- #Create loopback cable rj45 step by step how to
- #Create loopback cable rj45 step by step pdf
- #Create loopback cable rj45 step by step manual
- #Create loopback cable rj45 step by step software
This section describes the NI/Ettus Research products required for generating and acquiring RF signals as well as the synchronization signals - PPS, 10 MHz, and Local Oscillator (LO) - shown in Figure 3: Reference Architecture Overviewįor a complete list of required hardware for the Open Architecture for Radar and EW Research, refer to the bill of materials in the /docs/ folder, where is an alias for the following GitHub file folder location: The reference architecture demonstrates waveform generation from file using RFNoC replay blocks.įigure 2. Bill of materials for systems with up to 32 channels.o Streaming IQ data from 32 channels to a server for further processing. O Synchronization between 32 Rx-Rx channels and 32 Tx-Rx channels. Documentation that lists performance benchmarks with validated results for systems with up to 32 channels for the following specifications:.nxn refers to systems where n is the number of transmit and receive channels. Documentation that lists installation and configuration information, best practices, and known issues encountered during development and validation of an 32x32 system.
#Create loopback cable rj45 step by step how to
#Create loopback cable rj45 step by step software
The Open Architecture for Radar and EW Research allows engineers to quickly scale from software simulation to hardware demonstration. The purpose of this document is to provide a starting point in the creation of your specific system configuration.
#Create loopback cable rj45 step by step manual
This user manual describes how to design a system that enables synchronization between Receive (Rx) channels and Transmit-Receive (Tx-Rx) channels, as well as high-throughput data sample transport from the software-defined radio (SDR) to a server system over 10 GbE data links.
#Create loopback cable rj45 step by step pdf
A PDF version of this AppNote is available for those who need or prefer that document style. This document provides guidance for designing a system that uses the NI Open Architecture for Radar and EW Research.
9 Appendix: Creating High-Channel-Count Systems.8.4.2 Streaming to Disk Data Transfer Rate.8.4.1 Streaming to Memory Data Transfer Rate.8.3.5.2 Resetting Configuration between Runs.8.3.5.1 Resetting Session between Runs.