In recent years, digital health has become a new development trend in the global health and medical industry. By using information and communication technology (ICT) alongside a range of wearable measurement devices and together with big data and artificial intelligence (AI) technology, it all combines to greatly enhance health care system efficiency. As an example in the health care arena, diabetes prevention and care measures are vital. From the International Diabetes Federation (IDF) 2021 report, approximately 537 million people worldwide suffer from diabetes, a figure which is expected to rise to 643 million by the year 2030. It is therefore no surprise that blood glucose meter products are exhibiting a growing trend. As a result of technological developments, in recent years, wearable blood glucose meters (CGM) are providing an effective way of monitoring blood sugar levels. This provides a means for users to enhance their diabetes management, resulting in rapid growth for such products. A research report by Allied Market Research shows that the glucose monitoring system market size was US$6.62 billion in 2021 and is expected to expand to US$31.7 billion by 2031. This shows a compound annual growth rate of 17%.Holtek has accumulated extensive experience in the health measurement market for products that measure blood sugar, blood pressure, body fat, body temperature, heart rate, blood oxygen, and other health parameters. Since 2020, the number of related devices is approaching 300 million. For traditional blood glucose meters (BGM), the company has released a range of precision measurement MCUs such as the BH67F2472 and the USB interface type BH67F2475, which are suitable for general blood glucose meters. The BH67F2476 and the USB interface type BH67F2495 are used in high-precision blood glucose meter products and have been widely utilized both in domestic and overseas markets. All of these devices are utilized by major health measurement product manufacturers with more than 100 million blood glucose meter devices being sold since 2020. Holtek has also launched complete device solutions that incorporate the advantages of small size, low power consumption, and high precision for continuous glucose meters (CGM). These include the BLE MCU HT32F67595 and the CGM blood glucose meter AFE MCU, the BH66F2475.Comparison between Holtek AFE MCU and RF MCUHoltek CGM System SolutionPower Supply: uses CR1216 button cell, continuous use for 24 daysSize: 23mm diameterAccuracy: ±0.05nA when sensor current is between 0 and 30nA.Holtek CGM DataThrough its solution company, BestHealth, Holtek provides an extensive range of development support for its health measurement product customers. The company provides technical services, which include product development platforms, complete solutions, and professional modules. These core technologies are aimed at minimally invasive blood sampling analysis (blood sugar, uric acid, blood ketones, total cholesterol), HCT analysis (multi-frequency AC impedance/phase angle), CGM continuous dynamic blood glucose monitoring technology, electronic sphygmomanometer technology, PPG measurement technology (blood oxygen, heart rate, blood pressure, HRV heart rate variability), PI (perfusion index), transmission blood oxygen measurement technology (heart rate, blood oxygen), thermopile infrared temperature measurement technology, etc.

DigiKey, a leading global commerce distributor offering the largest selection of technical components and automation products in stock for immediate shipment, announced the debut of Season 4 of the Factory Tomorrow video series sponsored by Siemens and Banner Engineering. The newest season of the series explores the next wave of innovation in industrial automation solutions for global manufacturing.The modern factory is defined by technology that enables more efficient production and deeper insights into the critical data of day-to-day operations. Season 4 of the Factory Tomorrow video series uncovers how breakthroughs from industry leaders like Siemens and Banner Engineering are driving efficiency, providing actionable insights into daily operations, and forming the future of global production."Looking ahead at the products and technologies shaping the world of manufacturing, we are on the cusp of a new frontier," stated Eric J. Halvorson, senior marketing technology manager at DigiKey. "The speed to market for manufacturers today must be faster and more efficient than ever. DigiKey takes pride in partnering with the top automation products manufacturers in the world and we put their products in the hands of customers faster than anyone. Working with top-line manufacturers such as Siemens and Banner Engineering allows us to enable the vision of our customers and help them make it a reality.""Manufacturers constantly strive to