It's perfect for small- and medium-sized businesses without large server rooms looking to embrace digital transformation, schools and departments conducting academic research, or individual users venturing into the AI realm. For those with more AI training needs, opt for the WinFast WS2050L Workstation, which supports four liquid-cooled GPUs and delivers high performance and quiet operation without needing external liquid-cooling lines. This makes it ideal for offices with AI training requirements.Liquid-Cooled AI Servers for Large LLMsLeadtek offers a wide range of servers in various form factors, including 8U, 5U, 4U, 2U, and 1U. The 8U NVIDIA HGX AI server, showcased at COMPUTEX, is specifically designed for large AI deep learning workloads, including LLMs, generative AI, and foundation models.It is equipped with two 5th-generation Intel scalable processors and eight NVIDIA H100 SXM5 Tensor Core GPUs. It incorporates industry-leading NVIDIA NVLink 4.0 technology and the NVIDIA NVLink Switch interconnect, significantly enhancing GPU-to-GPU communication speed with breakthrough high-speed transmission technology. This provides exceptional acceleration capabilities, overcoming AI performance bottlenecks.The 8U NVIDIA HGX AI server employs innovative direct-to-chip (D2C) liquid-cooling technology, which directly transfers coolant to each GPU chip, effectively reducing GPU temperature and maintaining system stability.In addition, to cater to various scales of AI training workloads, Leadtek has also launched AI workstations and servers with configurations ranging from 1 to 10 GPUs. Notably, understanding the importance of time in AI development, Leadtek provides Leadtek RTX AI Software Pack, which offers the highest compatibility, along with the GPU Docker Management System (GDMS) for GPU resource allocation and management. This ensures that customers can immediately start AI application development and GPU resource management without the need for additional time to configure related NVIDIA libraries, frameworks, drivers, and Docker environments.Spark the Success of AI Applications, Bringing Real Benefits to SocietyWith the assistance of AI, industries have seen significant improvements in quality assurance, error reduction, and cost control, leading many companies to eagerly adopt AI. However, most enterprises, lacking the necessary infrastructure and application capabilities, have been hesitant to fully embrace AI transformation. This has dramatically changed with the introduction of the WinFast AI Workstation and AIDMS.During COMPUTEX, the LumiGood development team, Superluminal Pirates, will share the challenges and solutions of AI transformation at the Leadtek booth. Traditionally, counting fish and shrimp fry relied on the human eye, but these fry are often less than 1 cm long, with some being extremely tiny and nearly transparent, posing a significant challenge.With the introduction of Leadtek's AIDMS (AI Development Management System), the aquaculture industry can shorten AI model development time and quickly establish an AI fry recognition system. Users can simply take photos with their smartphones, completing a task that originally required three people and three days in just two hours, with an accuracy rate of over 97%. This breakthrough not only provides convenience to fishermen but also establishes a basis for transactional integrity, aiding in the transformative development of the entire aquaculture industry.Leadtek's AIDMS (AI Development Management System) is a foundational MLOps management platform designed for team collaboration. Its significance lies in offering a no-code, easy-to-learn, and easy-to-use platform, enabling professionals from various backgrounds to participate in AI application development. For example, professionals familiar with aquaculture can collaborate with AI engineers through AIDMS to jointly develop AI recognition systems, greatly reducing communication errors between different professions, while quickly enjoying the convenience and benefits brought by AI technology.Building a Safe and Reliable Industrial Digital Twin: The Powerful Combination of NVIDIA Omniverse Enterprise and HP AnywareNVIDIA Omniverse Enterprise enables world-class digital twin performance, significantly advancing industrial digitalization and simulation. The integration of NVIDIA Omniverse Enterprise with HP Anyware offers high-level cybersecurity measures under a zero-trust architecture and achieves photorealistic 3D design collaboration and seamless interactivity in simulations.The new generation of Trusted Zero Clients and Anyware Trust Center establishes optimal remote connection security and PCoIP Ultra performance from the endpoints, helping IT personnel integrate zero-trust architecture into their digital workspace environments. This enables engineers, architects, and designers to achieve the full frame rate rendering capability required for creating complex designs and visuals.Join us at COMPUTEX 2024 for a four-day exhibition at Leadtek's booth #M1001a on the 4th floor of Nangang Exhibition Hall 1. Experience the exciting demonstrations of innovative technology and explore the industrial advancements brought by our collaborations on AI workstations, AI servers, AIDMS, and security.Leadtek official website: www.leadtek.com.twLeadtek at Computex 2024 from June 4-7

