Compulab is introducing Airtop3 – a ruggedized small-form-factor fanless IoT edge server powered by an 8-core Intel® Core™ i9-9900K Processor and Nvidia Quadro RTX 4000, both passively cooled using Compulab’s Natural Airflow technology. With a footprint of just 7.5 liters, Airtop3 can passively dissipate up to 300W and operate at a wide temperature range of -40°C to 70°C. […]
COMPULAB AIRTOP3 IS BRINGING PERFORMANCE TO THE EDGE Read More »
Raspberry Pi enthusiasts may be interested in a new video tutorial published by Jeremy Cook on making a case for his Raspberry Pi NAS components, providing plenty of room for extra hard drives and easy access when required to make tweaks and upgrades when necessary. How to make a roomy Raspberry Pi enclosure from an
Raspberry Pi NAS enclosure project Read More »
Sampling at 5GSa/s with a standard record length of 250Mpts/channel, this series includes the first 1GHz oscilloscope made by Siglent. The SDS5000X’s impressive waveform capture rate is up to 480,000 frames/sec with multiple powerful triggering modes. Saelig Co. Inc. announces the new economical, high performance Siglent SDS5000X series of advanced digital storage oscilloscopes, which are available in
ECONOMICAL SIGLENT SDS5000X 350MHZ-1GHZ OSCILLOSCOPES Read More »
SolidRun has released a new board to their HummingBoard style family called the HummingBoard CBi. SolidRun who specialize in a wide variety of embedded systems and network solutions which are mostly based around ARM and x86 Architecture SBCs, SOMs and Industrial mini PCs, has launched the HummingBoard CBi – an Industrial SBC – different from the previous HummingBoard Edge SBC which was more of a
SOLIDRUN HUMMINGBOARD SBC GETS A BOOST OF CAN AND SERIAL PORTS Read More »
This versatile embedded single board computer hits on all the main points for a low power, cost effective, Internet-of-Things (IoT) capable, and ready-to-deploy OEM board with an emphasis on data integrity. The TS-7553-V2 offers the ability to communicate seamlessly with several different networks simultaneously from a single device. Using the onboard peripherals the system can
TS-7553-V2 – IoT-Ready SBC with Reliable Storage, Cell Modem, XBee, PoE Read More »
A tiny, open source, plug-and-play Linux dev board with Wi-Fi and lots of storage. Meet Omega2 Pro, the most powerful Omega yet. The Omega2 Pro is the next generation of our highly successful Omega2 and the most powerful IoT computer we’ve made yet. It is a standalone device – the processor, memory, gigabytes of storage,
ONION OMEGA2 PRO – A TINY, OPEN SOURCE LINUX DEV BOARD Read More »
FriendlyElec recently released a pretty exciting hacker board which is super cheap, considering the features of the board and the price it is being sold for. The Single Board Computer (SBC) is based on Rockchip RK3399; a low power, high-performance processor. The board which is called Nano PC – T4 can be regarded as the
NanoPC-T4 – A High-Performance Low Cost Single Board Computer Powered By RK3399 Read More »
The Raspberry Pi is a low cost, credit-card sized computer that plugs into a computer monitor or TV and uses a standard keyboard and mouse. It is a capable device that enables people of all ages to explore computing and learn how to program in languages like Scratch and Python. It’s also capable of doing
How to Get Started With The Raspberry Pi Read More »
SinoVoIP, the makers of the DIY Raspberry Pi lookalike board, the BananaPi has unveiled a new maker board designed for media, storage, and networking applications called the Banana Pi BPI-W2. The Banana Pi BPI-W2 is based on the Realtek RTD1296 processor. Recently, Realtek worked on the first RTD1296 processor with extra Gigabit Ethernet, SATA interfaces and USB
Project Background We used Raspberry Pi 2, Azure, Oxford Project and Wechat to realize the following process. Using Face Detection SDK based on Windows 10 IoT core to detect whether there is a human face in our camera, then uploads the capture of human face to the Azure website. Then we use the background platform
Face Detection in Windows 10 IoT core with Oxford Project Read More »
