Starcloud has signed a contract with SpaceX’s Starlink to equip more than 25 of its satellites with Starlink Mini Laser terminals. The agreement covers over 50 lasers, with the first hardware expected to reach orbit within a year. The move provides Starcloud’s orbital data center constellation with high‑bandwidth, low‑latency inter‑satellite links that bypass ground‑station bottlenecks.
Starcloud Signs Contract to Integrate Starlink Mini Lasers
The contract calls for the integration of 50+ Starlink Mini Laser terminals across 25+ Starcloud satellites. Each satellite will carry two terminals, using the same optical cross‑link technology SpaceX developed for its own Starlink network. The lasers can deliver up to 25 Gbps of continuous connectivity over distances of up to 4,000 km, with higher speeds possible at shorter ranges. Starcloud expects the first laser‑enabled hardware to be on orbit within one year of the agreement.
How the Laser Mesh Fits Starcloud’s Satellite Architecture
Starcloud’s satellite design centers on four components: solar panels for power, radiators for cooling, GPUs for compute, and laser terminals for connectivity. Compute capability was demonstrated on Starcloud‑1 in November 2025, which carried an NVIDIA H100 GPU. Starcloud‑2, slated for launch in eight months, will increase power generation and cooling by 100 times. The addition of Starlink Mini Lasers completes the hardware stack, enabling direct optical links between Starcloud satellites and the broader Starlink constellation. This eliminates reliance on bandwidth‑constrained ground stations for data transfer.
Implications for On‑Orbit Data Processing
The high‑bandwidth mesh supports near‑term use cases such as real‑time weather forecasting, wildfire detection, and Earth‑observation analytics, where sensor data must be processed in orbit rather than downlinked. Optical links also provide positional data and ephemerides that can reduce collision risk and improve space‑safety outcomes. Starcloud’s CEO Philip Johnston said the collaboration “gives Starcloud satellites continuous, high‑bandwidth, low‑latency connectivity. That’s what turns individual satellites into a functioning distributed data center.”
Key Takeaways
- Starcloud will integrate more than 50 Starlink Mini Laser terminals across 25+ satellites, with the first hardware expected on orbit within one year.
- Each terminal supports up to 25 Gbps of continuous inter‑satellite connectivity over distances up to 4,000 km.
- The laser mesh enables on‑orbit processing for applications like real‑time weather forecasting and wildfire detection, reducing dependence on ground stations.
TechInsyte's Take
The integration gives Starcloud a practical pathway to deliver distributed compute services directly from space, a capability that could appeal to enterprises needing low‑latency processing of remote‑sensed data. However, the timeline for full deployment remains uncertain, and buyers should monitor the performance of the first laser‑enabled satellites before committing to workloads that rely on continuous inter‑satellite bandwidth.
Source: Businesswire
