Author: Brian StevensEditor: Chris HinkeySpecial Thanks: Ryan Mennecke for assisting in installation and optimization Goals and Tasks Geon has leveraged parabolic antennas and Radio Frequency over Fiber (RFoF) to maximize signal quality of local 4G Long Term Evolution (LTE) frequency
Open Source 5G on a Drone This past summer Geon explored a new, embedded development workflow creating applications for a drone platform. We selected the platform because it was the most cost effective way to get access to a Qualcomm®
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
A Brief History of REDHAWK In 2010, the REDHAWK software defined radio (SDR) framework was developed to address the need for a “standards based” SDR platform that scaled from clusters of servers to embedded platforms. The business strategy was simple: