Private 5G, O-RAN radio units, software-defined radio and non-terrestrial links — built around the digital front end, where the amplifier efficiency argument is won or lost. Faststream works on the radio subsystem itself and on the systems that depend on it, from enterprise private networks to trackers that must report from the middle of an ocean.
Programmable radio unit IP for small cell, massive MIMO and macro cell platforms, with the digital front end integrated.
Multi-connectivity platforms combining cellular, Wi-Fi and LPWAN, in deployable network-in-a-box form where fixed infrastructure is impractical.
FPGA software-defined modem and signal-processing platforms for space, defence and communications.
Non-terrestrial module integration as a coverage-continuity layer for tracking, maritime and remote infrastructure.
Transceiver integration, filtering, antenna interface and link budget analysis.
Multi-constellation receivers with inertial aiding for environments where satellite visibility is intermittent.
| Parameter | Value | Notes |
|---|---|---|
| Peak-to-average power ratio managed | 6–9 dB | CFR, weighted windowing algorithm |
| System error vector magnitude | 3.9–4.1 per cent | Integrated DFE system |
| Adjacent channel leakage | Improved by adaptive DPD | Non-linear modelling across multiple power amplifiers |
Figures describe demonstrated system behaviour under the stated configuration. Applicability to a specific amplifier, waveform and bandwidth is established during engagement.
Most sites that want a private network already have Wi-Fi, may have LPWAN sensors, and need cellular for the things that move. Building three separate networks produces three separate operational burdens.
A multi-connectivity platform carries all of them under one management plane, with non-terrestrial links available where the site extends beyond terrestrial coverage — a port, a mine, a rail yard, a disaster response deployment. The deployable form factor matters more than it sounds, because many of the sites that most need a private network are the ones where fixed infrastructure cannot be justified.
Coverage and control that public networks do not provide on a specific site — deterministic performance for automation, coverage in a port or mine where public networks are weak, data that must not traverse a public core, and continuity where a site extends beyond terrestrial coverage.
It lets the power amplifier run closer to saturation, where it is more efficient, without unacceptable adjacent channel leakage or error vector magnitude. Since the amplifier dominates radio unit energy consumption, that is a direct operating-cost argument.
When continuity matters more than cost per message and terrestrial coverage does not reach — maritime legs, remote infrastructure, long transit routes. It belongs on the exception path, with reporting policy tuned accordingly, rather than as the default transport.
Tell us the specification, the constraint and the deadline. Programmes that cross silicon, radio, embedded and AI are where Faststream is strongest.