Advantech, a global leader in embedded IoT solutions, is pleased to release AIMB-218, a low-profile fanless industrial-grade Mini-ITX motherboard featuring Intel Atom® x6000E, Intel® Pentium®, and Celeron® N and J Series processors. Based on low-power 10nm technology (6 ~ 12W TDP), AIMB-218 supports up to 4 cores with 3.0GHz turbo frequency and up to 850MHz of […]
Back in 2020, Synaptics’ released their award-winning high-performance multimedia system on a chip solution – VideoSmart VS680, designed for smart displays, video soundbars, voice-enabled devices, and computer vision IoT products. Continuing with the same architecture, the team has launched its latest edge computing SoC – VideoSmart VS640 with an integrated CPU, GPU, audio DSP, and a neural processing unit. This
SYNAPTICS LAUNCHES NEXT-GENERATION VIDEOSMART VS640 SOC WITH CAS SECURITY SUPPORT Read More »
Before talking about OpenTitan and Microsoft Pluton – two security chips by two tech giants, let’s have an overview of what security chips actually are. Today, the hardware-level security of an operating system is an extremely important matter and is taken very seriously by manufacturers. The core security of an operating system depends on a chip separate from the
GOOGLE OPENTITAN AND MICROSOFT PLUTON CREATE THE FUTURE OF SECURITY CHIPS Read More »
Qualcomm and Lantronix have come together to launch Snapdragon 888 Mobile Hardware Development Kit – a feature-rich Android development platform designed to provide Android app developers, hardware vendors, and original equipment manufacturers with the right software and tools needed to accelerate the development and testing of devices. The Snapdragon 888 development board is powered by Qualcomm’s Snapdragon 888 octa-core Kryo 680 CPU with
SNAPDRAGON 888 MOBILE HDK RUNS ANDROID 11 ON QUALCOMM’S LATEST 5NM SOC Read More »
F&S Electronics recently made some announcements regarding three of its Linux-driven modules built around NXP’s i.MX8 processors: the i.MX8M Mini based PicoCore MX8MM module, the i.MX8X-based efus MX8X module, and the NXP’s i.MX8M Plus-based PicoCore MX8MP module, which we will focus on here. PicoCore™MX8MP Module The new PicoCore MX8MP module is a very small and reliable module (40 mm x
PICOCORE MX8MP MODULE FEATURES I.MX8M PLUS CPU AND SHIPS WITH A STARTERKIT Read More »
Neousys Technology, an industry-leading provider of rugged embedded systems, today announced its new extreme ultra-compact fanless embedded computer, the POC-40. Featuring Intel’s latest Atom processor and a 2.5-inch SSD-like dimension measuring just 50 mm (W) x 87 mm (D) x 112 mm (H), it is ideal for installation into limited spaces and is designed for applications such
DFI has launched AL05P – a 2.5-inch Pico-ITX SBC that offers PoE and is powered by an Intel Atom® Processor E3900 Series. AL05P is not the first Intel Apollo Lake Pico-ITX board to appear in the market, but it is amongst the first to come with a PoE support (Power-over-Ethernet). The Linux-ready AL05P board is equipped with 4GB RAM, up to 64GB eMMC, a mini DisplayPort output, two USB
DFI’S AL05P IS A 2.5-INCH PICO-ITX SBC WITH POE AND AN APOLLO LAKE PROCESSOR Read More »
So… Odd title, right? Well, not quite! Today we will be analyzing an ambitious idea from Elitegroup Computer Systems (ECS, for short), which takes a Mini-ITX board and shrinks it to half its original size. As a cool concept this is, does it have enough “glue” to stick on everyday’s market of computers? Let us figure that out.
ECS GLKD-HTI INTEL CPU ON BOARD CUTS THE MINI-ATX IN HALF Read More »
When it comes to industrial PC motherboards, we all know ASRock has successfully launched some of the popular products. After the release of the ASRock iBOX 1100 rugged mini-PC, several months in, we saw the NUC 1100 Box Series mini-PCs powered by the 11th Generation Intel Core i7/i5/i3 processors and Iris® Xe graphics a couple of months back.
ASROCK ANNOUNCES TIGER LAKE BASED MOTHERBOARDS FOR INDUSTRIAL APPLICATIONS Read More »
Keeping in mind the betterment of artificial intelligence and various other CPU intensive workload, EPFL (École Polytechnique Fédérale de Lausanne) engineers have developed a new single architecture that combining logic operations and data storage. It may hold the potential to lay the fundamental work for the upcoming generation of smaller, faster, and more energy-efficient devices. Engineers at EPFL’s Laboratory
MAJOR BREAKTHROUGH IN CHIP ARCHITECTURE TECHNOLOGY Read More »
