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open-hardware

OPEN ASICS, OPEN FPGA, IP, OPEN TOOLCHAINS, OPEN HARDWARE

MODULAR, OPEN-SOURCE FPGA-BASED LPDDR4 TEST PLATFORM

Published:

LPDDR4 test platform The flexibility of FPGAs makes them an excellent choice not only for parallel processing applications but also for research and experimentation in a range of technological areas. We often provide our customers with flexible...
OPEN HARDWARE, OPEN MACHINE VISION

THE ULTRASCALE+ PROCESSING MODULE IS RELEASED AS OPEN SOURCE HARDWARE

Published:

UltraScale+ Processing Module Antmicro just released its UltraScale+ Processing Module as open source hardware. The release of the UltraScale+ Processing Module joins a long list of open source hardware, industrial grade baseboard designs by Antmicro, such...
OPEN TOOLCHAINS, OPEN CLOUD, OPEN ISA

RENODE 1.11 - IMPROVED TESTING, RISC-V SUPPORT AND USER EXPERIENCE

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RE 1.11 logo Version 1.11 of Antmicro’s open source Renode simulation framework is already available. As usual, the new release introduces a range of features, modifications and fixes, enabling developers to design complex embedded IoT...
OPEN HARDWARE, OPEN ASICS, OPEN FPGA

RPC DRAM SUPPORT IN OPEN SOURCE DRAM CONTROLLER

Published:

DDR RAM and RPC DRAM comparison The Internet of Things is one of the areas that is hugely benefiting from miniaturization of semiconductor technologies, as more computing power can be encapsulated into increasingly smaller devices. Shrinking in size and requiring...
OPEN HARDWARE, OPEN MACHINE VISION, EDGE AI

OPEN JETSON NANO / XAVIER NX BASEBOARD AVAILABLE FOR PURCHASE

Published:

Jetson Nano/Xavier NX Basebaord Antmicro’s Open Jetson Nano / Xavier NX Baseboard has been the basis for a number of our customer projects, allowing various computer systems that we build to leverage the AI-capabilities of NVIDIA’s popular SoMs. While providing...
OPEN HARDWARE, OPEN ASICS, OPEN SOURCE TOOLS

ZGLUE TEAMS UP WITH ANTMICRO AND GOOGLE IN OPEN CHIPLET INITIATIVE

Published:

OCI It is becoming evident that the next level of advancement in chip-building can be achieved through open, modular and collaborative methodologies resulting in unmatched flexibility, ease of development and robustness of the...
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