Telecom work centres on the radio unit: O-RAN radio unit IP, the digital front end that determines amplifier efficiency, and the timing that keeps a transport network synchronised. The commercial argument in this sector is almost always energy per bit, and the digital front end is where that argument is won.
| Application | Platforms drawn on | Products involved |
|---|---|---|
| O-RAN radio unit development | Radio, Silicon | O-RAN radio unit IP |
| Digital front end integration | Radio | DPD and CFR IP cores |
| Private 5G deployment | Radio, Connected Edge | Network-in-a-box platform |
| Transport network timing | Silicon | Precision Time Protocol IP |
| Satellite and NTN integration | Radio | Satellite modem, NTN modules |
| Software-defined radio platforms | Radio, Silicon | FPGA SDR platform |
Everything for this sector
Assembled from one registry rather than written per page, so a link added anywhere appears from both ends.
The power amplifier dominates radio unit energy consumption. Crest factor reduction and digital pre-distortion let it run closer to saturation, where it is more efficient, without breaching adjacent channel leakage or error vector magnitude limits. That is a direct operating-cost saving across a network.
Yes. The O-RAN radio unit IP targets small cell, massive MIMO and macro cell platforms, with the digital front end integrated.
Tell us the specification, the constraint and the deadline. Programmes that cross silicon, radio, embedded and AI are where Faststream is strongest.