The Saphyr Chips™ (G2.3 and G2.2) contain three and two flowcells each, respectively. Each flowcell is independent of the others and can be loaded with a distinct sample. Combined with the Gen 2 chip clip, these chips are used with the 60325-version Saphyr System (Gen 2) to directly image linearized DNA molecules. These chips can collect a maximum throughput of 5 terabase pairs per flowcell. The G2 chips are compatible with 60239-version Saphyr systems (Gen 1) but a hardware upgrade is required.

The Saphyr Chip™ (G1.2) contains two flowcells. Combined with the Gen 1 chip clip, this chip is used with the 60239-version Saphyr System (Gen 1) to directly image linearized DNA molecules. These chips can collect a maximum throughput of 1,300 gigabase pairs per flowcell.

The Saphyr Compute Server offers cluster-like performance in an affordable, compact solution, and comes pre-installed with our Bionano Solve compute software. Bionano Solve performs all post-run analysis jobs, including automated de novo assembly, rare variant analysis, variant annotation, copy number calling, hybrid scaffolding, etc. A simple web-based interface enables integration into virtually any network setup.

The Bionano Compute Server is a standalone, secondary compute server that works in parallel with the Saphyr Compute Server. Additional Bionano Compute Servers can be added for increased data processing power.