Private 5G Open RAN Platform

Why It Matters

The platform turns private 5G from a best‑effort link into mission‑critical infrastructure, reducing costly downtime for automation and edge‑compute workloads across heavy‑industry sectors.

Key Takeaways

• 7.2 functional split cuts fronthaul bandwidth while scaling radio sites
• Near‑9 ms end‑to‑end latency supports real‑time robotics
• Supports up to 128 active users per cell and three cells per DU
• Intel Ice Lake/Granite Rapids CPUs provide up to 256 GB memory
• RAN Intelligent Controller prioritizes critical traffic for AGVs and drones

Pulse Analysis

The industrial push for private 5G has moved beyond simple connectivity, demanding the reliability of a utility. AmpliTech’s adoption of a 7.2 functional split Open RAN architecture strikes a balance between processing distribution and fronthaul efficiency, allowing enterprises to deploy dense radio clusters without overwhelming fiber links. By moving lower‑layer PHY functions to the radio unit and keeping higher‑layer MAC and RLC in the distributed unit, the platform scales across large campuses while preserving spectral efficiency in the crowded sub‑6 GHz bands.

Performance metrics set AmpliTech apart: hardware‑accelerated forward error correction and Intel QAT encryption keep latency near 9 ms even under heavy secure traffic, while downlink rates of 1.4‑1.5 Gb/s per cell meet the bandwidth needs of machine‑vision and predictive‑maintenance analytics. The system’s support for up to 128 active users per cell and three cells per DU provides the headroom required for dense deployments in factories, logistics yards, and mining operations. Intel’s 32‑core Ice Lake, Sapphire Rapids or Granite Rapids processors, coupled with up to 256 GB of RAM, ensure the baseband can handle future 5G releases and edge‑compute workloads without hardware refresh.

Strategically, the platform’s open‑core design and CBRS integration lower entry barriers for U.S. enterprises. Multi‑vendor 5G Core compatibility protects against vendor lock‑in, while the partnership with Google and Federated Wireless streamlines spectrum access in the Citizens Broadband Radio Service. Combined with RAN‑level intelligence that dynamically steers mission‑critical traffic, AmpliTech positions its private 5G as a resilient backbone for the next wave of industrial automation, edge AI, and campus‑wide broadband, signaling a shift toward network‑as‑infrastructure in the enterprise market.