Satellite On-Board Command & Data Handling Subsystem with Redundancy
CDH-1
PIONEERING SPACECRAFT COMPUTING
The CAVU CDH-1 is a highly reliable and efficient FPGA-based satellite computing system that has been designed with utmost attention to detail. This state-of-the-art system ensures smooth and uninterrupted operation during critical space missions with its flexible architecture that allows for easy scalability and redundancy. The CDH-1 is also equipped with a smart 128CH Analog to Digital Converter card that enhances its capabilities and makes it a top choice for space operations.
KEY FEATURES
- Flash Based FPGA Architecture
Separate ADC/DAC Module - Double Hot Redundant ADC Converters
- Confifgurable to more than 1 Module as Redundant: CDH-FS
- Up to 3 Selectable Boot Regions from Bootloader
- Fully Customizable
INTELLIGENT REDUNDANCY
With precise timing, high throughput, and low power consumption, this powerful computer system can withstand a variety of space
environments and guarantee smooth running of your satellite payload. Its advanced features provide automatic system recovery and self-diagnosis, which ensure that your deep-space mission stays on track. With the CAVU CDH-1, you can focus on your space operations and rest assured that your satellite computing needs are in good hands.
ADVANCED SATELLITE COMMAND CONTROL
The CAVU CDH-1 spacecraft module, utilizing advanced Microchip/Microsemi SmartFusion2 & ProASIC3 Flash Based FPGA design, is resilient to space hazards and energy-efficient. It’s designed to meet the intricate needs of the satellite industry, offering precise control for satellite systems and supporting a wide range of interfaces and GPIOs. The module allows customization to meet unique specifications, representing the forefront of satellite technology.
SPECIAL FEATURES
- Expected Life-time: 3-5 years in LEO
- On-Board Current & Temperature Monitoring
- On-Board Watchdog
- Triple Real Time Clock
- Hot Redundant On-Board Voltage Converters
PROCESSOR
- Microchip/Microsemi SmartFuion2 Flash Based FPGA
- ARM Cortex-M3 on FPGA
- Microsemi ProASIC3 Flash Based FPGA for Interaface
- FPU on FPGA Upon Request
- 150 DMIPS @ 128MHz, Max 166MHz
- SoftConsole or Keil Programming IDE and Debug via JTAG
MEMORY
- RAM: 160Mbits MRAM 40 bits width (128Mbits+32Mbits ECC)
- ROM: 96Mbits MRAM (Con gurable as Triple 32Mbits)
- Nonvolatile Flash Memory:
- Total 24Gbit SLC NAND Flash (Triple 8G)
- 256K Serial FRAM
- 256M Serial NOR
ENVIRONMENT
- Radiation Hardness:
- Total Ionizing Dose: 30Krad (Si)/yr
- Latch-up Immune
- SEE @ 60MeV
- Temperature & Pressure: -40 C to +85 C @ 10-8 bar
- Shocks: 2000g, 2000-10000Hz
- Random Vibrations: 14g(RMS) 3-Axis , 20~2000Hz
INTERFACES
- DIGITAL/ANALOG:
- Digital Outputs (5V/3.3V) : 100
- Digital Inputs (5V/3.3V) : 90
- PWM/Pulse Outputs (5V/3.3V) : 10
- ADC (-10V~+10V) : 128CH 16-bit, (+20V Range Available)
- DAC (0V~5V) : 2CH 8-bit
- Serial Interfaces:
- CAN2.0 Up to 1Mbps: 5
- Full-Duplex RS422: 8
- Half-Duplex RS485: 8
- RS232:1
- I2C: 1
- SPI: 1
BUDGET
- Dimensions: 205x180x38mm
- Mass: 1550gr
- Power Supply: 5V ±5%, Custom Range Available
- Power Consumption: 3W ~ 5W