Minew Announces Credit Card-Sized & Battery-free Asset Tracker Powered by Light
Qualcomm Enables Meta Llama 3 to Run on Devices Powered by Snapdragon
VuWall Unveils Highly Secure PoE Touch Panel for Command and Control Room Environments
ECM-ASL 3.5” SBC Delivers Unmatched Performance for Demanding Environment
Samtec Introduces SIBORG Tool to Speed Component Launch Designs
Mouser Electronics New Product Insider: Over 10,000 New Parts Added in First Quarter of 2024
Samtec Releases Narrow Body RF Edge Launch Connectors from DC to 67 GHz
AI-Media Revolutionizes Captioning for DAZN with AI-Powered LEXI Tool Kit
Mouser Explores the Potential of Machine Vision in its latest Empowering Innovation Together Series
Avalue unveils the latest ePaper product - EPD-4200-B1
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NXP Semiconductors MCX Microcontrollers for Intelligent Motor Control and Machine Learning Applications
Mouser Electronics, Inc., the industry’s leading New Product Introduction (NPI) distributor with the widest selection of semiconductors and electronic components™, is now shipping the MCX industrial and IoT microcontrollers (MCUs) from NXP Semiconductors. These new MCUs are high-performance, low-power microcontrollers with intelligent peripherals and accelerators for secure, intelligent motor control and machine-learning applications. NXP’s new MCX N series microcontrollers, available from Mouser, are powered by Arm® Cortex®-M33 CPUs, with hardware-accelerated peripherals, communications, and signal processing for scalability and ease of development. The MCX N’s low-power cache boosts system performance, while the dual-bank flash and full ECC RAM safety support system enhances security. Select MCX N devices include NXP’s eIQ® Neutron neural processing unit (NPU) for machine learning applications. The MCX N series also includes EdgeLock® Secure Enclave, Core Profile, offering a secure-bydesign approach for secure boot with an immutable root-of-trust and hardware-accelerated cryptography. The NXP MCX A series microcontrollers, also available from Mouser, facilitate smaller package and board designs with scalable device options, low power, and intelligent peripherals. Designed to support more GPIO pins for additional external connections and operating up to 96MHz with high levels of analog integration, the MCX A series boasts a wide range of peripherals, including timers delivering three complementary pulse width manipulation (PWM) pairs with deadband insertion, (4Msps 12-bit ADC) together with hardware windowing and averaging features. The MCX A series delivers critical functionality to system performance with an innovative power architecture designed to sustain high utilization of I/O and power efficiency with a simple supply circuit in a smaller footprint. NXP Semiconductors FRDM-MCXN947 and FRDM-MCXA153 Fast Retrieval and Data Manipulator (FRDM) development boards are low-cost, compact, and scalable development platforms for rapid prototyping using the MCUXpresso development tools. The FRDM-MCXN947 features the MCX N series, addressing a wide range of applications featuring high levels of integration, on-chip accelerators, intelligent peripherals, and advanced security. The FRDM-MCXA153 features the MCX A series with scalable device options, low power, and intelligent peripherals. To learn more about the MCX N series MCUs, visit https://www.mouser.com/new/nxp-semiconductors/nxp-mcx-n-mcus/ For the MCX A series, visit https://www.mouser.com/new/nxp-semiconductors/nxp-mcx-a-mcus/ To learn more about the MCX FRDM development boards, visit https://www.mouser.com/new/nxp-semiconductors/nxpmcx-n-boards/ and https://www.mouser.com/new/nxp-semiconductors/nxp-mcx-a-boards/
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New Interactive Content Series from Mouser Electronics and Molex Explores the Future of Miniaturization in Technology
Mouser Electronics, Inc., the New Product Introduction (NPI) leader™ empowering innovation, today announces a new interactive content series in collaboration with Molex, a global electronics leader and connectivity innovator. The Future of Miniaturization in Technology features articles, videos, and an infographic exploring the forefront of miniaturization trends shaping our connected future. The content covers miniaturization in AR/VR, medical and consumer wearables, mmWave, IoT and automotive applications. The content series also showcases many key products from Molex that play important roles in addressing the design challenges of miniaturization. Featured solutions include the Molex SMP-MAX and SMP-MAX EVO 50Ω RF connectors. These microminiature connectors offer push-on and snap coupling options and configurations in both surface mount and through-hole mounting options. High-power ratings of up to over 300 W at 2.7 GHz provide excellent performance for RF amplifiers. The Molex Quad-Row board-to-board connectors are designed to enable high power in a compact form factor. With these high-density connectors, designers can include more features, sensors, and functionality into increasingly tight spaces without compromising device performance. These connectors are ideal for AR/VR devices and other wearables. The Molex Contrinex inductive sensors are robust, self-contained, and include an integrated IO-link, making them ideal for limited-space applications. These sensors feature a large sensing range and a smart communication system that continuously monitors process data and diagnoses sensor status. Their one-piece factor-1 steel and aluminum housing provides rugged mechanical and chemical protection from extreme conditions. The small form factor of the Contrinex inductive sensors make them suitable for integration into machinery, equipment, and even hazardous or hard-to-reach locations, providing a scalable and flexible solution for modernizing industrial processes. To view The Future of Miniaturization in Technology interactive content, visit https://www.mouser.com/molex-miniaturization-ebook/ To learn more about Molex, visit https://www.mouser.com/manufacturer/molex/
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Mouser Electronics Promotes FPGA Vision Webcast for Intel and its Newly Independent Programmable Solutions Group