be more responsive to their customers and more resilient within their value chain ecosystems," said Chris Stevens, senior vice president of automation at Siemens. "To achieve this, their production capability must become increasingly adaptive. Siemens helps by providing the world's most complete portfolio for designing, automating, and executing production in any industry. Working with DigiKey, we provide thousands of manufacturers access to Siemens solutions daily, enabling them to continue their journeys to more adaptive production.""The factory of tomorrow looks different for everyone," said Bob Bergsgaard, director of marketing at Banner Engineering. "One path that we often talk about is to think big, start small, and scale fast. Partnering with DigiKey gives customers access to Banner's extensive toolbox of easy-to-use solutions—including sensors, lighting, indication, machine safety, industrial wireless, and connectivity products—so they can take a low-risk approach to testing ideas and implementing new solutions in minutes, not months."The first of three videos in the series, "Manufacturing the Digital Thread," explores how innovators like Siemens are enabling digital transformations in the manufacturing world. Artificial intelligence (AI) and machine learning are used to create digital representations of complex manufacturing systems. The video also highlights how real-time simulation, data analysis, and predictive maintenance are creating the factories of tomorrow.The second video, "Breaking Through with Industrial IoT," explores how Banner Engineering is leading the charge with plug-and-play solutions for sensing, wireless connectivity, and machine safety. The Industrial Internet of Things (IIoT) focuses on machine-to-machine communication and allows for user-friendly automation, higher efficiency, and longer asset longevity.The third and final video, "The Future of the Factory Floor," highlights how DigiKey, Siemens, and Banner Engineering view technological breakthroughs to fill the gaps across the factory floor. The next generation of intelligent manufacturing will be shaped by AI, real-time data, and enhanced human-computer interaction.To learn more about the video series and how DigiKey is supporting innovative industrial automation solutions for global manufacturing, visit the DigiKey website.DigiKey releases Season 4 of its Factory Tomorrow video series featuring innovative industrial automation solutions for global manufacturing.

DigiKey, a leading global commerce distributor offering the largest selection of technical components and automation products in stock for immediate shipment, announced today that Lippincott, DigiKey's renowned branding agency, has been awarded Gold in the Graphis Design Awards 2025 global design competition for DigiKey's brand refresh.The Graphis Design Awards 2025 highlight award-winning creative work that sets new global design industry standards. Graphis Awards competitions are recognized as some of the most prestigious in the creative industry, honoring exceptional talent and visionary work worldwide. The winning project, a result of the dynamic partnership between DigiKey and Lippincott, was honored for creating a new brand purpose and visual identity and showcasing its ability to accelerate progress for designers, buyers, and builders.The updated logo and brand system is an evolution of the company's historic look that allows for design flexibility across digital platforms while reinforcing an engineered feel in a more modern, timeless way. It was designed to emphasize progress and connection with suppliers and customers while reflecting DigiKey's digital-first, forward-looking perspective. The refreshed brand identity also features a simplified company name to better reflect its deep technical product and digital solutions portfolio."DigiKey is honored to receive this prestigious recognition in partnership with Lippincott," said Tim Carroll, vice president of digital business at DigiKey. "Being recognized at this level is a tremendous honor and reaffirms our commitment to creating the best experiences possible for our global customers, suppliers, and team members.""We are thrilled with the work we completed in partnership with DigiKey. Every element of the brand was considered and optimized to support the company's long-term strategy — all in the language familiar to designers and engineers," said Tim Cunningham, senior partner at Lippincott.The Graphis Design Awards attract entries from top-tier design firms and brands worldwide, making this win a significant achievement for DigiKey and Lippincott.For more information about DigiKey's brand refresh, please visit the DigiKey website.Lippincott, DigiKey's brand agency, won Gold in the Graphis Design Awards 2025 global design competition for DigiKey’s brand refresh work.

