Description
Description
Specification
Specification
Advantages
Advantages
Applications
Applications
Case Study
Case Study
Specification
Specification
Contact
Contact
Precise and dynamic

Antelope

Antelope is a Data Processing Unit (DPU) designed for CubeSats to run algorithms and perform data or signal processing on board.

Technical details

Specification

Full Specification
Full Specification
Processing cores

Equipped with Zynq UltraScale+ MPSoC ZU2/ZU3/ZU4/ZU5:

• Quad ARM Cortex-A53 CPU up to 1.5 GHz

• Dual ARM Cortex-R5 in lock-step

• FPGA for custom function implementation

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Memory

• 8 GB DDR4 with ECC

• 4 GB SLC NAND Flash

• Optional SATA SSD

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Interfaces

• Interfaces: LVDS, SPI, USB 2.0, USB 3.0, UART, CAN, Ethernet, GTH transceivers

• LVDS interfaces compatible with X/S-Brand radios and CCSDS-compatible communication channel upon request

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Supply voltage and power consumption

• Supply Voltage: 6 to 14 V (VBAT)

Software ecosystem

• 64-bit Linux or bare-metal applications

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Form-factor

• PC-104

Learn more

Advantages

Processing Speed

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Powered by Zynq UltraScale+ MPSoC, providing 160 GOPS, Antelope efficiently handles processing tasks directly on board.

Data-Intensive Applications

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Built for managing substantial datasets, it allow satellites to operate with minimal ground dependency.

Reliable Operation

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With advanced fault tolerance and radiation shielding, Antelope ensures consistent performance in harsh space environments.

To the Moon

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Lightweight and versatile, Antelope is suitable for various missions, including lunar rover applications.

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Discover

Key applications

Earth Observation and Remote Sensing

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Processes satellite imagery on-board in real-time, supporting applications like environmental monitoring and resource management.

On-Board Spectral Data Processing

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Performs real-time spectral data analysis on-board, enabling tasks such as vegetation health assessment, material identification, and atmospheric analysis.

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Telecommunications and Data Compression

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Handles data compression and encoding directly on-board, optimizing transmission size and improving bandwidth efficiency for satellite communications.

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Case study

Use cases

Our experience with the company has been nothing short of amazing. Their innovative solutions have revolutionized our space missions.

John Doe

CEO, XYZ Corp

Working with the company has been a game-changer for us. Their cutting-edge technology has significantly improved our mission outcomes.

Jane Smith

CTO, ABC Inc

The company's expertise and dedication are unmatched. They have exceeded our expectations in every way.

Mike Johnson

COO, DEF Corp

We are extremely satisfied with the company's services. Their solutions have greatly improved our mission efficiency.

Sarah Williams

CFO, GHI Inc

In-Orbit Demonstration of Antelope

Long-Term AI-Driven Satellite Operations in LEO
  • The mission successfully demonstrated in-orbit capabilities of the Antelope system through 8-week continuous operation in LEO, validating its reliability and performance.
  • The mission achieved critical flight heritage by testing onboard machine learning algorithms for telemetry and anomaly detection in actual space conditions.
  • Through successful orbital demonstration, the project verified system resilience and validated advanced algorithms like RandomForest and Telemanom in real space operations.
D-Orbit
The National Centre for Research and Development
Smart Mission Lab

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Contact

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