The applications of AI are becoming increasingly widespread in our daily lives. With the continuous iteration of generative AI and large language models, various innovative applications are emerging. These include, such as smart home appliances, autonomous vehicles, and robots to VR/AR applications.These edge devices are equipped with AI processors that compute on the device directly, further accelerating the launch of innovative Edge AI applications. However, these devices also face several challenges, including excessive GPU power consumption and high costs limiting the widespread adoption of Edge AI products.DEEPX won three CES Innovation Awards in 2024Photo: DEEPXDEEPX, an AI chip startup from Korea, won three CES Innovation Awards 2024 in January for its unique AI chip ultra-gap source technology. The awards were in the categories of Computer Hardware, Embedded Technology, and Robotics, and Computer Hardware & components.Their NPU processor boasts low power consumption and cost-effectiveness and addresses the issue of insufficient accuracy found in existing NPUs on the market. This technology was recognized by lots of semiconductor companies during CES 2024 and is scheduled for mass market release in late 2024.DEEPX CEO Lokwon KimPhoto: DEEPXLearn from ARM to build DEEPX into a leading On-device AI company"The main battlegrounds in the AI era will move to the 'edge'. Just as ARM dominated the CPU market with smartphones, the semiconductor company that dominates the edge will dominate the AI market," DEEPX CEO Lokwon Kim said.Kim, a former senior researcher in Apple's Application Processor (AP) design, returned to South Korea to establish DEEPX after gaining extensive experience in semiconductor design at renowned companies like Broadcom, Cisco, and IBM T.J Watson. His goal is to build DEEPX into a leading AI company in the era of on-device AI, reminiscent of how ARM revolutionized the CPU market with its low-power technology.On-device AI, which processes information within a mobile device without connecting to a server or cloud, is a burgeoning field. ARM broke Intel's dominance in the CPU market with its efficient, low-power processors, which are now prevalent in smartphones and expanding into PCs and servers. Kim aspires for DEEPX to have a similar impact on the AI semiconductor industry.Kim identified a weakness in Korea's semiconductor ecosystem, particularly in system semiconductors. Drawing inspiration from Morris Chang, the founder of TSMC, who returned to Taiwan to establish a leading foundry after learning from the American semiconductor giant TI, Kim saw an opportunity to address these gaps in the South Korean market.Chang predicted a demand-driven semiconductor market, leading to the creation of TSMC, which produces semiconductors on consignment. Similarly, Kim believes that the opening of the AI semiconductor market offers a chance for innovation and growth.Democratizing AI TechnologyKim opposes the monopolization of AI semiconductor technology through strategic investments (SIs) that often lead to mergers, acquisitions, or alliances, resulting in technology being controlled by a single entity. His experience at Apple motivated him to advocate for more democratic and accessible AI semiconductor technology. He believes that AI semiconductors should be universally available and not restricted to proprietary use, emphasizing the importance of technology that everyone can utilize.To pursue this vision, Kim established DEEPX in Pangyo, South Korea's hub for fabless companies. He aims to create an AI semiconductor company with a unique value, promoting innovation over exclusivity.DEEPX is positioned not as a competitor to global semiconductor giants but as a complementary force, enhancing the global semiconductor landscape by providing accessible and advanced AI technology.DEEPX aims to be the world leader in on-device AIPhoto: DEEPXAnalyzing the Difference Between NPUs and GPUs: DEEPX's Unique SolutionThe necessity for developing specialized AI semiconductors, such as NPUs, stems from the limitations of GPUs, which have traditionally been used for AI computations. GPUs, originally designed to process graphic data, excel at handling large amounts of data simultaneously, making them suitable for AI learning tasks.However, their high power consumption and operational costs present significant drawbacks. This makes them less ideal for "edge AI," which involves running AI applications directly on devices like controllers, robots, and self-driving cars - collectively referred to as the "edge."NPUs (Neural Processing Units) are modeled after the human brain, offering the benefits of lower power consumption and reduced production costs. However, existing NPUs have struggled with accuracy and support for the latest AI algorithms. DEEPX stands out among fabless companies by addressing the core challenges of AI semiconductors in one comprehensive solution.Unlike typical NPU vendors that release a single chip, DEEPX recognizes that different electronic devices require varying levels of semiconductor capabilities. For instance, AI for closed-circuit television (CCTV) primarily needs to analyze video, whereas AI for robots involves far more complex computations.To address this, DEEPX has developed from low-end to high-end performance four chips at once: one that can connect a single electronic device for AI computations, and another that can link three or four devices for broader AI tasks. This universality across devices is a key reason DEEPX received the Innovation Award at CES 2024.DEEPX's commitment to high performance at lower power and cost also earned them the Innovation Award. The company's latest AI algorithm, Yolo7, runs on their semiconductor DX-V1, produced using Samsung's 28nm process.This algorithm was previously incompatible with conventional NPUs. In addition, the DX-M1 chip boasts a design area one-third the size of other NPUs, and its manufacturing cost is similarly reduced by one-third. Combining low unit costs with high performance in a low-power NPU, DEEPX's products are poised to lead the AI semiconductor market.NPUs are categorized into data center-based NPUs, which handle