New Lightspeeur 2803 AI Accelerator Supports PCIe Interface
The Gyrfalcon’s Lightspeeur 2803 AI Accelerator offers 16.8 TOPS at 0.7 w with latency as low as 2 msec. The unit is compatible with interfaces such as ResNet, MobileNet, ShiftNet and VGG neural networks for AI sizes from 4.4 to 17.6 MB. This chip is used in multiple chip board solutions to meet requirements of data centers supporting inference server AI operations. The Lightspeeur enables...
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New Lightspeeur 2803 AI Accelerator Supports PCIe Interface
The Gyrfalcon’s Lightspeeur 2803 AI Accelerator offers 16.8 TOPS at 0.7 w with latency as low as 2 msec. The unit is compatible with interfaces such as ResNet, MobileNet, ShiftNet and VGG neural networks for AI sizes from 4.4 to 17.6 MB. This chip is used in multiple chip board solutions to meet requirements of data centers supporting inference server AI operations. The Lightspeeur enables...
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MCU from Redpine Signals Inc. Reduces Overall System Cost for Smart Device Development
Redpine Signals®, Inc’s. new RS12000 SmartMCU™ delivers ultra-low power (19uA/MHz @20MHz) and high performance (1.07GOPS) in a single chip, helping battery life. The MCU has a separate network security processor that supports all security modes in hardware for the highest level of protection. It features up to four cores, providing double the processing power, memory, and peripherals by...
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MCU from Redpine Signals Inc. Reduces Overall System Cost for Smart Device Development
Redpine Signals®, Inc’s. new RS12000 SmartMCU™ delivers ultra-low power (19uA/MHz @20MHz) and high performance (1.07GOPS) in a single chip, helping battery life. The MCU has a separate network security processor that supports all security modes in hardware for the highest level of protection. It features up to four cores, providing double the processing power, memory, and peripherals by...
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Glass Fabrication for MEMS Applications
Micro-electromechanical systems (MEMS) can be found in nearly every industry, such as the consumer electronics and semiconductor fields. Learn more about the technology and its applications.
Read More »New Microprocessors form Renesas Features Easy-to-use Design Capabilities
Renesas Electronics Corporation’s mew microprocessors accelerate the development of rich human-machine interface- (HMI) and camera- and GUI-based applications. It works with industrial equipment, building controls, home automation, medical devices, white goods, and video surveillance and video/fingerprint based access control. The microprocessors feature the use of Renesas MCUs along with up to...
Read More »New Microprocessors form Renesas Features Easy-to-use Design Capabilities
Renesas Electronics Corporation’s mew microprocessors accelerate the development of rich human-machine interface- (HMI) and camera- and GUI-based applications. It works with industrial equipment, building controls, home automation, medical devices, white goods, and video surveillance and video/fingerprint based access control. The microprocessors feature the use of Renesas MCUs along with up to...
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Renesas Presents RZ/A2M Microprocessor with Large Capacity On-Chip RAM
The RZ/A2M Microprocessor is suitable for applications that use human-machine interface functionality and cameras. The unit supports MIPI® camera interface for use with mobile devices and is equipped with DRP for high-speed image processing. The MPU now comes with enhanced secure network functionality with an on-chip hardware encryption accelerator and a two-channel Ethernet support. It offers...
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Renesas Presents RZ/A2M Microprocessor with Large Capacity On-Chip RAM
The RZ/A2M Microprocessor is suitable for applications that use human-machine interface functionality and cameras. The unit supports MIPI® camera interface for use with mobile devices and is equipped with DRP for high-speed image processing. The MPU now comes with enhanced secure network functionality with an on-chip hardware encryption accelerator and a two-channel Ethernet support. It offers...
Read More »New RISC-V-Based SoC Platform is Suitable for Big Data and AI Solutions
The RISC-V-Based SoC Platform is designed for edge interference applications that are based on the NVIDIA's Deep Learning Accelerator (NVDLA) technology. The NVDLA runs on FPGA that is connected via ChipLink to HiFive Unleashed board. The software is suitable for high-performance with improved power and area profiles are crucial.
Read More »New RISC-V-Based SoC Platform is Suitable for Big Data and AI Solutions
The RISC-V-Based SoC Platform is designed for edge interference applications that are based on the NVIDIA's Deep Learning Accelerator (NVDLA) technology. The NVDLA runs on FPGA that is connected via ChipLink to HiFive Unleashed board. The software is suitable for high-performance with improved power and area profiles are crucial.
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Triad's Next-Gen Power Supplies Offer Increased Reliability and Reduced Noise Performance
Triad Magnetics, an established leader in power supply design and manufacturing, is proud to announce their next generation WAU AC and WDU DC Series of power supplies. These linear wall plug-ins offer minimum noise performance without sacrificing reliability or life. See our video to learn more.
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