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This page describes the format of beacon frames. Fixed Part Every beacon frame starts out with ...

This page describes the security/authentication mechanisms in use by the protocol. Background E...

To add a device to an existing BlazeNet network, it will need to be paired to the network. This p...

All messages sent over the air take the form of a packet. Packets encapsulate the actual user dat...

Wireless devices in the network communicate using this custom RF protocol layer. It guarantees re...

Collection of some notes on the rev1 coordinator hardware Assembly Combine 100nF capacitors o...

This page collects some notes about the host-driven RF firmware, running on the EFR32FG23 chip on...

Some notes about the Linux host firmware (see this GitHub repo). UARTs don't work in DMA mode ...

This page describes the physical radio configuration for use in sending packets over the air. 91...

This page documents some issues with the hardware. Rev 3 Footprint for RTC backup battery (BT...

This is a new controller board for the programmable load, designed around the STM32MP1 microproce...

This page describes the "property request" mechanism, as well as the message format used to inter...

This page describes the native communications protocol with the device. It is binary based, with ...

Rev 1 Copper rings around USB connector pads should be larger Retention holes for Ethernet ja...

Rev 1 Mode/load switches footprints need soldermask pulled back from pads The pads are cove...

The driver boards need to have done to work. Rev 1 Current driver zero offset Trimmers: RV301,...

This page lists some issues with the hardware. Rev 2 Holes for current sense resistors should...

This page lists some issues with CPU board hardware, as they are discovered, and some workarounds...

Clock Inputs All clocks on the system are derived from one of the following clock inputs (oscill...

DMAC should operate with dynamic, round-robin priority arbitration within a DMA priority level. P...