large-scale inference, and edge-type NPUs, designed for use in electronic devices such as robots, smart cameras, smart factories, consumer electronics, etc. DEEPX targets both data center and edge NPU markets. DEEPX's NPUs overcome the common shortcomings of existing NPUs by providing high accuracy and efficiency.DEEPX's innovation lies in creating NPUs that are not only small and cost-effective but also achieve accuracy comparable to, or even better than, GPUs. This success is attributed to DEEPX's pioneering work in two core technologies: IQ8 (an INT8 model compression technology), and Smart Memory Access(minimizes D-RAM usage). DEEPX leads the market for low-power AI solutions, achieving the world's highest power-to-performance ratio through proprietary advancements in hardware and software optimization.Advancing Towards Mass ProductionDEEPX has successfully demonstrated its original technology with sample units and is in the final stages of preparing its mass-production chip. Scheduled for market release in late 2024, the widespread adoption of products featuring DEEPX's chips could establish the company as a technology leader in the on-device AI market by 2025.The essence of on-device AI lies in low power consumption and the seamless integration of hardware and software. Since AI must operate on small devices, minimizing power consumption is crucial while maximizing AI performance within limited computing power.Kim, drawing from his experience at Apple, emphasizes the importance of designing hardware and software with equal priority from the outset. Unlike Apple, which develops its own devices and services, DEEPX engaged with approximately 700 customers during product development to understand their needs and find the optimal development point. This customer-centric approach has been pivotal in refining DEEPX's products.Four companies from Israel and the U.S., including DEEPX, are vying for dominance in the emerging on-device AI market. As the market begins to flourish beyond the server market, this competition is crucial for setting future momentum.Kim is confident in DEEPX's strategy. He notes that while some competitors prioritize rapid product releases, DEEPX focuses on price and optimization first. Given the rapid evolution of AI application services, Kim believes it is more important to align with market trends and offer high-performance features at a competitive cost rather than rushing products to market.DEEPX's innovative approach to developing versatile, efficient, and cost-effective NPUs positions the company as a formidable contender in the on-device AI market. By prioritizing customer needs and maintaining a balanced focus on hardware and software optimization, DEEPX is set to lead the industry with cutting-edge AI semiconductor solutions.DEEPX CEO Lokwon KimPhoto: DEEPXDEEPX Company's Philosophy: Valuing Technology Over Short-term ResultsDEEPX is not focused on making AI semiconductors for autonomous cars or smartphones. Instead, DEEPX aims to advance the integration of AI into everyday life. The company's products are designed to bring AI to areas such as CCTV and robots, pushing these technologies beyond outdated algorithms. DEEPX's mission is to pioneer advancements that should have already been made in the AI semiconductor industry.At the entrance of DEEPX, there is a note to employees that emphasizes the value of technology over monetary gains. It quotes Carl Sagan's "pale blue dot," reflecting the idea that life should be lived with value rather than chasing money and power. The message encourages the 70 employees to love their work and find it meaningful, aligning with the company's ethos of creating technology for the greater good.DEEPX believes in 'technology that everyone shares.' From a management perspective, AI is seen as one of humanity's final inventions, marking the endpoint of human evolution. The goal is not to monopolize technology or chase profits but to lead the way in making AI accessible and beneficial for all. DEEPX's AI semiconductors are the cornerstone of this vision, enabling widespread adoption of AI.Future Plan: Global Expansion and InnovationDEEPX's visionary CEO, Kim, has outlined a strategic plan for the future:- Global Market Entry: Starting from the second half of this year, DEEPX plans to aggressively enter the global market with its first-generation product, consisting of four AI chips. This move is set to usher in the era of "AI Everywhere."- Technological Innovation: DEEPX aims to develop new technologies that enable super-scale AI services with power consumption of less than 5W. This innovation will make advanced AI technologies more accessible and practical for widespread use.- Leadership in AI: DEEPX is committed to becoming a leading comprehensive AI chip company globally. By focusing on power and cost efficiency, the company seeks to provide core technologies that transition giant AI advancements from the realm of science to everyday applications.DEEPX's mission is to integrate AI into everyday life, advancing technology in meaningful ways. By valuing innovation over profit and aiming for global leadership, DEEPX is set to play a pivotal role in the future of AI. The company's commitment to shared technology and global expansion highlights its dedication to making AI accessible and beneficial for humanity.Join DEEPX's Early Engagement Customer Program (EECP), and don't miss out on their innovative products designed to enhance your AI capabilities. Discover how over 100 global companies, including Hyundai Kia Motors Robotics Lab, POSCO DX, Supermicro, and Dell, leverage their hardware and software to power their next-generation AI products.For more information, you can follow DEEPX on social media or visit their official website.

