The RedHawk Linux operating system by Concurrent Real Time is equipped with the ability to support a range of applications including embedded single-board computers to multifaceted, multi-processor server configurations. Now, Concurrent has announced a new version of RedHawk-Linux—RedHawk-Linux 7.5.
Fremont, CA: Concurrent Real-Time, based in Pompano Beach, FL, is the primary leader when it comes to enabling real-time, high-performance Linux software solutions and computer systems. The firm has been in business for over fifty years. Concurrent serves both the government and other enterprises.
The enterprise’s RedHawk-Linux is presently the top real-time Linux operating system both for x86 and ARM64 systems. The firm has announced a recent enhanced version of RedHawk Linux that can sustain the Jetson AGX Xavier.
Until this day, RedHawk remains the sole Linux distributor, which gives an assurance that user-level applications can respond to external events within a time frame of below five microseconds on any certified platforms.
The initial version of RedHawk Linux is a critical element in a number of mission-critical applications that include process control, data acquisition, training and simulation. Now with the upgrade to the RedHawk Linux 7.5, the operating system is available for the entire range of NVIDIA Jetson products.
The NVIDIA Jetson can be leveraged for research purposes, by small to medium enterprises or established companies. The Jetson series imparts the competence and performance required to run independent machines software, quicker and with reduced power. The NVIDIA Jetson AGX Xavier is an ARM64 based artificial intelligence system-on-a-module relying on the NVIDIA Volta GPU Technology.
The RedHawk-Linux with compatibility for Jetson AGX Xavier is well-positioned as far as embedded applications are concerned in defense, aerospace, industrial, medical and automotive sectors that demand precise response, high-performance and less utilization of power.
The RedHawk Linux + AGX Xavier environment also supports the ‘SIMulation Workbench’, an all encompassing real-time simulation framework which facilitates processing of MathWorks Simulink models, MathWorks GPU Coder, Custom C/C++ codes, and generated CUDA code.