Silicon-agnostic by design
We integrate the right connectivity silicon for each workload, so you are never locked to a single vendor’s roadmap.
Architecture
Two layers, one integrated product
Every Betelgeuse board pairs signal-integrity-first hardware with an instrumentation layer that ships in the box.
- 01
Board hardware layer
High-speed-material PCBs, controlled-impedance stack-ups, power delivery, thermal design, and connector/retimer integration engineered around the target silicon.
- 02
Telemetry & management layer
Meissa firmware provides BMC integration, per-lane link telemetry, bring-up sequencing, and diagnostics over standard management interfaces.
Host / accelerators
Meissa — telemetry & management
Betelgeuse board — SI-engineered hardware
Connectivity silicon layer
What sets the boards apart
Five commitments in every design
Signal integrity is the product
At 200G+ per lane and PCIe Gen 6, our SI/PI engineering, materials, and layout discipline are what turn a datasheet into a link that closes.
Rack-ready, not reference-only
Manufacturable, thermally-validated, standards-compliant hardware — PCIe CEM, OCP, E3.S, OAM — from schematic to volume.
Open ecosystems first
Built around open standards — PCIe, CXL, Ethernet, UALink, OCP — so your fabric stays interoperable and future-proof.
Instrumented from the board up
On-board telemetry, BMC integration, and link diagnostics baked into every design so operators can see and manage the fabric.
Why it matters
What you get out of it
Links that close at full rate with margin to spare — verified, not assumed, across temperature and process.
A specialist board team that productizes the newest silicon fast, so you skip building one in-house.
Serviceable, instrumented, standards-compliant hardware that stays deployable across silicon generations.
Signal Extension
Retimers, active cables, and interconnect modules that hold signal integrity across boards, risers, and racks.
Memory & Fabric
CXL memory expansion and high-radix switch boards that flatten the scale-up network and grow addressable memory.
Rack Systems
Backplanes, trays, and management firmware that turn boards into a deployable, instrumented rack-scale pod.