PARA LIGHT Electronics Co., Ltd., a global leader in LED design and manufacturing, recently announced the launch of five 650V and 1200V IGBT discrete products aimed at applications such as servo motor drive control, photovoltaic inverters, industrial energy storage, and power factor correction (PFC) of power supplies. These new products are expected to garner significant attention from customers due to their higher performance and power density.Among the five new IGBT products, four are packaged in TO247-3 and one in TO220-3. The voltage and current specifications for the four TO247-3 packaged models are as follows: PC50N065AH7S (650V, 50A), PC75N065AH7S (650V, 75A), PC40N120AH7S (1200V, 40A), and PC75N120GH7S (1200V, 75A), each capable of withstanding a short-circuit duration of at least 5 microseconds (5μs). The part number of the TO220-3 packaged model is PC50N65BH7, with voltage and current specifications of 650V, and 50A.Eric Hung, Vice President of Business & Marketing for the Power Semiconductor Division at PARA LIGHT Electronics, stated that these IGBT products offer higher performance, increased power density, and a wider range of switching frequencies. He also emphasized that their seasoned Quality Assurance team ensures the high quality of their new products. Additionally, PARA LIGHT's packaging and testing plant provides advantages in cost control and quick shipment, offering customers more flexible production plans for rush orders. All five new IGBT products utilize industry-leading 7th-generation IGBT design technology (Micro-Pattern Trench, MPT), offering efficiency performance improvements of 20%-30% over the industry's 6th-generation IGBTs, as illustrated in the IGBT FOM chart below.On top of higher efficiency, the five new IGBT products from PARA LIGHT feature a maximum operational junction temperature (Tvj) of up to 175°C. These two specifications allow customers' power electronic systems to maintain lower chip temperatures and system stability during long-term full-load operation, particularly in fan-less or tough industrial environments, thereby extending system lifespan. Notably, these IGBT products support a wide-range operational switching frequency, applicable from 1kHz to 65kHz, with an optimal range of 5kHz to 55kHz. This feature enables customers to use fewer part numbers of IGBTs across different power systems, reducing their procurement costs.PARA LIGHT also invites customers to collaborate on developing custom IGBT solutions tailored to specific needs. These custom solutions help customers address various unique or challenging application scenarios, enhancing their competitiveness in the market.FOM chart, performance comparison: PARA LIGHT's G7th IGBT vs. G6th IGBT of the global leading brandDavid Ma, Chairman of PARA LIGHT Electronics, highlights the critical role of IGBTs in power electronic systems, noting that their performance and quality consistency directly affect system performance, procurement costs, and failure rates. Despite numerous brands in the market, PARA LIGHT stands out with its reputation for quality and customer service. Leveraging its strengths, PARA LIGHT ensures consistent product quality for its new IGBT offerings. The company holds ISO 14001, ISO 9001, and IATF 16949 certifications, and its IGBT products undergo six major JEDEC reliability tests. All processes, from material inspection to shipment, are controlled by SPC, assuring product stability and consistency.PARA LIGHT's new IGBT products have received positive feedback from strategic customers during sample tests and are expected to be integrated into various new projects. These projects span multiple applications, including medical power supplies, industrial servo motor drive control, industrial solar inverters (PV inverters), energy storage power management equipment, industrial UPS systems, and DC fast charging stations for electric vehicles.Para Light's five new IGBT products are now in the mass production stage and open for batch or sample orders. The lead time for delivery is 14 weeks, but this can be reduced to 10 weeks for standing orders if demand forecasts are provided 15 weeks before the delivery date. To achieve mutually beneficial outcomes, customers in various sectors can contact Para Light to discuss strategic cooperation, including pricing and flexible logistic support.Founded in 1987 and listed on the Taiwan Stock Exchange in 2008 (stock code 6226), PARA LIGHT Electronics is a global leader in LED design and manufacturing. Nine years ago, it established an Optical Laboratory Center, expanding to LED module design and manufacturing. To adapt to quick global market changes, PARA LIGHT set up a packaging plant in Yangon, Myanmar, and is now expanding into the power semiconductor field.For more information or support on IGBT products, please contact PARA LIGHT Electronics' regional sales representatives or authorized distributors, or visit the official website: https://www.para.com.twPara Light logo

On May 28, the Taipei Computer Association (TCA) held an event to announce the winners of this year's Best Choice Award (BC Award) for Computex 2024. A total of 41 winners were announced for the Golden Award, Sustainable Tech Special Award, and Category Award. The winner of the highest honor: the Best Choice of the Year award will be announced during the opening of Computex 2024 on June 4.The BC Award is the official official award of Computex and has served as a reliable procurement guide for buyers from around the world since it started over 20 years ago. VIPs representing the winning companies as well as international trade offices and media from Taiwan and abroad were invited to the event.This year's awards focused on various categories such as AI, Big Data, & Cloud Computing, Computer & System, Gaming & Entertainment, and more. Visitors can visit the BC Award booth during Computex 2024 at the Taipei Nangang Exhibition Center Hall 1, 1F, booth I0307.Growing AI trends reignite interest in