This is a market that grows exponentially across the world and Canada is no exception. Such expansion has raised balancing regulations to a matter of great importance at this time, with more international operators setting their eyes on the Canadian market. So far, regulatory development has been led by the province of Ontario, which is moving forward with a model that delicately weighs market competition against player protection. An overview by iGaming Business underlines how there is a need for a smart regulatory approach that protects the player, allows for keeping the market competitive, and reduces risks.iGaming's exponential growth in CanadaOnline gaming in Canada has exploded over the last couple of years. Due to rising technologies and increasing demand for online entertainment, digital gaming platforms-from online casinos to sports betting-have never been more readily available. In April 2022, Ontario opened up its market to private operators. That indeed marked a landmark decision, showing that the province was ready to begin regulating the industry while encouraging healthy competition.The free spins in Canada incentive, for example, is on the rise and has made these platforms more attractive, especially to new casino players who just want to test the waters. Such offers allow players to play a variety of games while putting themselves at minimal financial risk, as they will still be operating in a regulated environment. The ease of access, upper, and promotions combined have been among the leading drivers of growth in the Canadian iGaming scene.However, such rapid expansion also brings a host of player safety concerns and fears of domination by unregulated offshore operators. These challenges call for a balanced regulatory framework that seeks protection for its users and integrity in the market.Tech transformations driving iGaming growthTechnology is now one of the key factors that have contributed to the growth and development of iGaming in Canada. Better software development, better RNG mechanisms, and further improvements in game mechanics have created more immersive and fair gaming experiences. The new innovations build trust among gamers, which is key in a competitive, regulated market.One of the most prominent changes taken over by iGaming is blockchain technology. This added more transparency and security to the gaming platforms since it allowed players to check and verify the transparency of any transaction. Similarly, cryptocurrencies, such as Bitcoin, also found their place within the industry, allowing users who value anonymity to have faster and a bit more secure transactions.Another sphere of interest in the chain of technology transformation is cybersecurity. Online gaming is getting more popular; correspondingly, cases of data leakage become more current. In turn, modern gaming platforms are trying to implement encryption technologies, multi-factor authentication, and AI-driven fraud detection systems as grounds for player data protection. This makes the platform both safer and in compliance with the strict regulatory requirements defined by a province like Ontario.Challenges facing the iGaming industry in CanadaContrasting with the growth that is happening in the sector, certain challenges lie ahead for the iGaming industry in Canada. The trend of offshore operators going forward and gaining players motivates some government efforts to bring license conditions closer to those of land-based casinos. In turn, this has major implications for responsible gambling initiatives and player protection policies. Another threat to regulated operations is that unregulated operators often bypass Canadian tax laws, leading to revenue loss that should go to the country.Another critical issue with the easy accessibility of online platforms is problem gambling. With more players accessing iGaming, it will increase the addictive habit of gambling; hence, the a need to develop tighter safeguards and player protection.A regulatory model to beatOntario has been quite literally leading the charge in regulating iGaming in Canada. The decision of this province to open its market to private operators in April 2022 set a model that could balance competition with strict regulatory oversight. After that, the Alcohol and Gaming Commission of Ontario and iGaming Ontario oversee private licensing to make certain that standards related to data protection, responsible gambling, and game fairness are followed to the letter.The Ontario framework allows for a host of player protections, such as self-exclusion programs, deposit limits, and easy access to support regarding problem gambling. This kind of regulatory approach has already attracted a wide range of international operators, enhancing competition and offering Canadians more choices in the iGaming market.Battling offshore operators: A growing concernUnregulated offshore operators are one of the biggest challenges for regulators in Canada. Operating outside of any available Canadian authority, compliance with local regulations could hardly be achieved. Hence, a large number of those seldom execute measures on responsible gaming, protection of personal data and even taxation.Canadian regulators may be considering even more severe action to loosen such operators' stranglehold. For example, drawing in internet service providers and financial institutions could block access to unlicensed platforms, thus ultimately draining their capacity to operate in the country.ConclusionThe more popular iGaming becomes throughout Canada, the more important thoughtful regulation will be. It will take a balanced approach: one which puts player protection first, cracks down on unregulated operators, and makes sure there is technological innovation if the industry is to keep growing in full safety and fairness for its players.