Mouser Electronics, Inc., the industry's leading New Product Introduction (NPI) distributor, invites its customers to join the Intel® FPGA Vision Webcast hosted by Intel® Programmable Solutions Group (PSG) Chief Executive Officer Sandra Rivera and Chief Operator Officer Shannon Poulin. The free webcast, broadcast in English, will be available in various time zones with local language subtitles on February 29, March 1 and March 4, 2024. To register, visit https://webinar.intel.com/2024-fpga-vision-webinar?specsrc=mouser. Intel® has announced its intent to operate its Programmable Solutions Group (PSG), which handles the design and manufacture of Intel® FPGAs, as a standalone business. Mouser is a global authorized distributor for Intel® FPGAs and other products. The webcast will unveil new enablement tools and show demos on performance, power, and flexibility challenges for next-generation designs across many industries. The discussion will include how the latest AI challenges across industries are solved by Intel Agilex® FPGAs. Attendees will learn more about PSG's transformation into an independent FPGA manufacturer and how it will accelerate industry innovation. As an authorized global distributor for Intel®, Mouser will continue to offer the company's innovative technologies, including the new Intel PSG brand and products such as the Arria® 10 FPGAs, Cyclone® V FPGAs, and the Stratix® V GX and Agilex® F-Series FPGA development kits. To learn more about Intel® products available from Mouser, visit https://www.mouser.com/manufacturer/intel/ To sign up to view the Intel® FPGA Vision Webcast, visit https://webinar.intel.com/2024-fpga-vision-webinar?specsrc=mouser
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Vision Amplified: EQM-EHL Unleashes the Full Potential of Qseven
Avalue Technology Inc. (TAIEX: 3479-TW), a global industrial PC solutions provider and Titanium member of the Intel® Internet of Things Solutions Alliance, announces EQM-EHL Qseven® Standard Size Module revision 2.1 compliant with Intel Atom® x6000E Series/Pentium®/Celeron® SoC processor and offers outstanding performance, flexible I/O options and a wide temperature range. It provides scalable and easy-to-maintain solutions for various embedded systems suitable for industries such as factory automation, medical equipment, transportation, and network communications. The EQM-EHL module is equipped with Intel® SoC Processor Integrated Gen11 LP Graphics, delivering excellent graphics processing performance for clearer and more detailed image rendering. This ensures a high-definition visual experience, demonstrating its superior computing power and efficient processing capabilities. EQM-EHL supports LPDDR4x memory with a maximum speed of up to 3200MT/s and is equipped with Intel® i226LM/IT Gigabit Ethernet, enabling the module to be integrated into various industrial applications to meet the requirements of real-time mass data transfer and reliable network connectivity, providing smoother operation in areas such as medical image storage and industrial control, and efficiently handling multiple tasks. With extensive I/O support, EQM-EHL provides 18/24-bit LVDS, HDMI/DisplayPort interfaces, and various connectivity options such as 4 x PCIe x1 (Gen 3), 2 x SATA III, 8 x USB2.0, and 1 x USB3.2 Gen1. In addition, to meet the requirements of extreme industrial environments, the EQM-EHL offers a wide temperature design from -40°C to 85°C, ensuring stable and reliable operation in harsh industrial applications. Combining powerful processing capabilities, advanced graphics technology, and flexible connectivity, the EQM-EHL module is undoubtedly the ideal choice for industrial automation, medical imaging, transportation, and more. Visit www.avalue.com for more information or contact sales@avalue.com.tw ,a dedicated sales will contact you.
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Samtec Introduces 0.635 mm pitch, Slim Body Edge Rate Connectors
Samtec has expanded its successful line of Edge Rate® board-to-board connectors to include a higher density mated set that is half the width of previous designs and offers a lower-profile 5 mm mated height (ERF6 & ERM6 Series). ERF6 & ERM6 Series Edge Rate® connectors support 56 Gbps PAM4 high-speed, rugged mezzanine applications for industrial, embedded vision, instrumentation and monitoring, drones, and robotics. Small & Rugged ERF6 & ERM6 have two rows of pins while maintaining an extremely narrow body width of 2.5 mm. Body length is 11 mm to 42.8 mm with a 0.635 mm centerline. Available positions for each row are 10, 20, 30, 40, 50 or 60. This makes customization of products easy while still allowing for quick delivery. If pull and shear force are a concern, weld tabs are available within the standard part number configuration. Despite its very low profile of 5 mm, the connectors still allow 0.90 mm of nominal contact wipe for a reliable connection. To ensure connectors are consistently aligned properly, polarizing features are molded into the connector body. As represented in the Product Spec Sheet, ERF6 & ERM6 products allow for angular and linear misalignment. To further secure the two mating mezzanine cards, board stacking standoffs are available through Samtec (search for Samtec’s SureWare™ brand). Contact System Samtec’s Edge Rate® family of products use a unique contact system that extends cycle life, increases durability, and lowers insertion and withdrawal forces. It also has superior electrical performance compared to traditional stamped contacts. These benefits are achieved by using the flat smooth-milled side of the contact for the mating surface, instead of the cut-edge which can have rough microscopic edges and burrs. The narrow edge of the contacts are aligned within the connector body to reduce broadside coupling and crosstalk. The contact tail uses standard surface mount J leads for ease of processing onto the printed circuit board. Free Product Samples & Model Downloads Samtec makes designing-in the right product solution as streamlined and easy as possible by offering free 3D model downloads and free product samples. 3D models are available for download at samtec.com in more than 150 formats, including AutoCad, Solid Edge, and Inventor. Request a free sample or configure and download your 3D model directly from the Series page on the Samtec website: ERF6, ERM6. To view Samtec’s complete line of Edge Rate® high-speed, rugged connector strips (0.50 mm, 0.635 mm & 0.80 mm centerlines) visit samtec.com/edgerate. Product Availability Samtec’s ERF6 & ERM6 Series products are available direct or through distribution.