innovative conventional solutionsReflecting the current trends in the ICT industry, the 3 main topics of the Best Choice Award 2024 winners are Computer & System, Gaming & Entertainment, and AI, Big Data, & Cloud Computing. The growing trend of AI and demand for AI solutions encourages companies to integrate AI into their products and solutions; starting a regeneration of conventional ICT products and solutions.This year, the Golden Award winners include products and solutions from various categories that aim to prepare users for the coming AI era or utilize the new capabilities made possible by AI. The Golden Award winners are:Acer's Predator Helios 18 is a top-of-the-line gaming laptop that integrates AI to enhance ray tracing, with supersampling and frame generation.Realtek Semiconductor's new generation AIoT home center SoC offers high-efficiency AI edge computing, low power consumption, and ultra-integrated single-chip solutions for next-generation Wi-Fi and Bluetooth technologies.The Nvidia SmartVDO Air6N0 is a powerful AI computing platform that transforms data center operations using digital twins.TEAM T5's ThreatSonar anti-ransomware brings together intelligence gathering, AI threat detection, and response capabilities to effectively hunt down and combat ransomware attacks.MSI's Prestige 16 AI Evo Slim AI notebook continues the design legacy of MSI's Prestige series with its magnesium-aluminum alloy chassis making it lighter and thinner than similar products without having to reduce the number of ports.Asus's ROG Matrix Platinum GeForce RTX™ 4090 24GB GDDR6X has a 360mm high-end AIO liquid cooling system with a metal frame and aluminum body to protect the semi-hollow coldplate chamber, PCB, and pump shroud.Makalot's j-mex MOXI smart mo-cap suit is a unique washable smart garment that offers comfort for the wearer designed for all ages and is suitable for professional and amateur athletes alike, people recovering from injury, those undergoing or training for fitness tests, people using AR/VR, video makers, and animators.CHT Security's CypherCom end-to-end encryption communication system protects sensitive information such as clients' voice calls, texts, audiovisual documents, and business secrets.Nvidia's AI Enterprise is an end-to-end, cloud-native software platform that accelerates data science pipelines and streamlines the development and deployment of production-grade co-pilots and other generative AI applications.Supporting the Rising Demand for SustainabilityTCA stated that as companies and countries around the world aim to achieve net zero by 2050, sustainability has become one of the most important trends in the ICT industry. To support this endeavor, the BC Award has included the Sustainable Tech Special Award for the second time. The Sustainable Tech Special Award puts 3 main factors for the judging criteria: material usage, chemical inclusion, and climate change impact.This year, the winners of the Sustainable Tech Special Award are:The Framework Laptop 16 comes with up upgradeable, modular components that comply with industry standards to ensure compatibility with existing components and maximum customizability.Asus's AirVision M1 uses microdisplays to effectively reduce the energy demand while also making the device small enough for easy storage and portability to suit the needs of modern living.Planet Technology's AIoT application server brings together environmental monitoring sensors, servers, and display managers into one system that can reduce the need and cost of headcount while enhancing cybersecurity capabilities.MSI's Cubi NUC (next unit of computing) is made with 92% renewable energy and rPET eco-friendly materials and packaged in FSC-certified paper.Supermicro's DLC (direct liquid cooling) plug-and-play rack solution makes use of the higher coefficient of performance (COP) from liquid cooling systems to provide a convenient and sustainable source of cooling while reducing energy demands and carbon emissions.C&T Solutions' ECO-1000 supercapacitor UPS modules are made with industrial-grade supercapacitors instead of batteries, greatly reducing the use and emission of harmful materials.For more details on the Best Choice Award, please visit the official website at: http://bcaward.computex.biz/Computex Taipei 2024 OverviewResponding to the rapid development of AI technologies and applications including GenAI and LLM as well as the continued increase in the global digital transformation demands; this year's Computex 2024 will have the main theme of "Connecting AI," with topics around AI computing, advanced communications, future mobility, immersive reality, innovation, green energy, and sustainability. The event will be held June 4 – 7, 2024 at the Taipei Nangang Exhibition Center (TaiNEX) Halls 1 & 2.Computex Official Website: https://www.computex.biz/Event information and pre-registration website:https://show.computex.biz/

New short-range wireless point-to-point transceiver ICs from STMicroelectronics remove the need for cables and connectors in consumer-friendly accessories and personal electronics like digital cameras, wearables, portable hard drives, and small gaming terminals. They also address data-transfer challenges in industrial applications such as rotating machinery.As a cost-effective cable replacement, ST60A3H0 and ST60A3H1 transceivers let designers create products with slim, aperture-free cases that can be stylish, water-resistant, and allow convenient wireless docking. Self-discovery with instant mating saves pairing, while low power consumption preserves battery runtime. They operate in the 60GHz V-band and provide eUSB2, I2C, SPI, UART, and GPIO tunneling.Consuming 130mW in eUSB Rx/Tx mode and just 90mW for UART, GPIO, and I2C modes, and with a 23µW shutdown mode, energy demand is minimal. As the devices can handle exchanges at up to 480Mbit/s, consistent with the USB 2.0 High Speed specification, wireless connections can deliver cable-like speed and low latency.The