4G/LTE & 5G NR Baseband
Parallel FPGA datapaths for deterministic PHY acceleration across radio and test platforms.
- FFT / iFFT and channelisation
- FEC, modulation and coding
- DUC / DDC and digital filtering
- Low-latency accelerator interfaces
WIRELESS FPGA & NETWORK INFRASTRUCTURE
Programmable performance for connected systems.
UNIVCS develops FPGA acceleration, high-speed interfaces and validation platforms for 4G/LTE, 5G NR, radio access, broadband and optical transport.
APPLICATION DOMAINS
From sampled RF data
to transported packets.
We engineer the programmable processing, interfaces and platform software that connect the radio edge to modern network infrastructure.
Radio Units & Base Stations
Programmable processing and interface integration for macro, small-cell and distributed RAN architectures.
- Massive MIMO datapaths
- Beamforming and antenna processing
- CFR / DPD acceleration
- RF transceiver integration
Fronthaul & Backhaul
Synchronized, high-throughput transport between radio, distributed and centralized network functions.
- CPRI / eCPRI datapaths
- 10G / 25G / 100G Ethernet
- IEEE 1588 PTP and SyncE
- Packet classification and QoS
Broadband & Optical Transport
FPGA acceleration for access, aggregation, switching and deterministic optical-network functions.
- DWDM and optical interfaces
- Routers and Ethernet switching
- Broadband access processing
- OTN framing and diagnostics
Coverage & Repeater Systems
Signal-processing and control platforms for indoor, outdoor and extended-coverage deployments.
- LTE and wireless repeaters
- Microwave and optical links
- Digital predistortion
- Monitoring and remote management
IP, Platforms & Test
Reusable logic and proof platforms that shorten integration, validation and customer evaluation.
- FPGA IP licensing
- Custom logic development
- Demo boards and development kits
- ATE and lab test equipment
COMPLETE ENGINEERING STACK
Logic, software and hardware—validated together.
Our teams cover RTL and IP, FPGA SoC software, RF and board integration, automated verification and production transfer. Engagements can begin with a single accelerator block or span a complete deployable platform.
01Architecture & modelling02RTL, DSP & IP development03UVM, formal & coverage closure04Synthesis, timing & resource closure05Drivers, Linux & control software06Board bring-up & RF integration07Protocol, performance & HIL validation08Manufacturing and field support
TRANSPORT & ACCESS
Deterministic data movement at network scale.
High-speed Ethernet, optical links, synchronized timing and packet processing are engineered as measurable end-to-end data paths—not isolated interfaces.
Explore a Network Platform ↗Photography: Adem Percem / Unsplash · Harrison Broadbent / Unsplash · Brett Sayles / Pexels
START A CONVERSATION
Have a complex engineering challenge?
Let’s connect the layers and build what comes next.
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