Electronics News Updates

Making the Electronics for CDM324 – 24GHz Doppler Motion Sensor

Making the Electronics for CDM324 – 24GHz Doppler Motion Sensor

The Doppler Effect I’m sure you’re quite familiar with the Doppler effect: you send an RF signal at a given frequency to a target, and if this object/person is moving the reflected signal’s frequency will be shifted. This is the reason why a fire truck’s siren has a higher pitch when the truck is going

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NEED WIFI 5 AND BLUETOOTH 5

NEED WIFI 5 AND BLUETOOTH 5? THEN TRY OUT UNISOC UWP5661

WiFi 5 also known as 802.11ac has been around for a while now, but few boards have adopted it. The WiFi 5 might easily be confused with the general WiFi (802.11 b/g/n).  The WiFi standard 802.11ac is capable of 1300 megabits per second (Mbps) which is the equivalent of 162.5 megabytes per second (MBps), this is 3x faster than

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GYRFALCON LAUNCHES SECOND GEN AI ACCELERATOR CHIP

GYRFALCON LAUNCHES SECOND-GEN AI ACCELERATOR CHIP

Lightspeeur 2803 – a follow on to the Lightspeeur 2801S ASIC – enables upgrading of existing data center hardware to speed AI processing while providing 10X reduction in energy consumption. Gyrfalcon Technology Inc. (GTI), the world’s leading developer of low-cost, low-power, high-performance Artificial Intelligence (AI) processors, today announced the availability of its second-generation chip, the Lightspeeur 2803 AI Accelerator.

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Carbon Introduces SpeedCell System Bigger 3D Printers

Carbon Introduces SpeedCell System & Bigger 3D Printers

Since 2013, the additive manufacturing startup Carbon had altered the 3D printing industry. Carbon produced its industry-changing M1 3D printer and CLIP 3D printing technology, bringing never-before-seen printing speed and end-use-quality polymer parts to the market.   Today Carbon is on a mission to help manufacturers and designers cut their costs, waste less energy and

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WISP – Re programmable Microcontroller That Runs On Energy Harvested From Radio Waves

WISP – Re-programmable Microcontroller That Runs On Energy Harvested From Radio Waves

A new research initiative between the University of Washington’s Sensor Lab and the Technical University of Delft in the Netherlands has created a microprocessor that can power itself through stray radio waves and receive programmable updates in the same fashion. While the RISC-derived 16-bit microcontroller CPU is very weak compared to modern standards, it’s much more powerful

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