ST60A3H1 has an integrated antenna that eases the final system design. It comes in a compact 3mm x 4mm VFBGA package. The ST60A3H0 is designed for connecting an external antenna, giving flexibility to address diverse applications. It has a smaller, 2.2mm x 2.6mm footprint.In industrial environments, wireless connections with these transceivers deliver benefits including safe galvanic isolation and immunity to environmental hazards such as dust and humidity. The devices are also ideal for rotating machinery and instruments such as radars and lidars, as well as mobile equipment like robotic arms. Being free from mechanical wear, their lifetime is not limited by the number of rotations. This ensures greater reliability than slip rings, particularly for high data rate signals, at a lower cost than Fiber-Optic Rotating Joints (FORJ).The transceivers are easy to use without installing software drivers or protocol stack. In addition to enhancing end-user experiences, they enable fast, efficient contactless product testing and debugging, including loading firmware Over The Air (FOTA), during manufacture, and after sales.The ST60A3H0 and ST60A3H1 are in full production and are covered by ST's 10-year product-longevity program that ensures long-term support and availability. Samples are available now. Detailed technical data, evaluation kits, and production pricing are subject to a non-disclosure agreement.For more information, please visit www.st.com/en/wireless-connectivity/60-ghz-contactless-products.html.STMicroelectronics reveals cost-effective cable-free connectivity for eUSB accessories, devices and industrial applications

The advent of the 5G era has brought with it the promise of open and flexible networks that can rapidly integrate equipment from different vendors. By reducing reliance on a single vendor, O-RAN (Open Radio Access Network) not only lowers enterprise network deployment and maintenance costs but also provides additional network functionality and services. LitePoint, a leading provider of wireless test solutions, recognizes the market's growing acceptance of O-RAN and has introduced the LitePoint IQFR1-RU, a testing solution specifically designed for 5G O-RAN radio units (RUs). This solution integrates MIMO signal generation and analysis capabilities, enabling scalable testing from research and development to manufacturing. By ensuring product compatibility and performance through automated software and real-time result displays, LitePoint enhances testing efficiency and accuracy.According to Senior Product Manager Middle Wen, O-RAN's advantages in terms of cost-effectiveness, innovation, and a multi-vendor ecosystem have led to a rapid increase in demand for open and flexible network solutions worldwide. Research firm Dell'Oro Group estimates that O-RAN's share of global wireless access network (RAN) revenue will grow from 7%–10% in 2024 to 20%–30% by 2028. Large telecommunications companies are also actively deploying O-RAN solutions. For instance, AT&T plans to collaborate with Ericsson over the next five years, investing nearly $14 billion to place 70% of wireless network traffic on open platforms by the end of 2026. Similarly, Deutsche Telekom aims to deploy 3,000 O-RAN-compatible antennas by 2027. These deployments not only reduce costs and enhance network flexibility but also position telecom operators to capitalize on new market opportunities through innovative communication technologies.When considering O-RAN deployment strategies, Middle Wen recommends evaluating two key aspects: multi-vendor/single-vendor systems and on-site deployment/new construction (Greenfield). In multi-vendor O-RAN systems, operators can choose components from different suppliers to enhance network flexibility and scalability, but this approach requires more complex management and integration. Single-vendor systems offer simpler integration and management but often rely on specific suppliers, limiting innovation. On-site deployment involves gradually transitioning existing system equipment to O-RAN, providing better protection for past investments but requiring compatibility adjustments. New construction offers greater design flexibility but comes with higher initial investment costs and uncertainty related to new technologies and markets.Once the deployment strategy is determined, testing the O-RAN environment's radio units (RUs) becomes crucial to ensuring compliance with industry standards. RUs play a critical role in transmitting and receiving wireless signals, directly impacting overall network performance and reliability. The LitePoint IQFR1-RU, designed specifically for 5G O-RAN RUs, simplifies RF parameter and fronthaul compatibility testing for equipment and system vendors. By integrating multiple testing functions, it reduces reliance on external devices such as distributed unit simulators. This solution supports testing throughout various stages, from research and development to production, and is suitable for diverse testing scenarios. Testers can enhance efficiency by leveraging automated software, accelerating product time-to-market.LitePoint's advanced automated testing tools, specifically designed for 5G device testing and validation, provide a comprehensive solution. From basic RF performance testing to complex compatibility testing, the intuitive user interface allows testers to easily configure and execute tests, obtaining rapid results. The solution supports various test configurations to meet different testing requirements and standards.As O-RAN technology continues to evolve and deployment speeds accelerate, automated testing becomes a critical tool for ensuring equipment systems meet performance and safety standards. LitePoint's solution significantly reduces manual testing time and labor costs, enhances testing reproducibility and reliability, lowers product development and deployment barriers, and ensures stable system operation—making 5G a powerful driver for improving enterprise efficiency.

