Space and satellite camera imaging solutions
Phase One space imaging
Phase One space imaging cameras bring the same commitment to image quality, defining our aerial mapping components and systems for the orbital environment. The iXM-SP150 and iXM-SPL150 are built around the Sony IMX411 back-illuminated CMOS sensor and can collect imagery from deep-shaded and highly illuminated areas simultaneously, increasing detection, recognition, and identification capabilities. They are fully configurable and have sophisticated on-the-fly image compression to support fast data processing. With a compact size and weight, low power consumption, and optional components, our iXM cameras are perfect for space applications.
Earth observation
Earth observation from LEO places stringent demands on imaging systems: wide-area coverage, high spatial resolution, consistent radiometry, and reliable operation over multi-year mission lifetimes. Phase One iXM cameras are optimized to meet all four requirements simultaneously. The large sensor format and high pixel count maximize swath width for a given telescope focal length, reducing the number of orbital passes needed to cover a target area.
Space camera products
Phase One offers two space cameras designed to meet the full spectrum of mission requirements.
iXM-SP150 Space hardened camera
– Radiation-hardened components with embedded FDIR fault management system
– Proposed for 5-year Earth observation mission lifetimes
– 10GigE fiber optic interface for high-speed, interference-resistant data transfer
– TRL 9 achieved 2025
– Available in Engineering and Flight model configurations
Why Phase One for Space?
As the first company to deploy a commercially developed large-format matrix sensor camera in space, Phase One combines proven space heritage with over three decades of expertise in high-resolution digital imaging.
The core technologies powering the iXM space cameras—precision sensor calibration, advanced image processing algorithms, rigorous optical quality control, and a proprietary imaging SDK—have been refined through tens of thousands of deployments across aerial mapping, heritage digitisation, and industrial inspection.
This proven foundation enables Phase One to deliver reliable, high-performance imaging systems for today’s space missions.
What is high-resolution satellite imagery for Earth observation?
High-resolution satellite imagery provides detailed visual data of the Earth’s surface captured from orbit. Phase One’s space cameras generate 150MP imagery using large-format snapshot sensors that maximise area coverage while maintaining high image quality, making them well-suited for commercial and governmental Earth observation missions.
Why do satellite operators use Phase One space cameras?
Phase One space cameras combine proven Low Earth Orbit flight heritage with technology refined through thousands of imaging systems deployed worldwide. Their snapshot matrix architecture, high dynamic range, onboard image processing, and compact form factor help operators capture high-quality imagery while simplifying spacecraft integration and reducing mission risk.
Our Latest Case Studies
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