Private 5G
Oinaria provides enterprise-grade Private 5G network solutions — deployed On-Premise for full data sovereignty or managed through our Cloud platform for multi-site scalability. Both options deliver dedicated spectrum, AI-powered optimization, and O-RAN native architecture.
Two Deployment Models. One Unified Platform.
Every enterprise has unique connectivity requirements. Some need complete on-site control with zero cloud dependency. Others need the flexibility to manage hundreds of sites from a single console. Oinaria's Private 5G platform supports both — built on the same AI-powered, O-RAN native foundation.
Private 5G On-Premise
Our On-Premise solution deploys a complete, self-contained 5G network entirely within your facilities. Every component — gNodeBs (radio units), the 5G Core (AMF, SMF, UPF), edge computing infrastructure, and our AI management layer — runs on your hardware, in your data center, under your control.
On-Premise Architecture
- gNodeB Radio Units: Indoor and outdoor O-RU units supporting n77, n78, n79, and CBRS bands. Configurable for MIMO 4x4 and 8x8 antenna arrays with beamforming support.
- Distributed Unit (O-DU): Real-time L1/L2 processing for scheduling, HARQ, and resource allocation. Deployed on COTS hardware with FPGA acceleration.
- Centralized Unit (O-CU): Non-real-time RRC and PDCP processing. Handles UE context management, handover decisions, and dual connectivity.
- 5G Core Network: Fully containerized 5G Core with AMF (Access & Mobility Management), SMF (Session Management), UPF (User Plane Function), PCF (Policy Control), and UDM (Unified Data Management). Supports network slicing with up to 256 concurrent slices.
- Edge Computing Layer: On-site MEC (Multi-access Edge Computing) for ultra-low latency application hosting. Enables local breakout for latency-sensitive workloads.
- AI Management Platform: Real-time network monitoring, predictive analytics, autonomous optimization, and fault detection — all running locally without cloud dependency.
On-Premise Key Specifications
Performance
- • Downlink: up to 4.2 Gbps per cell
- • Uplink: up to 1.5 Gbps per cell
- • Latency: <5ms round-trip (URLLC)
- • Device density: 1M+ devices/km²
Reliability
- • 99.999% availability (five nines)
- • Redundant core with automatic failover
- • N+1 radio redundancy
- • Zero-touch recovery
Ideal For
Defense installations, air-gapped environments, financial trading floors, nuclear facilities, and any enterprise requiring complete data sovereignty with zero external network dependency.
Private 5G Cloud
Our Cloud-managed solution brings the power of centralized orchestration to distributed Private 5G deployments. Radio infrastructure deploys at each customer site, while the control plane, analytics engine, and AI optimization run in Oinaria's secure cloud — enabling true Private 5G-as-a-Service.
Cloud Architecture
- Site-Local Radio: gNodeBs and O-DU/O-CU deploy at each site for local data processing. User-plane traffic stays on-site for latency-sensitive applications.
- Cloud Control Plane: Centralized network management, policy enforcement, slice orchestration, and subscriber management running in Oinaria's secure multi-tenant cloud.
- AI Analytics Engine: Cloud-based AI processes telemetry from all sites, providing cross-site performance benchmarking, anomaly detection, and predictive capacity planning.
- Multi-Site Orchestrator: Single-pane-of-glass management for hundreds of Private 5G sites. Template-based provisioning deploys new sites in hours.
- API Gateway: RESTful APIs for integration with enterprise IT systems, ITSM platforms, and third-party analytics tools.
Cloud Key Specifications
Scalability
- • Manage 1,000+ sites from one console
- • Per-site or global policy management
- • Elastic cloud scaling
- • Multi-tenant isolation
Operations
- • Template-based site provisioning
- • Automated software updates
- • Cross-site analytics dashboard
- • SLA monitoring & alerting
Ideal For
Telecom operators offering Private 5G-as-a-Service, multi-site manufacturers, logistics companies with distributed warehouses, and healthcare networks spanning multiple facilities.
AI-Powered Network Intelligence
Both deployment models are powered by Oinaria's AI engine — the same intelligence that drives our AI RAN Test Software. This means your Private 5G network doesn't just connect devices; it continuously learns, adapts, and self-optimizes.
- Autonomous RAN Optimization: AI continuously adjusts radio parameters (power, tilt, scheduling) based on real-time traffic patterns and environmental conditions
- Predictive Maintenance: ML models detect hardware degradation before it causes service impact, enabling proactive replacement
- Intelligent Slicing: AI dynamically allocates network resources across slices based on real-time demand — URLLC for robotics, eMBB for video, mMTC for sensors
- Anomaly Detection: Real-time detection of interference, equipment failures, unauthorized devices, and security threats
- xApp/rApp Ecosystem: Our O-RAN RIC supports custom xApps and rApps for enterprise-specific network intelligence
O-RAN Native Architecture
Oinaria's Private 5G platform is built from the ground up on O-RAN Alliance standards. This means full multi-vendor interoperability, no vendor lock-in, and access to the broadest ecosystem of radio units, software components, and integration partners.
- • O-RAN compliant interfaces: Open Fronthaul, E2, A1, O1, O2
- • RAN Intelligent Controller (Near-RT RIC & Non-RT RIC)
- • Multi-vendor RU/DU/CU support
- • SMO (Service Management & Orchestration) framework
- • 3GPP Release 16/17 compliance
Ready to Deploy Private 5G?
Whether you need a single-site On-Premise deployment or a cloud-managed multi-site network, our team will design a Private 5G solution tailored to your enterprise requirements. Contact us for a technical consultation and proof-of-concept planning.