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AstroVision

AstroVision combines advanced optical sensors, high-performance neural engine processing, and machine learning algorithms to solve the hardest problems in spacecraft autonomy.

Hardware

Cam_Controller_Dimensions_V3.webp

Dimensions in mm

BU-1

Base Unit Providing Interface, Compute and Power

Mass
Power
Compute
Camera Support
<0.75 kg
<3W idle, 30W max
8-core ARM Cortex, 15 TOPS
12 Cameras*

*Configurable. Up to 12 cameras per system with 6 running simultaneously

C-Mount_Cam_Dimensions_V3.webp

Dimensions in mm

*Dimension Determined by Lens

CM-1

Highly Configurable Camera Module

Mass
Power Draw
Resolution
Color Gamut
0.15 - 0.28 kg
0.8-2 W per Module
12.4 MP
Color or Monochrome

Software

ISS RPO_V3.webp

IVS

Imaging and Video System

  • Configure sensor for capture

  • Automate sequences, parameters and postprocessing

  • Intuitively visualize system status and imagery 

Moon Sim.jpg

CMS

Camera Module Simulation 

  • Generate photorealistic imagery

  • Model noise, cameras, sensors and lens parameters

  • Scale across machines

Family_Photo_Square_V1.webp

SDK

Software Development Kit

  • Python and C++ Drivers and Libraries

  • Over the Air (OTA) Update

  • Compilation & Runtime Containers

AstroVision Spec Sheet Request

Please submit your email to download our spec sheet.

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