arm

On Board Satellite Controller using ARM Based Microcontroller

On-Board Satellite Controller using ARM Based Microcontroller

Satellite Subsystems Irrespective of the intended application, is it a communications satellite or a weather satellite or even an Earth observation satellite, different subsystems comprising a typical satellite include the following: Mechanical structure Propulsion Thermal control Power supply Tracking, telemetry and command Attitude and orbit control Payload Antennas The structural subsystem provides the framework for […]

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SEGGER RELEASES FLOATING POINT LIBRARY TO SUPPORT RISC V

SEGGER RELEASES FLOATING-POINT LIBRARY TO SUPPORT RISC-V

Comprehensive array of arithmetic functions, hand-coded & optimized in assembly language. SEGGER‘s stand-alone Floating-Point Library has now been extended to include an assembly-optimized variant for RISC-V implementations. The library contains a complete set of high level mathematical functions that have been written in C, and uses advanced algorithms to maximize performance levels. All of the functionality is

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GIGABYTE delivers Cavium ARM based server boards

GIGABYTE delivers Cavium ARM-based server boards

GIGABYTE of Taiwan has produced a cache-coherent, dual socket ARM server board the MT70-HDO and its associated 2U rackmount the H270-T70. Based on the Cavium ThunderX ARMv8 processor, they accelerate GIGABYTE’s recent efforts to bring ARM-based server products to market thereby opening new doors for scale-out server workloads.Designed for the 48 cores ARMv8 2.5GHz ThunderX processor, the

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ARM and UNICEF aim to transform peoples’ lives

ARM and UNICEF aim to transform peoples’ lives

UNICEF and ARM have announced a multi-year, multi-million pound partnership to accelerate the development of new technologies to overcome the barriers that prevent millions of families from accessing basic health, education and support services. “We’ll be working with UNICEF’s labs to productise their ideas, ” ARM evp Ian Drew told Electronics Weekly, “we’ll work with

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Xilinx puts seven ARM cores on 16nm finfet SoC

Xilinx puts seven ARM cores on 16nm finfet SoC

Xilinx has integrated three ARM processors with seven cores on its latest Zynq programmable system-on-chip device. The programmable device, which is part of the company’s latest 16nm finfet ultraScale+ family of FPGAs, combines a 64-bit quad-core ARM Cortex-A53 processor with a dual-core Cortex-R5 real-time processor for deterministic operation and a Mali-400MP graphics processor. Embedded World:

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