The transceiver with the lowest latency per bit.
Light in fibre is fast. The transceivers at each end are slow. We build the transceiver that adds the least delay, so every bit arrives sooner.
2.5×
Up to 2.5 times less delay than today's coherent modules. Measured live, on off-the-shelf hardware.
Why a microsecond is worth money.
Light in fibre covers about 200 metres every microsecond. Saving 1.5–4.7 µs on a link is like moving its two ends up to a kilometre closer, without laying any new fibre.
AI across data centres
When training spans sites, GPUs sit idle while data crosses the link. Less delay means less waiting.
Trading
Firms already pay for shorter fibre routes. We take microseconds off the route they already have.
5G and 6G networks
Radio networks have tight timing budgets. Faster links leave more room for everything else.
Any coherent link
Data-centre interconnect and metro links run on the same coherent modules we outperform.
Natural Intelligence, fast enough to live inside the link.
Our patented Natural Intelligence watches each link and tunes it by itself. It decides in about 55 nanoseconds, so it adds almost nothing to the delay it removes.
US 2025/0373332 A1| Delay per link, today | 3.2 µs, measured live |
|---|---|
| Commercial coherent modules | 4.7–7.9 µs, published |
| Natural Intelligence decision | ≈55 ns |
| Two links together | 55.3 Gb/s, every file byte-identical |
Test the lowest latency per bit on your network.
We are choosing a few early pilot partners. A mutual NDA comes first.