Chip design runs on massive EDA simulation, regression, and verification data, plus tape-out files that move between design centers and fabs across the US, Europe, and Taiwan. Zettar moves it at line rate over any distance, fills even national-scale research and private networks, keeps IP encrypted and provably intact, and feeds HPC verification clusters without the wait.
Distance-insensitive — validated over real 5,000- and 12,375-mile transfers. Zettar moves design and tape-out data site-to-site at line rate, so US, EU, and Taiwan teams work from the same data without the wait.
Linear scale-out with no software ceiling. Where the network is huge — up to 1.6 Tbps, as on Taiwan's research networks — Zettar fills it. Your infrastructure is the limit, and Zettar reaches it.
Encrypted with TLS and unconditional end-to-end checksums on every transfer. Your IP moves between sites protected in flight and proven bit-for-bit identical on arrival.
Scale-out file and object movement that keeps verification and simulation clusters fed instead of idle. Turnkey and platform-neutral — runs on the hardware and networks you already have.
"Zettar moved an actual petabyte over a 5,000-mile network loop in 29 hours — encrypted and checksummed — at 96% bandwidth utilization."
That run was capped at 80 Gbps to spare the shared network — on a full 100 Gbps link, it's a petabyte a day.
At line rate, scaling out with no software ceiling — it fills whatever bandwidth your sites and HPC clusters have, roughly 10x typical movers, so verification is not waiting on data.
Yes — zx is distance-insensitive, validated over real 5,000- and 12,375-mile transfers, so design centers and fabs across the US, Europe, and Taiwan move data at full speed.
There is no software ceiling. Where the network is huge — up to 1.6 Tbps, as on Taiwan's research networks — zx scales out to fill it; the limit is your infrastructure, not the mover.
Every transfer is encrypted with TLS and protected by unconditional end-to-end checksums — provably intact, never silently altered.
Yes — scale-out file and object movement keeps simulation and verification clusters fed, on the servers you already run or a turnkey appliance.
See the zx Appliance move EDA, verification, and tape-out data at line rate — across any distance, encrypted and provably intact.