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Authorized Distributor Mouser Electronics Offers Engineers the Latest Products from ams OSRAM
Mouser Electronics, Inc., the industry's leading New Product Introduction (NPI) distributor with the widest selection of semiconductors and electronic components, is an authorized global distributor for ams OSRAM, a global leader in sensing, illumination, and visualization solutions. Mouser's partnership with ams OSRAM supports Mouser customers in the development of automotive, industrial, and medical applications. Mouser stocks more than 1,600 different products from ams OSRAM, with more than 2,800 part numbers available to order. Innovative ams OSRAM products include the MULTILED® SFH 7018x for vital sign monitoring. The SFH 7018x devices feature a highly reflective QFN package for significantly increased light output. These three-in-one, high-performance multi-emitters for green, red, and infrared are targeted at heart rate and SpO2 monitoring. The ams OSRAM CSG8K and CSG14K CMOS image sensors feature 3.2 µm pipelined global shutter pixels, enabling the capture of fast-moving objects in machine vision, video recording and factory automation. The superior image quality and speed of the CSG8K and CSG14k sensors provide important advantages in high-throughput production settings, allowing machine vision equipment to take a more detailed and accurate picture of objects moving along the production line at higher speed. The ams OSRAM product range also includes the SYNIOS® P2720 series infrared emitters (IREDs). The SYNIOS P2720 IREDs deliver high brightness and low thermal resistance in a compact package — ideal for space-critical eye tracking and facial recognition applications where consistent performance is crucial. The ams OSRAM SFH 2705 and SFH 2706 Silicon PIN photodiodes are an ideal choice for fitness trackers, smartwatches, and medical patches. High sensitivity at 530 nm green and 660 nm red enhances heart rate monitoring and pulse oximetry functions for wearable devices. To learn more about ams OSRAM products available from Mouser Electronics, visit https://www.mouser.com/manufacturer/ams-osram/
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Researchers turn up the heat on flexible temperature sensor development using microwaves
Engineers from UK universities have developed a new method of measuring temperature through the interaction of a soft and flexible ‘smart skin’ sensor with electromagnetic waves. The sensor developed by the team is made from a composite of carbon fibres and silicon rubber, and works without battery power or onboard processing. The flexible sensor’s ability to absorb and reflect radio-frequency (RF) signals varies with atmospheric heat or cold, enabling the sensing of temperature across a much greater range than other comparable devices. It can also withstand thousands of cycles of bending and stretching without losing its sensitivity to temperature. Temperature sensors are found in almost all electronic devices, and the global market for the technology is currently valued between $5-8bn. Typical temperature sensors, known as thermistors, work by changing resistance in response to changes in temperature. However, they are usually only capable of measuring over narrow ranges of temperature variation, meaning temperature sensors often rely on an array of different thermistors to cover a wide sensing range. The new soft, flexible temperature sensor, developed by a team led by researchers from the University of Glasgow, is capable of reading temperatures across a record-breaking range from 30°C to more than 200°C. This could make help make future wireless sensors cheaper and more sustainable, as fewer devices will now be required to cover the same temperature sensing range. In a paper published in the journal Nature Communications, the researchers show how used a 3D printer to mould the flexible material and integrated it into components like antennas, RFID labels, and resonators. Then they tested its ability to absorb radio-frequency (RF) radiation at different temperatures ranging up to 300°C. Dr Mahmoud Wagih, UK IC Research Fellow and Lecturer at the University of Glasgow, led the study. He said: “Sensors are the main interface between the analogue world and smart devices. To communicate real-world changes in measurements like temperature or humidity to wireless smart devices, those measurements first need to be digitised. “We designed a simple soft composite using common silicone and carbon fibres, which can be easily moulded into any shape. These skin-like substrates could be used to design antennas over large areas, which can then radiate signals that are highly sensitive to temperature changes. “Many researchers have used RF and microwave devices to measure liquid formulations, temperature, humidity, and other physical and chemical parameters. However, this level of sensitivity has not been demonstrated before.” Researchers from the University of Southampton supported the development of the flexible, stretchable sensor material, which could be easily integrated into bendable electronics and smart fabrics. The paper shows how the material could be bent and stretched for thousands of cycles, without significant changes in its response. Collaborators from Loughborough University worked to characterise the new material’s electrical properties, demonstrating how it functioned up to a frequency of 26 GHz, into the spectrum of 5G communications technologies. The team suggest that with “anisotropic” properties that change how the material interacts with electric fields in different directions, the composite could be further tailored to enhance or reduce sensitivity to specific wireless signals. The technology could underpin a wide range of additional future applications including vital sign monitoring, radar sensing, satellite communications, and 6G wireless networks. Dr Wagih is now leading a new research project, funded by the UK Engineering and Physical Sciences Research Council (EPSRC), which will build on the research to find new applications in sustainable and biodegradable wireless electronics. Dr Wagih said: “We are delighted to start further research on functional and natively stretchable materials for body-centric wireless sensing, building on our track record in cutting-edge RF sensing. “The UK is already a leader in applied microwave engineering and advanced materials, and we hope that collaborative research like this will help lead to results which can find commercial applications." The team’s paper on, titled ‘Wide-range soft anisotropic thermistor with a direct wireless radio frequency interface’, is published in Nature Communications. Researchers from the Universities of Glasgow, Southampton and Loughborough contributed to the paper, along with colleagues from PragmatIC Semiconductor Ltd in Cambridge. The research was supported by the UK Engineering and Physical Sciences Research Council (EPSRC), the Royal Society, and the Royal Academy of Engineering and Office of the Chief Science Adviser for National Security.
