Private 5G Network Testbed
End-to-end private 5G platform integrating RU, DU, synchronization, and SDR infrastructure with support for srsRAN, Amarisoft, and high-bandwidth wireless experimentation.
A turnkey Private Cellular Network and 5G Testbed integrating O-RAN compliant SDR Radio Units, Distributed Units, and a hardened Core Network. Supports srsRAN and Amarisoft deployments for validating ultra-low-latency industrial use cases across licensed and shared spectrum.
Infrastructure requirements
Private 5G testbeds must integrate SDR Radio Units, Distributed Units, Centralized Units, PTP-locked sync fabrics, and reproducible Core Network stacks across licensed and shared spectrum.
System building blocks
- 01Open RAN 7.2x split SDR Radio Units with multi-vendor Distributed Unit integration
- 02PTP-locked synchronization fabric across fronthaul and midhaul for Private Cellular Network deployment
- 03Containerized 5G Core Network for reproducible lab restoration
- 04Wideband channel emulation for repeatable RF impairment testing
- 05Common fronthaul switch fabric for RU / DU vendor evaluation
Deployment Characteristics
Baseline infrastructure parameters across a typical deployment.
Technical Characteristics
Radio and network infrastructure capabilities.
- O-RAN 7.2x split RU
- n78 · n77 · CBRS bands
- 100 / 200 MHz channels
- Wideband channel emulation
- Multi-vendor DU / CU integration
- Common fronthaul switch fabric
- Containerized 5G core network
- IEEE 1588 PTP · SyncE timing
Where it deploys
Reference deployment environments for SDR-based private cellular infrastructure.
Enterprise Private 5G
Deploy private cellular networks across enterprise campuses, research facilities, and large operational environments requiring secure wireless connectivity and centralized network management.
Industrial Connectivity
Support manufacturing, logistics, ports, warehouses, and industrial automation environments with deterministic wireless infrastructure and local network control.
Defense Communications
Deploy portable and fixed private cellular systems for secure communications, tactical networking, remote operations, and mission-critical wireless connectivity.
Research Networks
Build Open RAN, SDR Radio Unit, Distributed Unit, and Core Network testbeds for wireless experimentation, protocol development, and next-generation communications research.
Layered architecture
Layered SDR infrastructure spanning radio, processing, timing, and management.
Radio Layer
- O-RAN 7.2x RU
- Multi-band front-end
- Wideband emulator
Processing Layer
- Distributed Unit
- Centralized Unit
- Containerized 5GC
Timing Layer
- IEEE 1588 PTP
- SyncE distribution
- Sub-200 ns accuracy
Management Layer
- KPI dashboards
- Lab automation
- One-command restore
Stack & interoperability
Where it deploys
- Private 5G networks
- Industrial automation
- Vendor interoperability testing
- Ultra-low-latency research
- Spectrum experimentation
- Academic 5G labs
Wavelet Lab platforms
Platforms powering this deployment architecture.
Other case studies
Open RAN SDR Infrastructure Platform
Deployable SDR infrastructure for Open RAN, private cellular systems, and next-generation wireless network development.
Distributed RF Monitoring & Geolocation Platform
TDOA , FDOA Geolocation, and Direction Finding across synchronized Multi-Node SDR networks and Coherent SDR Arrays.