Mobile broadband at scale.
Proven connectivity for broadband access, video, industrial gateways, fleet systems and distributed IoT.
4G / LTE & 5G APPLICATIONS
Connected intelligence.
Engineered at the edge.
UNIVCS applies FPGA, embedded and system-integration expertise to the infrastructure and edge platforms behind modern wireless applications.
WIRELESS EVOLUTION
More than faster broadband.
A platform for connected systems.
4G established high-speed mobile broadband. 5G expands the design space with enhanced capacity, lower-latency service profiles and far greater device density.
High-capacity experiences.
Higher throughput for dense data, video, XR, imaging and bandwidth-intensive edge applications.
Latency-aware control.
Specialized service profiles for dependable industrial, transport and mission-critical communications.
Massive connected sensing.
Efficient connectivity for large-scale IoT, infrastructure monitoring and smart environments.
Performance depends on spectrum, topology, network configuration and end-to-end architecture; headline latency and throughput figures are not universal deployment guarantees.
PRIORITY APPLICATIONS
Where programmable performance
creates system value.
We focus on application areas where parallel processing, deterministic interfaces and adaptable hardware directly influence the product.
Smart Manufacturing
Private 5G and FPGA-powered edge processing support deterministic automation, machine vision and flexible production.
- Industrial robots & AGVs
- Machine vision
- Predictive maintenance
- Real-time process monitoring
Connected Mobility
C-V2X platforms connect vehicles, roadside infrastructure and edge services for safer, more responsive transport.
- V2V, V2I & V2N
- Traffic coordination
- Sensor fusion
- Roadside edge processing
Connected Healthcare
Secure, high-throughput connectivity brings medical devices, imaging and edge analytics into dependable clinical workflows.
- Connected medical devices
- Imaging data paths
- Remote monitoring
- Secure edge platforms
Telecom Infrastructure
Programmable acceleration helps radio, transport and edge platforms adapt as standards, capacity and deployment models evolve.
- Massive MIMO & beamforming
- Small cells & radio units
- Fronthaul and backhaul
- Network test platforms
Edge AI & Video
Low-latency inference near the data source enables responsive vision, analytics and industrial decision-making.
- Video analytics
- Quality inspection
- Smart surveillance
- AI accelerator integration
Smart Infrastructure
Connected sensing and edge control improve the visibility and operation of cities, energy systems and critical assets.
- Smart grid & metering
- Traffic and parking
- Environmental sensing
- Remote asset monitoring
FROM NETWORK TO SILICON
The engineering opportunities behind every application.
Applications become deployable products through a connected stack of programmable logic, semiconductor interfaces, embedded software and verified system integration.
Explore Wireless FPGA Engineering ↗015G baseband & PHY acceleration02Massive MIMO & beamforming03RF data-path integration04High-speed SerDes & Ethernet05PCIe, DDR & memory subsystems06FPGA-based prototyping07Edge AI acceleration08Secure boot & hardware trust09Embedded Linux, RTOS & drivers10Hardware-in-the-loop validation
CLOUD TO EDGE
Distributed compute, connected by design.
Multi-access edge computing, network slicing, vRAN and O-RAN shift intelligence closer to users and machines. UNIVCS engineers the FPGA and embedded foundations that make those architectures measurable, adaptable and deployable.
RADIO→FPGA→EDGE→CLOUD
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