Recently in our blog we talked about how we leveraged Open Air Interfaces(OAI) and USRP SDRs to stand up a low cost 5G network for experimentation. Next, we wanted to detail what it would take for anybody else to implement
Testing and developing with 5G networks is often costly for one main reason, the testbed. Traditional 5G testbeds can cost upwards of $100,000 in hardware alone which prices out many organizations from learning about and contributing to 5G development. Geon
Geon Technologies is well-known for leading the industry in software-defined radio (SDR) frameworks like REDHAWK SDR. However, Geon’s growing portfolio of exciting FPGA projects deserve the spotlight too! This post gives you a recap of some of the FPGA projects
To build upon the rapid deployment capabilities we introduced with Docker REDHAWK, we now bring you a distributed computing solution in the form of Docker Redhawk Swarm! Docker Swarm is the perfect companion to enable the greatest power of Redhawk:
Some Quick History The last time we demoed bringing the B205mini into REDHAWK, it was again using Docker to containerize an environment conducive for a more recent version of UHD. Back then, we were working in different constraints: REDHAWK 2.0.2
Through our partnership with Ettus Research, we were recently given the chance to work with one of their new devices, the B205mini. This little device, smaller than a deck of cards, has a Spartan 6 FPGA and a transceiver capable
Introduction 14 June 2019: This post has been updated to the current REDHAWK version, 2.2.2, and Rocko. In this post we’ll cover a little bit of OpenEmbedded (OE) as well as Geon’s progression towards a layer that can be used