Data Processing Systems
Our data processing solutions are a highly versatile, modular telemetry and command platform for use in remote tracking stations and satellite operations centers. Our product range is also well suited for spacecraft integration and testing at the factory and on the launch pad.
Capabilities
- Complete data processing solution from RF to network
- Support for multiple independent channels at data rates up to 30 Mbps per channel for low rate configurations
- Up to 1.6 Gbps serial throughput for CCSDS and TDM frame processing and archiving for high rate systems
- Demodulation, bit and frame synchronization, and decoding
- CCSDS/TDM telemetry and telecommand processing and simulation
- Up to 800 Mbps disk logging of Reed-Solomon corrected
- CCSDS frames and simultaneous processing of real-time data CCSDS and TDM data simulation with 800 Gbps serial output
System Platforms
- 1u Rack-mount shallow depth
- 4 x Hot-swappable hard drive bays
- DVD-RW optical drive
- Dual port gigabit networking
- Intel Xeon Processor
- 16 GB DDR4 dual channel memory
- 400W Redundant power supply
- 3u Rack-mount standard depth
- 8 x Hot-swappable hard drive bays
- DVD-RW optical drive
- Dual port gigabit networking
- Intel Xeon Processor
- 16 GB DDR4 dual channel memory
- 920W Redundant power supply
- 4u Rack-mount shallow depth
- 5 x How swappable hard drive bays
- DVD-RW optical drive
- Dual port gigabit networking
- Intel Xeon Processor
- 16 GB DDR4 dual channel memory
- 600W Redundant power supply
Software
Ingenicomm offers several modular software frameworks for digital data processing. Highly configurable and easily installed on a variety of user-provided hardware platforms, the software is a leading digital solution for the global space industry.
- Completely flexible system for data processing
- Detailed status provided at every step of the processing sequence
- Quickly reconfigurable, even when data is flowing
- Large number of standard modules available
- System configuration can be saved as a file and recalled in seconds
- Modular, multi-mission data processing software framework
- High-performance telemetry and command processing engine
- Built-in simulation, analysis and automation tools
- Easy integration of user-created software components
- XML-based test scenarios
- Rich web-based GUI with remote REST API
- Comprehensive test scenario construction and environment validation
- Test report generation and requirement verification tracing
Data Interface Cards
Designed from the ground up to provide robust communications for mission-critical requirements, Ingenicomm’s data interface hardware easily integrates with a variety of user-provided hardware platforms to deliver industry-leading reliability and performance.
- Frame synchronizer with automatic polarity correction and dual correlators for QPSK data
- NECL interfaces with SMB connectors for reliable, high-speed I/O
- SMB outputs support rates up to 800 Mbps with an external clock reference
- Reed-Solomon and Viterbi encoder/decoder
- 1-microsecond time tag resolution with external 10 MHz and 1 PPS strobes or auxiliary time board
- PCM encoder/decoder supporting NRZ-L/S/M and BIΦ-L
- CCSDS pseudo-Randomization and de--randomization
- low-rate TTL/RS-422 interface
- high-rate ECL/LVDS interface
- direct analog IF interface
- fully configurable demodulation and frame synchronization
- direct IF-to-IP transfer
- Command Uplink
- Telemetry Downlink
- Frame Synchronization Baseband Subsystems
- CCSDS Processing
- Multiple Real-Time & Near-Real-Time Data Delivery
- Storage & Playback Functions
- Monitoring & Control
- Internal/External IF Modulator and Demodulator
- LEO-T binary and ASCII RS-232 control & monitoring
- Frame synchronizer with automatic polarity correction
- TTL/RS-422 data and clock inputs supporting line rates up to 30 Mbps
- External clock reference input available
- 1-microsecond time tag resolution (requires external 10 MHz and 1 PPS strobe or auxiliary time board)
- PCM encoder/decodersupporting NRZ-L/S/M and BiΦ-L/S/M
- CCSDS pseudo-randomization and derandomization