XSR SERIAL FPDP RECORDER

The design concept of XSR is based on the use of COTS Open Architecture modules, that allow the unit to make use of the latest generation Intel processors. This enables the XSR to keep pace with increasing technological advancements and provides a key mitigation strategy for Obsolescence Management, which helps to protect the user’s design for 10 years or more.

Intel Core i7 and Xeon processor options, including the latest 9th generation, are supported with up to 96GB SDRAM supporting ECC.

The XSR is optimized for deployed applications such as unmanned systems, pods, and ground vehicles. Rugged miniature 38999 connectors for all interfaces ensure reliable operation in all conditions. The design is Size, Weight, Power, and Cost (SWaP-C) optimized.

Removable Data Modules (XSR RDMs) enable short ground times for airborne applications and instant access to recorded data in the ground access system without the need to download the recorded data over a slow drain interface. Industry-standard solid-state drives are used to benefit from the ever-increasing storage densities and cost reductions as the technology evolve.

The recorder has a simple C++ API for remote control over a separate Gigabit Ethernet connection. Optional FIPS 140-2 and AES-256 hardware encryption provides a high level of data security with flexible key management options, including physical key tokens through front panel key loading port and remote loading over a secure network connection.

The XSR sFPDP Recorder is designed to meet the most severe environmental conditions without compromising on functionality and performance.

Galleon Embedded Computing’s quality management system is certified to Aerospace Standard AS/EN 9100 and ISO 9001.