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Vantage Lighting Control Helps Hotel Verdant Achieve Sustainability
Legrand's lighting control brand Vantage today announced that Hotel Verdant in Racine, Wisconsin, is using Vantage to achieve energy-efficient and elegant lighting control. Seeking LEED Gold certification, AV integrator Digital Living installed Vantage's lighting control solution, which is integrated with occupancy and daylight sensors throughout the hotel's public guest and admin spaces, to create a lighting experience centered around sustainability and luxury. "There is a ton of waste in the hospitality industry because it's all about creature comforts," said Michael Godfrey, CFO of Hotel Verdant. "For example, having a hallway stay at full brightness whether or not there are occupants adds up in the hotel's daily energy consumption. Vantage allows us to rethink our lighting in such a way that it adjusts not only to conserve energy but to create a better, more comfortable ambiance for our guests." For the project, Digital Living President Shireesh Reddy relied on Vantage's freedom of design and programming flexibility to fit the sustainability needs of Hotel Verdant's lighting design. More than 90 motion detectors and 30 daylight sensors are tied into the Vantage system. Reddy leveraged Vantage's ease of programming to enable the system to automate specific lighting sequences for the hotel that are based on occupancy, time of day, and/or the amount of natural light in the room. In the hallways and administrative offices, the motion sensors detect when someone is present and raise the lighting level; when no one is detected, they automatically dim, cutting down on the energy use. The hotel's bar, Eave, takes advantage of Vantage's astronomical clock, which is programmed to automate the bar's lighting as the bar is opening. Before closing time, the system starts its power down sequence with the lights flashing. In the hotel's lobby, which is surrounded by windows, the system's daylight sensors automatically detect when there is a greater amount of sunlight in the room and adjust the lighting accordingly. In this way, Vantage provides both a more energy-efficient and human-centric lighting control experience. In addition, the system can be controlled manually from Vantage EasyTouch Glass keypads. "I've been a Vantage dealer for over a decade," said Reddy. "I was confident Vantage would align with the Hotel Verdant's sustainable mission due to their product quality and commitment to innovation. Vantage empowers designers and integrators to create bespoke solutions that seamlessly integrate with our clients' unique visions. At Hotel Verdant, Vantage helped set a new standard for energy-efficient and luxurious lighting experiences in the hospitality industry." Vantage provides powerful lighting control that can tackle any highly customized and advanced lighting control need with a simple approach. Vantage allows lighting designers and integrators to shape any space with precision dimming of today's lighting technologies. From classic incandescent to modern LED, Vantage supports forward and reverse phase, 0-10VDC, PWM, DMX, and DALI, and covers static white, warm dim, and a wide variety of tunable and full-color lighting fixture control. Programming the system, fixtures, and keypads is simple using the latest version of Vantage's Design Center software. The intuitive nature of Design Center allows Vantage dealers to provide a complete solution for any need. Design Center features easy and fast programming, with drag-and-drop program design. Vantage is compatible with an extensive selection of light fixtures and keypads from leading manufacturers, including those in the Fixture Alliance and Keypad Alliance. The Fixture Alliance allows installers or designers to choose the fixtures they want with the peace of mind that the lighting design will come to life as planned and with the full functionality of every fixture being supported. Vantage tests every fixture and creates tunable profiles for its LHUMAN KolorTuneTM fixture profile library, taking the guesswork out of control. This allows the dealer to program the fixtures with precise color temperatures. The growing alliance includes AiSPiRE (a WAC Company), Circa Lighting, Colorbeam Lighting, Lucetta from Elemental LED, DMF Lighting, ELEMENT fixtures from Tech Lighting, Environmental Lights, LF Illumination, Lucifer Lighting Company, No. 8 Lighting, Proluxe by American Lighting, PureEdge Lighting, Specialty Lighting Industries, and Soraa Lighting. In addition to Vantage's wide portfolio of keypads, specifiers and installers using a Vantage system can select the keypad options available within the growing alliance to best fit the project. Vantage has formed strategic alliances with luxury partner keypad manufacturers Basalte, Forbes & Lomax, and Meljac. "Vantage has a well-established history of enabling the finest lighting control that complements the luxury experience," said Richard Laliberty, Product Marketing Manager, Shading and Residential Controls, Legrand North America. "Within that legacy is a commitment to flexibility and freedom of design. Hotel Verdant is an excellent example of what designers and integrators can do with a Vantage system. It's a testament to the power of innovative lighting solutions in redefining sustainability and luxury in the hospitality industry." This mission reflects Legrand's own commitment to sustainability. As a leader in corporate social responsibility (CSR), Legrand is committed to reducing the company's carbon footprint, applying circular economy principles in its product design and manufacturing, promoting diversity and inclusion, and ensuring employees' health and safety, professional development, and adherence to the highest ethical standards. Learn more about Legrand's story: www.legrand.us/about-us/our-story
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EM Microelectronic’s em|bleu sets new market benchmark for Bluetooth™ 5.4 in tiny, ultra-low power devices
