VPX med 11. generations Intel-processorer

Concurrent Technologies - der er repræsenteret gennem Recab - præsenterer en række nye boards, der er bygget op omkring 11. generations processorer fra Intel (in english).

There are two processor options: An 8-core solution fitted with the Intel Xeon W-11865MRE processor; a 4-core solution fitted with an Intel Xeon W-11155MRE processor.

Both of these processors come with an integral GPGPU engine with 32 Execution Units which can be used for display or acceleration purposes using OpenCL, OneAPI or OpenVINO for image processing or Artificial Intelligence.

TR L9x/6sd-RCx is the first processor board from Concurrent Technologies to support up to 100GBASE-KR4 Ethernet capability which makes it suitable for many future applications needing high throughput communications.

TR L9x/6sd-RCx supports a range of standard security capabilities including Boot Guard, Total Memory Encryption and is fitted with a Trusted Platform Module for key storage. In addition, Concurrent Technologies offers an additional Guardian Package for enhanced security.

3U VPX I/O Intensive Plug In Card – TR K9x/6sd-RCx

Another announcement from Concurrent is a new 3U VPX Plug in Card (PIC) designed in alignment with the SOSA Technical Standard. This new I/O intensive processor is targeted for use in a variety of Situational Awareness and Intelligence, Surveillance and Reconnaissance (ISR) applications that need a combination of general-purpose processing augmented with image processing and Artificial Intelligence (AI) acceleration.

TR K9x/6sd-RCx is based on an 11th Gen Intel Core Processor which has up to 4 CPU cores mated with 16 Gbytes of soldered DDR4 DRAM with in-band Error Correction Code for high-performance general-purpose compute tasks. The Intel Iris Xe Graphics integrated into the product adds up to 96 Execution Units for AI and acceleration when utilized by an OpenCL, oneAPI or OpenVINO application.

Extra processing or I/O can be included within a single slot via the onboard XMC site which means that the product can be easily reconfigured for specific application needs. Connectivity to the XMC site and the backplane data and expansion plane connections is via a PCIe switch with non-Transparent port and DMA capability, allowing for SWaP optimized multi-processor solutions without the need for a separate PCIe switch.

In addition, TR K9x/6sd-RCx supports a number of rear connections for easy development and deployment including Ethernet, DisplayPort and USB. One of the advantages SOSA alignment is that the rear I/O connections are defined on the backplane, allowing customers to easily realize technology transitions and extend product life cycles.