Attention network engineers, developers, and mission-critical system designers! DornerWorks innovative Time Sensitive Networking (TSN) system enables reliable, deterministic communication for your mission-critical systems.

This video shows off the capabilities of our TSN IP under a simulated a ""signal jammer"" scenario, where the network is flooded with RF noise. Without network protocols, the streaming video input deteriorates as throughput is choked and latency increases. But with DornerWorks TSN IP, throughput is significantly improved, and latency reduced.

Our TSN IP shields devices networked over Ethernet from Denial-of-Service, enabling smart management of high-bandwidth networks and low latency for mission-critical systems.

Why imagine what your networked product could achieve with DornerWorks TSN IP? Visit DornerWorks.com now to schedule a meeting with our team and turn your networked product ideas into reality.

#DornerWorks #TimeSensitiveNetworking #MissionCriticalSystems #NetworkProtocols #RFNoise #HighBandwidthNetworks #LowLatency

@M0TDN

A little bit of searching for similar reports of RF noise generated by the Pi 3 turned up this

https://raspberrypi.stackexchange.com/questions/83570/raspberry-pi-3-noise

which pointed at the 5v to 3.3v regulator as a source for HF noise on the Pi 3.

A similar discussion at /r/RTLSDR

https://www.reddit.com/r/RTLSDR/comments/ighoge/update_massive_rf_interference_from_raspberry_pi/

led to some suggestions about swapping out cables as well as introducing ferrite chokes at strategic locations.

Good luck with the signal hunt!

#RaspberryPi #Pi3 #RF #RFNoise #SDR