In an era where technology races towards miniaturization with increased integration and minimum power consumption, the demand for more compact, energy-efficient devices with no compromise on performance has never been higher. With the Bluetooth low energy technology becoming ubiquitous, consumer-grade products are no longer sufficient to meet the very demanding standards of medical or automotive customers. Responding to these market needs, EM Microelectronic raises the bar again by introducing its new em|bleu Bluetooth 5.4 chip. A proud product of Swiss engineering, em|bleu is the smallest and lowest power product of its kind in the market, with premium quality and service. Where Compact Design Meets Power Efficiency The em|bleu IC integrates a sleek design with power efficiency in the wireless technology arena. Engineered for peak performance in the most demanding use cases with the smallest footprint, this chip is the ideal solution for seamlessly embedding Bluetooth functionality into even the most size- and power-constrained devices. em|echo-V “em|bleu marks a significant leap forward for devices where size and battery life are absolute musts,” says Dr. Michel Willemin, CEO of EM Microelectronic. “This product renews our commitment to serve our very demanding customers with maximum product performance in the smallest possible footprint and minimum energy needs.” Precision Engineering for Healthcare Applications In the fast growing and very demanding healthcare sector, where consistency and accuracy are essential, em|bleu is meticulously designed to fulfill these requirements. It enables reliable connectivity for a range of health monitoring devices, from blood pressure monitors to glucose tracking systems. em|bleu stands out as an ideal solution for healthcare applications transitioning towards an interconnected, patient-focused model of care. A Versatile Powerhouse for Varied Industries em|bleu also offers effective solutions across multiple other sectors, bringing a blend of energy-efficient features that meet diverse communication needs. In fitness trackers, em|bleu enables more compact designs with reliable, long-lasting performance. For smart home devices, em|bleu facilitates consistent and smooth connectivity, adding to the convenience and functionality of home automation. In the field of IoT, its robust RF performance and energy efficiency make it a suitable choice for a variety of devices, from sensors to smart city components. Across these diverse applications, em|bleu is recognized for its balanced approach to size, efficiency, and reliable operation, making it a valuable addition to a wide range of connected devices. Advanced Connectivity with Bluetooth 5.4 By incorporating the latest Bluetooth 5.4 standards, em|bleu further improves the connection reliability, while adding new functionalities that unlock new use cases and increase the value to the end customer. Long-term reliability Based in Switzerland and a strategic company of The Swatch Group, EM’s watchmaking DNA is centered around outstanding engineering and quality, delivered with superior level of service. With its almost five decades of stability, EM offers its customers unmatched supply chain stability and long-term support commitment. Ordering information em|bleu is now available for mass production as P/N EM9305, backed by comprehensive reference designs, packaging options, and EM’s dedicated support team. For more information, visit em|bleu webpage.
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Samtec FireFly Micro Flyover System Shipping for Optical and Copper Designs to 28 Gbps
Samtec, Inc., the service leader in the connector industry, is shipping the Optical FireFly Micro Flyover System, the first interconnect system with the flexibility to use micro-footprint high-performance optical and copper interconnects interchangeably. Consisting of a transceiver, two-piece connector system, and cable, the FireFly Micro Flyover System supports 14, 16, 25, and 28 Gbps designs in x4, x8, and x12 configurations. The products in this announcement are supported by 3D models, a PCI Express®-over-Fiber adaptor card, and evaluation kits available on the Samtec website as part of Samtec Sudden Service®. - Products in the Series Well suited for use in high-performance designs such as AI/high-performance computing, medical, test & measurement, and FPGA applications, the model ECUO FireFly Active Optical Micro Flyover System cable assembly supports up to 56 Gbps PAM4 SerDes and is designed for near package placement. An extended temperature version (model ETUO) for military, aerospace, and industrial applications, operates across -40°C to +85°C and demonstrates error-free transmission during applied external shock and vibration tests methods specified in MIL-STD-810. (The cost optimized ECUE model comes with copper cable assembly.) Ideal for high-density applications such as ATE, mil/aero, broadcast video, and factory automation, model PCUO transmits PCIe 3.0/4.0 data rates as well as two sideband signals up to 100 m. The extended temperature version, PTUO, operates across -40°C to +85°C with BER of better than 1E-12. (The cost optimized PCUE series comes with a copper cable assembly.) - Small Size & Ease of Assembly Products in the Optical FireFly Micro Flyover System achieve performance from 14 to 28 Gbps in a miniature footprint covering an area of only 0.63 square inches for an aggregate 265 Gbps/in². All models are interchangeable with FireFly copper or optical cable. The connector system has the industry’s leading miniature footprint, measuring just 11.25 x 21.08 mm, allowing close proximity to the ASIC module. The rugged two-piece edge card socket system, with weld tabs, latch locking mechanism, and loading guides, provides simplified mating and unmating of the cable assemblies as compared to compression systems, which use mechanical screw downs and hardware. An integral heat sink, available as finned, flat, fiber-groove, or custom designed, further simplifies assembly while improving thermal performance. There are a variety of high-density and rugged end options available. - Excellent Performance By taking the data connections "off-board" with Samtec Flyover® cables, the signal integrity design is made significantly easier, and the electrical performance improved. - Evaluation Kits and Design Assistance Samtec currently offers three evaluation kits to support the FireFly Micro Flyover System, the 14 Gbps FireFly FMC Development Kit, 25/28 Gbps FireFly FMC+ Development Kit, and 28 Gbps FireFly Evaluation Kit. Samtec’s international, multidisciplinary team of technical experts are dedicated to the design, development, manufacturing and application support of bleeding edge optical solutions. For more information and design support, contact FireFly@samtec.com or visit Micro Flyover On-Board Optical Engine, FireFly | Samtec
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Surpassing Performance Limits, Avalue Unveils the Latest Emerald Rapids Server Boards