With the rapid development of 5G and IoT applications, real-time data processing has become crucial. Edge computing plays a key role in data analysis and storage, reducing bandwidth consumption and shortening response times. Additionally, the introduction of AI inference and machine learning provides real-time insights and actions on the accumulating data, driving the growth of Edge AI. To meet the market demand for "AI + Edge," Chenbro, a leading server chassis brand, has launched the RM252 MIO (Multiple I/O) short-depth edge computing chassis solutions, designed to support diverse applications such as smart surveillance, smart factories, and smart cities.Chenbro launches RM252 MIO edge computing chassis solutions. Credit: ChenbroWith its short-depth chassis design, the RM252 MIO series is ideal for edge computing in high-density rack environments with limited space. Its installation and maintenance are straightforward, facilitating easy hardware upgrades and servicing. The series includes two models: the front I/O RM25206 MIO FIO and the rear I/O RM25204 MIO RIO, offering flexible cabling options. These models support a variety of I/O interfaces, expansion slots, and multiple drive backplanes, with the capability to install two full-height GPGPU cards, meeting the needs of Edge AI applications that require high performance and flexible deployment.Designed to support two full-height GPGPU cardsThe RM252 MIO series supports the installation of two full-height GPGPU cards. While normal 2U servers may encounter space limitations in accommodating two full-height cards, the RM252 MIO series employs an innovative riser card design, optimizing the space on the right side of the full-height card, allowing for a second full-height card to be installed horizontally. As a result, users can upgrade to two full-height GPGPU cards in a compact 2U server with a short 450mm chassis, significantly enhancing machine learning and deep learning computing efficiency.In addition to the two full-height card configurations, the RM252 MIO series can also flexibly replace one single full-height card slot with six low-profile card slots, allowing for a configuration of one full-height card with six low-profile cards. Furthermore, the riser card used in the RM252 MIO series supports PCIe Gen5, offering data transfer rates of up to 32 GT/s. The newly launched RM25204 MIO RIO is suitable for both GPGPU and GPU installations, allowing users to opt for consumer-grade GPUs for image processing, catering to different application needs.Featuring an innovative modular design and diverse hard drive supportIn addition to the upgrade for two full-height GPGPU configurations, diverse drive backplane support is a key feature of the RM252 MIO series. The RM25206 MIO FIO can accommodate six 2.5-inch SAS/SATA drives, or be configured to install two NVMe with four SAS/SATA drives on the front. The RM25204 MIO RIO can install two NVMe and two SAS/SATA drives on the front, with an additional two SAS/SATA drives on the rear. The entire RM252 MIO series also supports PCIe Gen4 NVMe drives, with data transfer rates of up to 16 GT/s, making it ideal for applications requiring high-performance storage.The modular design of the RM252 MIO series is evident in several aspects, including the FIO and RIO product design and drive installation configurations. The fan and motherboard configurations also demonstrate flexibility. The series supports various hot-swap fan modules, including 8025, 8038, and 8056, allowing users to easily replace and maintain them based on their needs. In terms of motherboards, the RM252 MIO series is compatible with E-ATX, CEB, and ATX form factors. Moreover, with patented mechanical innovations, it accommodates both 6.5-slot and mainstream 7-slot motherboards, offering a wide range of choices for the market. This modular design allows the RM252 MIO series to meet diverse application requirements, enhancing the overall user experience.Unleashing edge AI potential for meeting diverse applicationsFor example, in a large retail store's visual detection application, the RM252 MIO equipped with two full-height GPGPU cards can help camera sensors identify basic customer information, such as gender and age, while also supporting further analysis on consumer preferences. These advanced computations provide more commercially valuable insights, meeting the demands of Edge AI applications.Chenbro's RM252 MIO series offers an Edge AI server chassis solution with flexible support for two full-height GPGPU cards and an innovative modular design. With its exceptional flexibility and performance, whether for video surveillance, smart cities, or diverse data center deployments, the RM252 MIO series is the ideal choice for boosting computing performance and optimizing space utilization.Chenbro's comprehensive Reference Motherboard Program ensures broad motherboard compatibility. Please get in touch with Chenbro's regional sales team or your local channel partner for business inquiries. For more information, please visit http://www.chenbro.com.

