ZTE and Ethio Telecom Deploy Ethiopia’s First Pre-Commercial AIR RAN

ZTE and Ethio Telecom switched on Ethiopia’s first pre-commercial AIR RAN network, inside the operator’s “Next Horizon: Digital & Beyond 2028” strategy and Digital Ethiopia 2030. The two companies report an 11 percent 4G capacity increase and a 40 percent peak-hour throughput gain on upgraded cells.

The gain comes from pairing AIR RAN with ZTE’s AIREngine intelligent computing engine, which runs intelligent beam scheduling and FDD Massive MIMO. Beam scheduling here is not a marketing label: the engine reallocates spatial beams per cell during busy hours instead of holding a fixed pattern, which is where the 40 percent peak-hour figure originates. FDD Massive MIMO adds the antenna layer that makes the beam work practical on the existing spectrum.

Context matters for the size of the number. Ethio Telecom serves more than 90 million subscribers across mixed urban and rural terrain. A 40 percent throughput lift in the busy hour is the difference between a cell that degrades at 7 p.m. and one that holds. The deployment is pre-commercial, which means the partners are running it as a live validation step before wider rollout, with the full claims still to be proven.

The timing also tracks a third-party data point. The GSMA Mobile Economy series has repeatedly flagged that operators across 46 markets in Sub-Saharan Africa run among the lowest revenue per connection globally, around 5 dollars per month, which means capacity gains have to come from spectrum and software efficiency instead of new spectrum auctions. ZTE’s approach here leans on the second: more throughput per hertz on the same FDD bands, with no additional spectrum cited in the announcement.

There are limits to read into the announcement. Pre-commercial status means the 11 percent and 40 percent figures are partner-reported measurements on a limited footprint. They have not been independently audited as a national average, and the partners have not disclosed how many sites are in the trial or the upgrade cost. The honest reading is that the architecture has cleared a first live hurdle. The whole network has not been transformed.

Supplier’s note: We have ZTE AIR RAN remote radio units and AIREngine baseband cards in stock at our Shenzhen warehouse, with typical lead time of 8 to 12 weeks for FDD Massive MIMO configurations once a purchase order is confirmed. Cross-reference parts from Huawei and Ericsson remote radio families are available on request for mixed-vendor sites, and our field engineers have handled commissioning and VSWR tuning on more than 40 African carrier sites, including cabinet retrofits and antenna swaps in high-temperature cabinets. Stock allocation tightens during Q4 budget cycles, so for operators planning Q1 rollouts we recommend placing reservations before November to lock pricing and freight slots; freight and customs documentation for East African destinations runs about 3 weeks on top of production lead time.