Avalue Technology Inc. (TAIEX: 3479-TW), a global industrial PC solutions provider and Titanium member of the Intel® Internet of Things Solutions Alliance, is pleased to announce the latest server board solutions, the HPM-ERSUA (single socket) and HPM-ERSDE (dual sockets) server boards featuring the Intel 5th Generation Xeon Scalable Processors (code-named "Emerald Rapids"). Building on the success of the Sapphire Rapids series, Emerald Rapids offers higher clock speeds, expanded caches, enhanced memory support, maximum core count per socket, and improved overall performance. These server boards have been meticulously designed to meet the dynamic requirements of high-performance computing (HPC), cloud computing, data analysis, and artificial intelligence (AI) workloads in data centers. Unleashing AI and Graphics Prowess with the HPM-ERSUA With support for up to 4x full-height, double-wide GPGPU cards, the HPM-ERSUA is specifically designed to enable exceptional high-performance graphics and AI computing capabilities. The server's socket is compatible with 4th Gen Intel Xeon SP, ensuring compatibility with the latest platform without any hardware design modifications. In addition, the integration of cutting-edge DDR5 technologies increases memory speeds from 4800 to 5600 MT/s, enabling better performance compared to the 4th Gen Intel Xeon SP. The server board also features a rugged 2.54mm PCB thickness that provides superior signal integrity and stability for continued, reliable operation. Elevating Bandwidth and Connectivity with the HPM-ERSDE The HPM-ERSDE offers a significant expansion of bandwidth, taking advantage of PCIe Gen5 to unlock opportunities for high-bandwidth acceleration cards. Its wide range of high-speed connectivity features, including 1x 1GbE port, 1x 2.5GbE port, and 2x 10GbE LAN options, ensure speedy data transfer, enabling optimized connectivity and reduced latency. HPM-ERSDE maximizes expandability with up to 7x PCIe 5.0 x16 slots, providing a wide range of I/O expansion options. In addition, its flexible storage expansion capabilities are underscored by the provision of 3x Slim SAS 8i (SFF-8654) connectors, each of which can be converted to 2x U.2 ports, to facilitate adaptable and scalable storage solutions. With their superior processing power, seamless data throughput, and comprehensive management capabilities, HPM-ERSUA and HPM-ERSDE are an excellent choice for various demanding applications, including medical image analysis, manufacturing process optimization, financial trading, and machine learning models. Visit www.avalue.com.tw for more information on Avalue products, or contact sales@avalue.com.tw ,a dedicated sales will contact you.
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ONiO and Epishine Alliance Unveils a New Era of Truly Batteryless IoT Solutions
ONiO®, a pioneer in the batteryless microcontroller space, and Epishine, the Swedish pioneer in printed organic solar cells announced a strategic partnership today. A partnership aimed at bringing to life a shared vision of self-powered IoT devices - i.e 100% batteryless IoT devices that can eliminate the toxic environmental effects of disposable batteries. ONiO's cutting-edge, ultra-low-power microcontrollers are now about to join forces with Epishine's leading indoor solar cells, seamlessly combined to eliminate the scourge of battery waste. This strategic confluence is poised to revolutionize the IoT industry by introducing a groundbreaking model of eco-friendly, autonomous electronics. The initiative is focused on creating innately sustainable devices that eliminate the need for battery replacement and charging— cutting down on electronic waste and reducing running costs. Kjetil Meisal, CEO of ONiO, said, "Our alliance with Epishine marks a seamless leap into a sustainable technological future and the start of a Nordic industry initiative to drive sustainable electronics into the future. With Epishine's organic solar cells and unique ability to harness energy from low light conditions, combined with our extremely energy-efficient microcontrollers, we're seamlessly integrating the upper class of solar and semiconductor technologies. This paves the way for the next generation of IoT devices—sustainable, maintenance-free, and truly autonomous." In our recent tests with Epishine, ONiO.zero's advanced microcontrollers have displayed exceptional cold start capabilities, powering up in mere seconds—a tall order for other technologies that need several minutes. This breakthrough not only enhances the user experience by dramatically slashing wait times but also positions ONiO at the forefront of instant-on IoT solutions, seamlessly complementing Epishine's organic photovoltaic innovations. Anders Kottenauer, CEO of Epishine, said, "Our partnership with ONiO represents a milestone in our journey towards sustainable low-power electronics. Leveraging ONiO's ultra-low-power microcontrollers alongside our indoor solar cells, we are an innovative example to the IoT industry. This alliance is not just about combining two cutting-edge technologies; it's about reducing reliance on traditional battery systems and leading the charge towards sustainable electronics. Together, we are crafting devices that are not only self-sustaining but are also a testament to the power of sustainable innovation" The partnership reflects a profound synergy of shared values and a commitment to technological innovation that addresses today's environmental challenges. Epishine's dedication to creating the world's most sustainable solar cells perfectly complements ONiO's vision for an IoT that is unfettered by batteries.
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Samtec Introduces New PCIe 6.0 Capable Micro Edge Card Connector
Samtec, Inc.’s Generate™ high-speed edge card sockets (HSEC6-DV Series) support 64 Gbps PAM4 (32 Gbps NRZ) applications and are PCIe® 6.0 capable. HSEC6-DV is used in prototypical PCIe 6.0 AI hardware designs serving as the interconnect between the motherboard and add-in cards. The HSEC6-DV’s rugged Edge Rate® contacts, in a differential pair configuration on 0.60 mm pitch, are optimized for signal integrity performance and high cycle life. HSEC6-DV is compliant to SFF-TA-1002 x4 (1C), x8 (2C), x16 (4C and 4C+). The edge card socket strip is available with 28, 42, 70, and 84 positions per row, and mates with 1.60 mm (.062”) thick cards. Optional weld tabs provide extra mechanical strength of the connector to the PCB. The HSEC6-DV is RoHS compliant, lead-free solderable, is rated at 240 VAC, and the current rating is 1.92 A with 2 pins energized. Mating cable assemblies (GC6 Series) are also PCIe 6.0 compatible, supporting 64 Gbps PAM4 (32 Gbps NRZ) applications. The cable is 34 AWG Samtec Eye Speed® ultra-low skew twinax. GC6 cable assemblies are available in 28, 42, and 70 positions, and are standard with 100-ohm differential pair signal routing. HSEC6-DV is the latest in a full-line of Generate™ high-speed edge card connectors, rated up to 56 Gbps PAM4, on 0.80, and 1.00 mm centerline. These products are available in vertical, right-angle, edge mount, and pass-through orientations. They are also available in power/signal combos, with press-fit tails, locks and latches.