The upcoming 21st TAITA-SV Annual Conference, scheduled for Saturday, October 19, 2024, at the Hyatt Regency Hotel in Santa Clara, California, will focus on the theme "Taiwan's Strategic Layout in the AI Era." The conference will explore how Taiwan leverages its leading semiconductor technology advantages to sustain its core position in the global supply chain while addressing the challenges and opportunities brought by the AI revolution.Colley Hwang, Founder and President of DIGITIMES, will deliver a keynote speech, providing a detailed analysis of the latest advancements in AI technology and their impact on Taiwan's role in the global technology landscape. With the rapid expansion of AI and the rising demand for high-performance computing (HPC), the global technology industry is undergoing an unprecedented transformation. According to the latest DIGITIMES Research report, global server shipments are projected to grow at a compound annual growth rate (CAGR) of 6% from 2023 to 2028. Colley Hwang highlighted that Taiwan's share in the high-end AI server market is expected to increase from 74.4% last year to 83.6% this year and exceed 90.2% by 2025, demonstrating Taiwan's strong capabilities and growth potential in AI server technology.Industry leaders share insights: In-depth exploration of technology and future developmentThe afternoon forum will bring together multiple industry leaders and experts to delve into the latest AI advancements and their profound impact on Taiwan's semiconductor supply chain. Colley Hwang, Founder and President of DIGITIMES, will share his insights into the development of AI technology and how it is reshaping the global tech supply chain. Dr. Y.K. Chen, Deputy Chief Technology Officer at Coherent, will explore the prospects of silicon photonics in next-generation semiconductors, while Dr. Kevin Yasumura, Director at Google, will present on the development of optical switches for data centers in the AI era, revealing how AI is driving infrastructure transformation.In addition to insights from technology experts, the forum will feature four leading venture capitalists discussing the future of hard-tech (Hard-Tech), including Dr. Wen Hsieh, Founding Managing Partner at Matter Venture Partners, Dr. Alex Fang, Managing Partner at Entrada Ventures, Tong Chao, Partner at Tyche Partners, and Dr. Huang Lee, Managing Partner at Taiwania Capital. These experts will analyze how Taiwan can leverage its semiconductor strengths to tackle the challenges brought by the rapid adoption of AI, and ensure supply chain security and stability from multiple perspectives, including technology innovation, policy development, and geopolitics.Dinner Keynote: Exploring the Future of Biotechnology and HealthcareThe dinner keynote will be delivered by Professor Chi-Huey Wong, with a focus on "Research Toward Healthcare and Biotech Development." As a pioneer in the biotechnology field, Professor Wong's research spans several key areas, including chemical synthesis, protein engineering, cancer treatment, vaccine development, and immunotherapy. He will emphasize the importance of STEM (Science, Technology, Engineering, and Mathematics) education for cultivating future innovators and inspiring the next generation to actively engage in scientific research and lead future technological revolutions.Register Now to Secure Your Spot!Key topics such as photonics, advanced semiconductor technologies, and the integration of AI with the semiconductor supply chain. Use the promo code "ILOVETAIWAN" to register for the afternoon panel discussions for free. Don't miss the opportunity to attend the dinner keynote (a paid event) and connect with industry leaders. Spaces are limited, so register now to secure your spot!Registration link: qr.codes/fh7Vb2

STMicroelectronics (NYSE: STM) is introducing its fourth generation STPOWER silicon carbide (SiC) MOSFET technology. The Generation 4 technology brings new benchmarks in power efficiency, power density, and robustness.While serving the needs of both the automotive and industrial markets, the new technology is particularly optimized for traction inverters, the key component of electric vehicle (EV) powertrains. The company plans to introduce further advanced SiC technology innovations through 2027 as a commitment to innovation.This latest generation of SiC devices is conceived to benefit future EV traction inverter platforms, with further advances in size and energy-saving potential. While the EV market continues to grow, challenges remain to achieve widespread adoption, and car makers are looking to deliver more affordable electric cars. 800V EV bus drive systems based on SiC have enabled faster charging and reduced EV weight, allowing car makers to produce vehicles with longer driving ranges for premium models. ST's new SiC MOSFET devices, which will be made available in 750V and 1200V classes, will improve the energy efficiency and performance of both 400V and 800V EV bus traction inverters, bringing the advantages of SiC to mid-size and compact EVs — key segments to help achieve mass market adoption. The new generation SiC technology is also suitable for a variety of high-power industrial applications, including solar inverters, energy storage solutions, and data centers, significantly improving energy efficiency for these growing applications.AvailabilityST has completed qualification of the 750V class of the fourth generation SiC technology platform and expects to complete qualification of the 1200V class in the first quarter of 2025. Commercial availability of devices with nominal voltage ratings of 750V and 1200V will follow, allowing designers to address applications operating from standard AC-line voltages up to high-voltage EV batteries and chargers.Use casesST's Generation 4 SiC MOSFETs provide higher efficiency, smaller components, reduced weight, and extended driving range compared to silicon-based solutions. While the primary application is EV traction inverters, ST's Generation 4 SiC MOSFETs are also suitable for use in high-power industrial motor drives, benefiting from the devices' improved switching performance and robustness. This results in more efficient and reliable motor control, reducing energy consumption and operational costs in industrial settings. In renewable energy applications, the Generation 4 SiC MOSFETs enhance the efficiency of solar inverters and energy storage systems, contributing to more sustainable and cost-effective energy solutions. Additionally, these SiC MOSFETs can be utilized in power supply units for server data centers for AI, where their high efficiency and compact size are crucial for the significant power demands and thermal management challenges.