COMPUTEX 2024 is a global high-technology exhibition from June 4th to 7th at the Nangang Exhibition Center in Taipei. This year, Clientron will be showcasing its latest products and solutions across three main product lines: "Secure Thin Client Solution," "Smart Cockpit of Electric Vehicle," and "Smart Retail POS System" to comprehensively demonstrate its product development and innovations over the years."Secure Thin Client Solution"The hybrid working model has become normal due to the impact of COVID-19. It poses a great challenge for IT staff to ensure corporate information security and prevent hackers from hacking company internal servers and databases to steal data. Clientron, with decades of experience in manufacturing cloud endpoints, partnered with IGEL and 10ZiG to bring a secure and comprehensive hybrid workspace for the enterprise through Virtual Desktop Infrastructure (VDI) and Desktop-as-a-Service (DaaS) applications.As secure endpoint OS, IGEL & 10ZiG Linux kernel OS are read-only which prevents compromising and infecting with malware, ransomware, and cyber-attacks. No data is stored at the endpoint locally, such as SSD or USB drive, to avoid data breaches from lost or stolen endpoints. The accessibility of external peripherals, devices, and drives is completely controlled by IT staff for the sake of security. The endpoints are managed by the IGEL UMS & 10ZiG Manager (endpoint management tool) for the firmware, configuration, and setting to establish the corporate protection network."Smart Cockpit of Electric Vehicle"The key project displayed by Clientron is the "Smart Cockpit of Electric Vehicle" solution, which won the 2024 Taiwan Excellence Award. This innovative product is suitable for passenger and commercial vehicles. The smart cockpit has an in-vehicle information system, including integrated meter clusters, battery status, power indicators, gear positions, Advanced Driver Assistance Systems (ADAS) information, blind-spot detection, and in-vehicle infotainment, etc., for integrating smart technology and user convenience."Smart Retail POS System"Smart retail applications such as mobile payment, self-checkout, and unmanned stores bring convenience and technological experience to customers. We see the growing demand for flexible peripheral configurations and high-performance processors in POS systems. Clientron will exhibit a variety of new smart POS systems equipped with Intel® processors, ranging from entry-level to high-end, to deal with various innovative IoT businesses, create smart new retail transaction models, and provide customers with better services. Moreover, Clientron's POS system can also integrate POS printers and peripheral equipment. Store owners can customize the POS system according to their special needs to cope with various innovative smart services.Clientron, with 40 years of research and manufacturing experience, will showcase the development of its main products and demonstrate the ability to provide customized solutions. Clientron booth (No.R0614) is on the 4th floor of Hall 2, Nangang Exhibition Center. In addition, Clientron also displays the latest achievements of smart cockpits for electric vehicles at the TADA (Taiwan Advanced Automotive Technology Development Association) Automotive Tech Pavilion (No.N0814) on the 4th floor of Hall 1.Exploring Clientron latest endpoint security products, smart cockpit of EV and POS systems at Taipei Computex 2024

DEEPX is an internationally recognized leader in AI semiconductor technology, renowned for its cutting-edge innovations in power and cost efficiency for AI operations. With the launch of its first-generation product comprising four AI chips, DEEPX's commitment to developing technology that supports super-scale AI services with minimal power consumption (less than 5W) underscores its mission to transform advanced AI technology into everyday use for humanity.To explore DEEPX's innovative products and join the Early Engagement Customer Program (EECP), visit the booth at COMPUTEX 2024. Discover how over 100 global companies, including Hyundai Kia Motors Robotics Lab, POSCO DX, Supermicro, Dell, and others, leverage DEEPX's hardware and software to power their next-generation AI products.Join DEEPX at COMPUTEX 2024 from June 4-6 at the Taipei Nangang Exhibition Centre, Hall 1, 4F, Booth #M0401A.Experience the future of AI with DEEPX at Computex 2024

VIA Labs, Inc. (VLI), a leading supplier of USB4, SuperSpeed USB, USB Power Delivery Controllers, and now Display Controllers, today announced the start of mass production and immediate availability for the VIA Labs VL605 USB-C to HDMI 2.1 Protocol Converter. The VL605 Protocol Converter achieved USB-IF certification for USB Power Delivery 3.1 with support for Extended Power Range (EPR) and HDMI 2.1 FRL certification and is now listed on the USB-IF Integrator's List under TID: 10462.VIA Lab VL605 is an innovative single-chip USB-C to HDMI 2.1 Protocol Converter supporting modern display features and a highly integrated, low-power design. It's optimized for USB-C video dongles and multifunction docks and integrates a two-port USB PD 3.1 controller that supports pass-through charging at up to 240W when EPR is enabled. A single VL605 can convert a DisplayPort input to HDMI 2.1 at up to 8K@60Hz or 4K@240Hz while simultaneously charging the connected host. VL605 supports HDR and is compatible with Adaptive Sync from the DisplayPort standard and AMD's FreeSync technology, seamlessly converting these into HDMI 2.1's VRR (Variable Refresh Rate). Products incorporating VL605 can enhance gaming experiences with higher quality and smoother visuals while expanding peripheral connectivity and enjoying faster charging.As mainstream home game consoles and computer hosts increasingly support HDMI 2.1, many displays with HDMI 2.1 enhancements such as higher resolution and refresh rate, VRR, and HDR support have emerged. HDMI 2.1 offers up to 48Gbps of bandwidth, which is a dramatic improvement over HDMI 2.0's 18Gbps, and this allows HDMI 2.1 to handle higher 4K refresh rates such as 120Hz, 144Hz, and even up to 240Hz with DSC. The VRR feature of HDMI 2.1 can