What OCUDU India delivers
An open, community-owned RAN stack
Open standards, real interoperability
Aligned with O-RAN ALLIANCE and 3GPP specifications. Reference implementations prove interoperability across multi-vendor CU, DU, and RU combinations not just on paper.
Architecture overview →Cloud-native by default
Kubernetes-native operators, GitOps-first rollouts, Nephio integration. Declarative interfaces between platform, workload, and control plane no bespoke orchestration.
Platform layer →Engineered for India
Test harnesses and reference topologies account for Indian spectrum allocations (n78, n258, sub-GHz), latency characteristics, and operator scale profiles. Validated with domestic operators and TEC-accredited labs.
Deployment blueprints →Community governance
Direction set by a public Technical Steering Committee. RFCs, roadmap items, and release decisions move through open review no single-vendor gatekeeping.
Governance →What’s new
Latest release
ACC100 LDPC hardware acceleration
LDPC encode and decode now offload to Intel ACC100 cards via DPDK BBDEV. Measured on a 100 MHz n78 TDD cell: 2.1× faster LDPC decode, 3.6× tighter tails, and −38 % upper-PHY uplink CPU. Configuration-driven, with unified metrics across software and hardware paths.
Read the guide →Get involved
Built in the open, by the community
Contribute on GitHub
Specifications, reference code, docs, and CI configuration all live on GitHub. Start with a good-first-issue or propose an RFC.
github.com/ocuduindia →Join the mailing list
Design discussion, release announcements, and community support. Design discussion, release announcements, and community support.
Mailing list →Attend the TSC meeting
Monthly, first Thursday, 17:00 IST. Agenda, minutes, and recordings are published on the mailing list. Everyone welcome just show up.
TSC meeting details →