Moderna. Grifols. Jubilant Pharma. Novartis. Roche. That is just a sample of the many life sciences and health technologies (LSHT) companies that have invested in Greater Montreal over the past five years. The region's local ecosystem has flourished to become a pilar, showcasing some 1,300 companies and more than 45,000 jobs.Meanwhile, Asian investors have significantly upped their contribution to Montreal's economy with projects worth $341 million in 2023 - a 20% increase compared to the previous year.What's driving the recent surge of investments in Greater Montreal?"Generally speaking, Montreal's highly qualified talent pool and world-class universities along with a competitive cost advantage constitute the main reasons cited by investors," explains Yun Li, Director of Business Development for Asia at Montreal International. "But when it comes to the life sciences industry and Asian investors, there's a common ingredient: artificial intelligence."Home to world-renowned AI expertise First, LHST companies have been increasingly turning to AI to accelerate development of breakthroughs in medicine and health technologies. And Montreal, home to world-renowned researchers such as Yoshua Bengio and Joelle Pineau, has attracted major investments from pharma and biotech companies that seek to leverage technology in their R&D.An example of that is InSilico Medicine, a biotech company with offices in Hong Kong, New York, and elsewhere in the world. In 2023, the company inaugurated its R&D center in Montreal, focused on deep learning for drug discovery. "Montreal's world-class university research programs in AI, its thriving ecosystem of start-ups and the public sector support led the company to choose the region for this new R&D centre," explained the company during the inauguration.Accelerating drug discovery with AI is also what convinced Salt Lake City-based Recursion Pharmaceuticals to set up its own R&D centre in Montreal. More specifically, Recursion seeks to develop machine learning methods and models and, ultimately, create one of the most complete, technology-enabled drug discovery solutions in the industry.Yun Li, Director of Business Development for Asia at Montreal International"Not every city has the assets that we have in Montreal," added Li. "Plus, recent data shows that Montréal offers an impressive 31% cost advantage for businesses in AI and other high-value sectors like IT, fintech, and aerospace compared to the average across the 20 largest metropolitan areas in Canada and the U.S."Home to the world's largest academic centre for deep learningRecursion is among the more than 140 companies that partnered with Mila, the world's largest academic centre for deep learning, and a cornerstone of the city's thriving AI hub. Mila brings together a community of +1,300 researchers - including Turing Award Laureate Yoshua Bengio - and students committed to advancing AI.Beyond life sciences, Mila is very active in AI research related to various subjects, including robotics, language and image, environment and energy, and ethical AI. Since 2019, the centre has hosted one of Samsung's Advanced Institute of Technology (SAIT), where the company conducts advanced research on voice recognition, machine translation, and natural language understanding.Samsung is among a growing number of Asia-based tech companies present in Greater Montreal. Other examples include Panasonic, Sony, Fujitsu, Hitachi Global, and FTP Corporation – all of whom have partnered with Mila to tap into its team of experts.A group of seven entrepreneurs from Seoul AI Hub attend a summer residency program at Mila to advance their startup in various industries, including health sciences and fashionPhoto: Mila, June 2024This Fall, Li will attend BioJapan 2024 to meet with investors and discuss the city's assets for the life science industry and Asian companies. She can be reached on LinkedIn or visit Montréal International online (www.montrealinternational.com).