dynamically adjust the refresh rate based on game conditions, improving smoothness while minimizing screen tearing and perceived input lag.VL605's integrated DisplayPort receiver supports HBR3 data rates, up to 32.4Gbps in 4-lane mode. The HDMI source supports both FRL and TMDS modes with peak bandwidths of 48Gbps and 18Gbps, respectively. It also supports RGB and YCbCr color formats and surround sound audio with up to 8 channels of LPCM at 192kHz in addition to various other compressed audio formats. The VL605 has a built-in DSC decoder and supports Autonomous Mode and Source-Controlled Mode as outlined in the latest DisplayPort 2.1 specification, providing signal sources with enhanced control capabilities.Wayne Chang, Director of PM at VIA Labs, underlines the VL605's adaptability. " When combined with VLI's diverse USB Hub controllers, the VL605 can create a multitude of USB-C multifunction dock applications with USB PD charge-through function at different USB speeds, enabling a wide range of products. As the latest mobile chips from Apple, Qualcomm, and MediaTek introduce hardware ray tracing capabilities, AAA games are being adapted for mobile platforms. With the VL605's dual USB PD ports and HDMI 2.1 output capabilities, a mobile phone can not only serve as a handheld gaming device but also transition into a gaming console at home. It can charge the phone while projecting to a large 4K/8K TV screen, supporting a new gaming experience."VIA Labs VL605 AvailabilityThe VL605 USB-C to HDMI 2.1 Protocol Converter is available now and is shipping in quantity. For information, please contact your local VIA Labs sales representative or send an email to sales@via-labs.comFor more information about the VIA Labs VL605, please visit: https://www.via-labs.com/product_show.php?id=123VIA Labs Exhibition InformationComputex Taipei 2024Date: June 4-7, 2024Location: Nangang Exhibition Hall, Hall 1, Taipei, TaiwanBooth: VIA Labs, Inc. at USB-IF Community (N0607a)VIA Labs VL605 USB-C to HDMI 2.1 Protocol Converter with USB PD EPR SupportVL605 is optimized for USB-C video dongles and multifunction docks, and integrates a 2-port USB PD 3.1 controller that supports EPR

Innodisk, a leading global AI solution provider, will showcase its comprehensive new products at Computex 2024 with a focus on edge AI. Key highlights include the industry's pioneering CXL 2.0 memory expansion, E3.S SSD, and innovative MIPI over Type-C technology for machine vision. Live demonstrations of smart manufacturing PPE recognition and intelligent people tracking will emphasize Innodisk's custom edge AI capabilities. At the event, Innodisk will also unveil its new brand vision, "Architect Intelligence," bringing out its commitment to building intelligent solutions with global partners.Expanding Industrial Product Lines to Meet AI and Edge Serve StandardsReliable and high-performance memory and storage are essential for AI and edge computing, particularly as edge servers evolve and demand high data throughput and resilience in extreme environments. At Computex, Innodisk will unveil its first industrial-grade CXL 2.0 memory expansion, which is aligned with advanced industry standards and offers high scalability. The showcase will further feature the award-winning E1.S Gen4 SSD series alongside wide-temperature SSDs tailored for edge servers, such as the E1.S/E3.S, available in various form factors. The range also includes 16TB high-capacity SSDs designed to meet evolving storage needs.Further, Innodisk's recent focus on embedded camera modules for AI machine vision development is also crucial for advancing edge AI applications. Debuting at Computex, the innovative "MIPI over Type-C" camera technology converts signal through exclusive adapter board design and enhances platform compatibility, significantly extending the length of MIPI camera cables. This unlocks applications in areas such as autonomous mobile robots (AMR) and shared mobility. Innodisk will also display a full range of camera module products for USB and MIPI interfaces.AI in Action: Smart Cities and Industrial ApplicationsBeyond industrial modules, Innodisk integrates AI computing technologies with software, hardware, and third-party technologies to create various edge AI solutions. At Computex, Innodisk will introduce "InnoTracking," a smart people-tracking solution capable of accurately identifying and tracking specific individuals across multiple cameras and timeframes, enhancing public safety in cities, financial institutions, entertainment venues, and retail spaces.Under the simultaneous trends of ESG and industrial automation, worker safety in hazardous environments becomes a crucial focus for enterprises. Innodisk's PPE recognition solution uses an FPGA platform to process real-time images from four cameras simultaneously, ensuring workers maintain adherence to safety protocols. In case of violations, the system promptly notifies supervisors with detailed information to initiate appropriate responses.The "iCAP Air" air quality management solution addresses ESG requirements by combining patented air quality detection technology with sensors, edge servers, cloud management interfaces, and IoT ventilation controllers. This solution is suitable for smart factories and healthcare facilities, enabling real-time intelligent decision-making."Architect Intelligence" – Innodisk's Brand Strategy for the AI EraWith nearly two decades in the industry, Innodisk has elevated its brand and become a global leader in product technology. The new "Architect Intelligence" concept aligns with Innodisk's edge AI strategy, emphasizing the practical implementation of AI at the industrial edge. Under this concept, Innodisk integrates various product lines into nine intelligent series, each represented by diverse colors, symbolizing the limitless potential of AI applications and Innodisk's innovative spirit. Furthermore, these colored blocks represent the flexibility of solutions and collaborative effort to architect AI solutions with customers. See the future of edge AI in actions! Visit Innodisk at Booth J0110, Hall 1, 1F, Nangang Exhibition Center from June 4th to 7th to explore more.