Rugged 3U VPX NVIDIA Turing™ RTX3000 for Military and Aerospace скачать в хорошем качестве

Rugged 3U VPX NVIDIA Turing™ RTX3000 for Military and Aerospace

This NVIDIA Turing RTX3000 3U VPX module features outputs for DisplayPort, CoaXPress, ARINC 818, and has a PCIe switch. It also meets military and aerospace specifications for temperature, shock, and vibration. The RTX3000 has CUDA cores, Tensor cores, and features 6GB of DDR6 memory. LINK TO WOLF PRODUCT PAGE https://wolfadvancedtechnology.com/pr... TRANSCRIPT OF VIDEO This Turing-based module features the NVIDIA Quadro RTX3000 embedded processor which is in the mid-range of Turing processors that we plan to offer in the WOLF product lineup. Future NVIDIA Turing modules on our roadmap will include the T1000 embedded processor at the lower end of performance and the RTX5000 embedded processor at the higher end. Like ALL WOLF products this module is designed to meet military and aerospace specifications for temperature, shock, vibration, and power, and is designed for use in the air, over land, at sea, and in space. This module features 4 DisplayPort 1.4 outputs and two of these outputs can be configured for HDMI or DVI-D. Using the WOLF FGX we've also added two additional digital outputs and two analog video outputs. The additional digital video outputs are SDI but these outputs can ALSO be offered in CoaXPress or ARINC 818 The two ANALOG outputs are CVBS with NTSC or PAL. A future version of this module will ALSO enable the CAPTURE of these digital and analog video signals, using our FGX technology. The RTX3000E processor features CUDA cores, tensor cores, and RT cores, with an overall performance of 6.4 TeraFlops, an increase of 39% over the previous generation product. And 6 GB of DDR6 memory which offers a 100% increase in memory bandwidth performance over the previous generation product. The Tensor cores available in Turing can provide a dramatic increase for inference performance when the precision is reduced from 32 bit, to 16 bit, to 8 bit or even 4 bit for inferencing workloads that can tolerate these types of quantization. At WOLF we believe the increase in Teraflop performance, the inclusion of tensor cores for multi-precision inference, and the dramatic increase in memory bandwidth make the adoption of TURING an attractive option for military or aerospace use. The NVIDIA RTX3000 embedded processor offers better H264 and H265 encoding and decoding compared to Pascal for both performance and quality. This includes B-frame support, lower encoding bit rates, and 8K encoding On this module, we include a PCIe 16 lane switch with Non-Transparent Bridge capability so you can perform daisy-chaining or configure this module as an endpoint for multiple SBCs and, with Dolphin Interconnect software, you can also use this module for multicasting, device lending, and asymmetric multi-processing. The conduction-cooled versions of this module will offer rear I/O to P2, and with the air-cooled version, we can mix and match most of the I/O signals to the front OR rear as you would like, depending on your requirements. If you have any questions be sure to call one of our sales engineers at 905-852-1163 x1 or visit our website at wolf.ca to look at this module or any of our other video-centric modules in form factors that include 6U VPX, 3U VPX, XMC, MXC, MXM and other small and custom form factors. READ MORE ABOUT MIXED-PRECISION INFERENCE AND QUANTIZATION Mixed Precision Volta https://docs.nvidia.com/deeplearning/... Quantization https://developer.download.nvidia.com... 8 Bit https://openreview.net/forum?id=SklzI...