Raspberry Pi is a widely used computing platform that has gained immense popularity among technology enthusiasts, hobbyists, educators, and professionals. Its small size, affordability, and versatility make it an ideal tool for programming, developing various projects, and building numerous applications and systems. Recently, the TME catalog has expanded to include a variety of new Raspberry Pi products, including the Compute Module 4S (CM4S).Compute Module boards are compact versions of Raspberry Pi single-board computers, specifically based on the Generation 4, Model B. These modules omit standard connectors and instead feature a versatile port, allowing designers and developers to create miniaturized device circuits while benefiting from Raspberry Pi's flexibility and functionality. The CM4S comes in a SODIMM format, meaning it can be easily integrated into a target circuit using a standard RAM socket.Raspberry Pi CM4SAt the core of the CM4S is the Broadcom BCM2711 chip, which houses a quad-core ARM Cortex-A72 processor running at up to 1.5 GHz, delivering considerable computing power in a compact size. The CM4S is available with different RAM configurations: 1 GB, 2 GB, 4 GB, or 8 GB. Unlike the full-size Raspberry Pi models, these boards can also include eMMC storage options of 8 GB, 16 GB, or 32 GB, allowing users to customize the module to fit the needs of their projects.One key difference from the Compute Module 4 (CM4) is that the CM4S lacks built-in Wi-Fi and Bluetooth connectivity. However, it does support HDMI, I2C, MIPI (CSI for cameras and DSI for displays), PCM, PWM, SPI, UART, and USB (2.0) interfaces. These ports enable the connection of a wide range of peripherals, including external communication modules if needed.Text prepared by Transfer Multisort Elektronik Sp. z o.o.

Darveen Co., Ltd., a global provider specializing in rugged industrial computer solutions, today announced the RTC-I116, featuring the 12th generation Intel Core processor. Following the success of previous models including the Windows OS-based RTC-I81 and RTC-I101, as well as the Android OS-based RTC-M81 and RTC-M101, which have garnered significant attention from customers worldwide, the newly launched RTC-I116 aims to offer an even more user-friendly, secure, and durable rugged tablet solution.Sleek, slim design with high performanceThe RTC-I116 is a rugged tablet with a sleek, modern design, measuring just 20 mm (0.79") in thickness. Its slim and elegant appearance perfectly combines with powerful features to ensure enhanced efficiency for professional field workers in various environments. The RTC-I116 is powered by a 12th gen Intel Core i7/i5 processor and Intel Iris Xe graphics, providing high-performance processing of large amounts of data, images, and videos. It features an 11.6-inch FHD (1920 x 1080) multi-touch screen, delivering excellent performance and visual effects. With a brightness of up to 1,000 nits, it offers an outstanding viewing experience even under direct sunlight.Stunning Visual PerformanceStay connected anytime, anywhereThe RTC-I116 offers advanced 24/7 wireless connectivity options, including LTE or 5G cellular, Wi-Fi 6E, Bluetooth V5.3, and GNSS. It also features up to eight I/O interfaces, seamlessly integrating various peripheral devices, industrial equipment, and more without the need for adapters. The RTC-I116 provides numerous customizable expansion options, such as NFC readers, smart card readers, and UHF RFID readers, facilitating data collection and authentication processes.Sustained productivityFor field workers who require long battery life on the go, the RTC-I116 is equipped with high-capacity 58.5Wh dual hot-swappable batteries. This allows field personnel to swap batteries on-site without needing to recharge, thereby extending operational time.Sustained Productivity. Dual Hot-Swappable BatteriesRugged and durable designField personnel often work in extreme environments, which is why the RTC-I116 is MIL-STD-810H certified and features an IP66 protection rating. It is resistant to water and dust, capable of withstanding dust, mud, rain, and extreme temperatures ranging from -20°C to 60°C (-4°F to 140°F). Even when dropped from a height of 1.2 meters, it continues to operate reliably.Rugged and Durable Design"The RTC-I116 is ideal for deployment in the manufacturing, field mobility, public safety, utilities, and energy sectors. Its comprehensive and meticulous design makes it an excellent choice for field personnel working in challenging environments," said Kevin Liang, General Manager of Darveen.For more information about the Darveen RTC-I116, please visit: https://www.darveen.com/product/11-6-rtc-i116-windows-rugged-tablet-with-intel-core-i-processor/For the Darveen RTC-I116 video, please visit: https://youtu.be/AdOXBV9Ed30?si=Nd34Oi7Iq3uFuc22