From the inventors of Serial FPDP, Curtiss-Wright Controls Embedded Computing, the SDRxR family of Streaming Data Recorders allows multi-channel recording of high volume, continuous data streams. Supporting Serial FPDP speeds up to 245MB/s per channel, data from radar, sonar, FLIR, RF tuners, MRI, and other sensors can be recorded without interruption. 1-channel, and 2-channel systems are available. For additional channels multiple SDRxR units can be interconnected and operated as a single recording system.
The SDRxR is a turn-key streaming data recorder system consisting of a controller and storage subsystem. Serial FPDP streaming data arrives via the industry standard SL240 boards. The field-proven SL240 boards have been used in many modern radar and sonar systems. The ANSI/Vita17.1-2003 standard was originated by the Curtiss-Wright Dayton group - the Serial FPDP experts. For demanding sensor-to-processor streaming data applications, a powerful record/playback system like the SDRxR is needed.
Features
- Serial FPDP ANSI/Vita 17.1 input (standard)
- Other inputs available - analog, video, etc.
- Up to 2 channels recorded simultaneously in a single unit
- 490MB/s of total input data recording
- Scalable Fibre Channel (FC) storage
- Data Playback via Serial FPDP
- Data Retrieval via Ethernet
- Data Retrieval via Fibre Channel
- Application Program Interface (API)
- Graphical User Interface (GUI)
- Timestamp data for accurate playback and retrieval
Unique Storage Control and Retrieval Access
The SDRxR meets the demands of sensor-to-processor applications. The unique method of striping the streaming data across multiple FC disks allows uninterrupted recording. Bypassing the file system provides total control over data storage. Because file system attributes are not embedded with the data, the user can access data at high speeds via FC from another computer - even if a different operating system is used. Data can also be retrieved via the Ethernet port.