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Mouser Electronics Now Stocking Qorvo Wi-Fi 7 Front End Modules for Mobile and Home Network Equipment
Mouser Electronics, Inc., the New Product Introduction (NPI) leader™ empowering innovation, is now stocking the newest Wi-Fi® 7 front end modules (FEM) from Qorvo. Wi-Fi 7 is the newest Wi-Fi standard, also known as IEEE 802.11be Extremely High Throughput (EHT). Wi-Fi 7 works across three separate bands (2.4 GHz, 5 GHz, and 6 GHz) to fully utilize spectrum resources. Wi-fi 7 offers faster data speeds, lower latencies, and increased network capacity thanks to new capabilities designed to support large numbers of users and devices in bandwidth-intensive environments, as well as exceptional performance for customer premises equipment, smart home devices, portable consumer electronics and wearables. The Qorvo QM42500 and QM45500, available from Mouser, offer 2.4 GHz and 5 GHz to 7 GHz frequency ranges, respectively. These devices are optimized for a broad 3 V to 5 V operating range, making them ideal for mobile applications such as smartphones, tablets and wearables such as VR/AR goggles. The QPF4259 and QPF4559 are 2 GHz and 5 GHz modules well suited for wireless access points, wireless routers, set-top boxes and customer premise equipment. The performance of these devices is focused on optimizing the integrated power amplifier for a 5 V supply voltage. This design conserves power consumption while maintaining the highest linear output power and leading-edge throughput. As Wi-Fi 7 devices, these FEMs offer compatibility with Matter™, a new connectivity standard for Internet of Things (IoT) devices. Matter is a universal software layer, a foundation for connected things and their applications, built upon and compatible with various protocols. By using standard IP as the communication protocol, Matter acts as the universal IoT standard compatible with the multiple protocols deployed in homes today. The QM42500EVB, QM45500EVB, QPF4259EVB01, and QPF4559EVB01 evaluation boards, also available to order from Mouser, provide a demonstration and development platform for these Wi-Fi 7 modules. Each board features a pre-mounted target device, along with the required support circuitry. These evaluation boards provide an example application circuit, allowing rapid prototyping when incorporated into existing designs. To learn more about the QM42500 and QM45500 mobile Wi-Fi FEMs, visit https://www.mouser.com/new/qorvo/qorvo-qm42500-module/ and https://www.mouser.com/new/qorvo/qorvo-qm45500-module/ To learn more about the QPF4259 and QPF4559 network equipment FEMs, visit https://www.mouser.com/new/qorvo/qorvo-qpf4259-module/ and https://www.mouser.com/new/qorvo/qorvo-qpf4559-fems/ To learn more about Wi-Fi 7, visit https://www.mouser.com/empowering-innovation/wifi7/
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1 million smart meters deployed in India with Wirepas technology
Wirepas, a global leader in wireless connectivity technology, announces a significant achievement with the deployment of 1 million smart meters powered by Wirepas mesh technology across India. This landmark underscores Wirepas' commitment to advancing smart metering solutions and positioning RF mesh technology as the most reliable technology for smart meters. Jani Vehkalahti, Senior Vice President of Smart Grids at Wirepas, states, "Unrivalled reliability, that’s our secret. Together with our partners we had already achieved the highest 99.9% SLA in the demanding European smart metering market. Now exceeding 1 million smart meters deployed in India proves the robustness of Wirepas technology in harsh conditions. Our focus on affordable reliability positions Wirepas as the trusted wireless technology partner for any utility." Wirepas stands out in the market with its ultra-reliable, yet affordable RF mesh technology. Unlike cellular solutions, RF mesh offers inherent advantages in terms of cost-effectiveness and reliability. The decentralized nature of mesh ensures a resilient and self-healing network enabling seamless communication with minimal infrastructure even in challenging environments. Despite unlimited scale, Wirepas technology can run in a minimal memory configuration compared to the traditional routing table approach, and therefore enables the most cost-efficient radio chipsets. India has one of the toughest smart metering requirements in the world, demanding features such as frequent reading intervals and a pioneering cloud-based prepayment system. Technology used must ensure immediate access to electricity upon balance top-up, emphasizing consumer satisfaction. In regions with minimal electricity consumption, users upload small amounts to their prepaid accounts, leading to over 10% of smart meters receiving disconnect and connect commands daily. Additionally, many smart meters in India are situated in secured metering rooms where cellular coverage is severely restricted. Wirepas mesh technology has demonstrated exceptional reliability in linking smart meters within these enclosed spaces. Essentially, only a single smart meter is required to establish a route to the rest of the network. These requirements highlight the need for a very robust connectivity. Wirepas technology, through its partnerships, has demonstrated its ability to meet the rigorous requirements of the Indian IS-16444 standard and Standard Bidding Document in Advanced Metering Infrastructure (AMI) solutions. Vehkalahti further explains, "As the market evolves, we are steadfast in our mission to help the Indian government to succeed in the world’s most ambitious electricity smart metering roll-out. Wirepas has heavily invested in core technology but also on a complete AMI reference enabling its partners to accelerate their projects execution while ensuring performance and reliability at scale. Wirepas is also increasing its local investments to bring more high-quality partners into the mission of deploying 250 million meters in India. Our strong partnerships, which are already delivering and building solutions in India, stand as testament to our capabilities. The first million is a great start but less than 1% of our target. We are determined to help the ecosystem to meet the challenge that the India government has set.”
