The XSR 100GbE Recorder captures UDP or TCP/IP data at over 2 GB/s from up to 1× 100GBASE-SR4, 1× 40GBASE-SR4, 2× 10GbE and 5× GbE interfaces simultaneously. Intel Xeon Gen 11 processors with up to 96GB DDR4 ECC RAM and up to 80TB removable SSD in RAID 0, 1 or 5 store all concurrent streams without channel arbitration. COTS Open Architecture delivers 10+ year obsolescence protection, rugged MIL-38999 connectors enable deployment in UAS, pods and ground vehicles, and optional NIAP-approved CSfC dual-layer HWFDE and SWFDE encryption qualifies the system for classified data recording in the harshest airborne environments.

Advantage

COTS Open Architecture with 10+ year obsolescence protection; simultaneous multi-interface recording from 100GbE down to GbE at over 2 GB/s on a single SWaP-C-optimized platform with optional CSfC dual-layer encryption and Common Criteria certification for the widest Ethernet recording coverage from one embedded unit.

UAS and unmanned system data recording

Captures simultaneous 100GbE, 40GbE, 10GbE and GbE sensor streams into up to 80TB removable SSD with GPS time sync and conduction-cooled design enabling reliable operation on small unmanned airframes, pods and ground vehicles.

High-speed sensor and radar recording

Over 2 GB/s sustained bandwidth accepts concurrent high-volume data from radar front ends, EW receivers and multi-sensor ISR payloads across all Ethernet interfaces without sacrificing throughput on any channel.

Flight test and sensor development

On-board GPS or NTP time sync, removable XSR RDMs for zero-download data recovery and a C++ API for remote control accelerate test-cycle throughput for sensor characterization and flight instrumentation programs.

Key features & benefits:

Key features

  • Up to 1× 100GBASE-SR4, 1× 40GBASE-SR4, 2× 10GbE and 5× GbE simultaneous recording interfaces
  • Intel Xeon up to Gen 11; up to 96GB DDR4 SDRAM with ECC
  • Up to 80TB removable MLC SSD or 40TB removable SLC SSD; RAID 0, 1 and 5
  • GPS or NTP time and date synchronization; on-board GPS unit; C++ API for remote control
  • MIL-STD-810 shock and vibration; MIL-STD-461 EMI/RFI; 16–40V DC; -40°C to +71/75°C (AC/CC)

Benefits

  • Over 2 GB/s recording bandwidth handles the highest-throughput multi-sensor payloads on a single SWaP-C-optimized platform
  • COTS Open Architecture with 10+ year obsolescence management keeps the system upgradable over extended program lifetimes
  • Removable XSR RDMs eliminate post-mission download delays, enabling immediate ground turnaround for airborne applications
  • Optional NIAP-approved CSfC dual-layer HWFDE and SWFDE encryption qualifies the system for classified data recording
  • Conduction-cooled and air-cooled variants with rugged MIL-38999 connectors deploy reliably in UAS, pods and ground vehicles