Storage
Computational Storage
2TB Solid-state drive designed for modern satellites
PELICAN
Available for Pre-Order Now
High reliability and fault tolerance with its dual-string redundant design using top-quality components
Dual-string Redundant
Ability to process data on the device itself reducing the workload on the host system
Computational Engine
Combines the latest AMD SoC at its core alongside a rad-tolerant power system, RAM, NOR flash memory, oscillators, interface circuits, and 3D NAND chips
Custom NAND Controller
Optimize Your Space Data
World’s first computational storage device for spacecraft
High Capacity
Store data for later downlink, or keep reference data to support image processing tasks such as change detection.
Autonomous
Built-in computational engine enables processing of data without transporting it to another system. Background tasks can automatically flag interesting data.
Radiation-Tolerant
Designed for the harsh environment of space. Commercial NAND chips are hardened with our proprietary hardware, firmware, and software protections.
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Pelican Specifications
Processing Capabilities
Capacity: 2 TB
Max Sustained Read: 2,000 MB/s
Max Sustained Write: 1,000 MB/s
Random Operations: 30,000-50,000 IOPS
Endurance: 1,200 TBW
Memory/Storage
CPU: Dual-core ARM Cortex-A72
RAM: 16 GB LPDRR4 with ECC* (shared with controller)
FPGA Partial Reconfiguration: Available
AI: 150+ AI Engines
Connectivity
Data: PCIe Gen4 x4, NVMe 1.4
Telemetry: PCIe or I2C
Debug: JTAG, RS-232
Also Available: 40G Ethernet, SpaceWire, LVDS
Size, Weight, & Power
Size: PC104 - 96 x 91 x 15 mm
Mass: 400 g (est, w/enclosure)
Power Idle: <1 W (est)
Active: 20 W (est)
Abs Max: 35 W (est)
Input Voltage: 12 VDC
Telemetry: Internal ADC for voltage/
Environmental
Radiation Minimum: 5-year LEO mission
GEO/cis-lunar: under development
Temperature: -40 to +60 C Operating / -55 to +85 C Storage
Testing: Thermal, Vibration, and EMI/EMC