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WiTTRA Expands IoT Footprint Through Membership in PROFIBUS & PROFINET International (PI)
WiTTRA, a trailblazer in the Internet of Things (IoT), proudly declares its recent inclusion in PROFIBUS & PROFINET International (PI), the foremost global automation community boasting over 1700 members. Since its establishment in 1989, PI has played a pivotal role in championing worldwide automation technology, overseeing critical technologies that are integral to the automation industry. PI's commitment to innovation is further demonstrated with the incorporation of omlox, setting the standard for locating technologies and paving the way for precise real-time indoor localization systems. omlox, an open standard, provides interoperable interfaces for a unified localization system, empowering industries to use a singular infrastructure with diverse applications from various providers. By leveraging the same upper layer infrastructure, omlox significantly reduces the Total Cost of Ownership (TCO), allowing seamless integration of different applications within a shared ecosystem. WiTTRA, committed to open standards, employs a unified gateway providing infrastructure for flexible deployment, enabling third-party sensors to seamlessly become part of the ecosystem. WiTTRA's patented technology ensures a reliable and accurate positioning system. The technology has been a game-changer for IoT, enabling quick, low-cost Proof of Value installations that directly link to business value. The Total Cost of Ownership for WiTTRA technology is 70 – 80% less than competing technologies, marking a significant shift in the economics of IoT deployment. WiTTRA's decision to align with PI and adopt omlox showcases its unwavering dedication to driving innovation. Warwick Taws, CTO at WiTTRA, expresses enthusiasm about the partnership, stating, "We are thrilled to join PI, an organisation at the forefront of automation technology. It aligns perfectly with our commitment to driving innovation and leveraging our unique positioning technology." WiTTRA's collaboration with PI and integration of omlox reinforces its standing as an industry leader, committed to pushing the boundaries of IoT technologies and contributing to the evolution of industrial automation.
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Arrow Electronics Offers Engineering Support to Indian IoT Solutions Developers
Global technology solutions provider Arrow Electronics, Inc. today announced it has provided engineering support to enable Bharat Pi, an India-based tech startup to design and build enterprise grade IoT development boards that deliver benefits of reliability, quality and scalability to millions of smart and connected devices. According to the IoT device management platform analysis by Future Market Insights, the demand in India is expected to increase at a compound annual growth rate of 34% over the next ten years. The adoption of IIoT (Industrial Internet of Things) in the manufacturing industry and increasing usage of technologies such as 5G, AI, and Big Data are expected to continue fueling this demand. Founded in 2020 by Prabhu Stavarmath, Savitri Patil, and Naveen Gopalkrishna, Bharat Pi has set out on a mission to accelerate IoT development by building cost-effective IoT development boards to help developers, startups, and innovators to convert their idea into a quick pre-sales demo in hours. Bharat Pi is also one of the incubates at IoT Open Lab in Bangalore, a joint collaboration between Arrow Electronics the Software Technology Park of India (STPI). With the help of Arrow and its global technology suppliers, Bharat Pi has recently launched RedPill STM32G0 series-based development board. "Todays' enterprise IoT applications like industry 4.0, remote asset monitoring, healthcare, connected automobiles, and smart cities require a massive network of robust and connected edge devices which can handle large amount of data collection and processing and deliver real-time responses. Some of the IoT development boards in the market are not designed to handle diverse AI or machine learning workflows and often require custom design efforts to build a prototype," said Prabhu Stavarmath, Chief Business Officer, Bharat Pi. "Every IoT use case is different and some enterprises struggle to build quick pre-sales IoT device demos to minimize deal cycle and revenue impact. To address these unmet needs, our IoT development boards are designed to be easily customizable and versatile, providing a flexibility to build rapid pre-sales demos and prototypes for IoT use cases across a range of industry verticals. Arrow's engineering team has provided us with everything we need, from product knowledge, technical insights, to evaluation. Their technical expertise and supply chain experience have enabled us to jump-start and scale up the design and manufacturing of IoT development tools, so that we can in turn to extend our plug-and-play offerings to the broader IoT developer community." Some of the key features of RedPill STM32G0 series-based development board: Full Pin Access: Based on STMicroelectronics's STM32G0 MCUs, it exposes all 48 pins of the chip, allowing it to be connected to a myriad of sensors and devices. Simplified Programming: It is equipped with a USB to UART Silicon Labs – CP2102 bridge, simplifying programming efforts. Versatile Connectivity: With exposed headers for programming and 8-pin headers featuring SPI and UART interfaces, it allows seamless integration with various modules, including Wi-Fi and 4G. Open-Source Compatibility: It is compatible with various open-source platforms and development environments. Bharat Pi also offers technical resources and community support to assist developers, hobbyists, startups, and tech enthusiasts, pushing the boundaries of embedded systems development forward. "Today's IoT ecosystem requires ample technology competencies which span from product idea, design and engineering to supply-chain and manufacturing. With our global network of technology suppliers and world-class technology capabilities, we are well positioned to extend best possible support and help Bharat Pi as well as many other technology companies as they strive to simplify and scale up IoT deployment," said Bhartendu Mishra, Arrow Electronics' managing director of India. Equipped with advanced engineering equipment and testing modules, the IoT Open Lab has assisted the start-up community from the region in their idea-to-prototype-to-product innovation journey. Arrow's experienced vertical segment experts and engineers with expertise in areas of embedded computing, sensing, connectivity and system integration are on site to provide professional advice to these innovators and makers.