The 10GbE UDP Ethernet Recorder is a ruggedized FPGA-based XMC data recorder capturing up to eight channels of UDP traffic at 10GbE with 100% packet capture and 3.2 ns cycle-accurate timestamps for synchronized playback. Storage scales to 80TB MLC SSD with optional NIAP-approved CSfC dual-layer encryption. The 9.9 lb chassis accepts 16–40V DC and integrates with the Galleon XSR family for deployed pod, unmanned system and ground vehicle applications.

Advantage

FPGA-based full UDP offload with 100% packet capture at 10 Gbps and 3.2 ns cycle-accurate timestamps make the 10GbE UDP Recorder the most deterministic Ethernet recorder in the Galleon family.

Missile testing and radar development

Captures high-speed sensor and radar data across up to eight 10GbE channels simultaneously with 100% packet capture and 3.2 ns timestamps, ensuring complete data fidelity for test event analysis and radar development validation.

Unmanned systems and deployed pods

Deploys in unmanned aerial systems, sensor pods and ground vehicles with rugged LC Duplex or expanded beam optical connectors, MIL-STD-810 shock and vibration qualification and a 16–40V DC wide-input power supply.

Classified program data recording

Supports classified deployments with optional NIAP-approved CSfC dual-layer software full disk encryption (SWFDE) and hardware full disk encryption (HWFDE), Common Criteria certification and GPS time synchronization.

Key features & benefits:

Key features

  • Up to eight channels of 10GbE UDP recording with 100% packet capture and no dropped packets
  • FPGA-based full UDP offload: 3.2 ns cycle-accurate timestamps and cycle-accurate synchronized playback
  • Storage up to 80TB MLC SSD (SATA) or 16TB NVMe; toolless removable front-panel storage bay
  • Optional NIAP-approved CSfC dual-layer SWFDE and HWFDE encryption; GPS time synchronization
  • 6.2″ × 7.9″ × 4.1″ at 9.9 lbs; 16–40V DC; MIL-STD-810 shock and vibration; MIL-STD-461 EMI

Benefits

  • 100% UDP packet capture regardless of packet size eliminates data gaps in high-speed recording
  • FPGA packet handling frees CPU resources for disk I/O, reducing processor load at full recording rate
  • Cycle-accurate 3.2 ns timestamps enable exact playback reproduction for post-mission analysis
  • NIAP-approved dual-layer encryption enables deployment in classified program environments
  • Integrates with Galleon XSR and High-Performance Recorder families for scalable system architectures