iXM-SP150 Space Imaging
Phase One Space Hardened Camera
iXM-SP150: Space Camera
The Phase One Space Hardened Camera. Designed and built to operate in Low Earth Orbit in Space, iXM-SP150 is a snapshot matrix camera, ready for integration with Space telescopes and satellite hardware.
iXM- SP150 Space Camera offers unmatching wide area, high resolution, high sensitivity, low noise imaging capabilities, and is qualified for Earth Observation and Space Domain Awareness applications, with Achromatic and color variants.
Space Camera Key Benefits
Collect more data in every frame with our 150MP, snapshot matrix camera
Unlock the power of seamless image capture with our technology, allowing you to effortlessly capture large area images with pixel-perfect precision. Thanks to the small pixel size of our sensors our design allows for the use of smaller and more cost-effective components, such as compact telescopic lenses, to achieve the same high-quality imaging results. By eliminating precision errors associated with line TDI scanners, you can ensure maximum accuracy and efficiency in your data collection.
With the ability to capture multiple images of the same large area and achieve full motion video at a 4 fps capture rate, our technology significantly increases the signal-to-noise ratio and overall image quality for a truly immersive imaging experience.
High resolution, 150MP Snapshot matrix camera
iXM-SP150 was originally designed for space, incorporating system redundancy and containing radiation hardened electronic components. An early unity has been operating in space since mid-2022, proving its high quality Earth observation imaging capabilities, reliability and durability in Low Earth Orbit.
Straight forward integration with satellite hardware
Phase One’s space-hardened enclosure combines a sensor and imaging engine, optional sensor alignment with space telescopes. With an fiber optic 10G Ethernet data interface, you can ensure high speed and reliable data transfer for your space applications.
-
Collect more data in every frame with our 150MP, snapshot matrix camera
Collect more data in every frame with our 150MP, snapshot matrix camera
Unlock the power of seamless image capture with our technology, allowing you to effortlessly capture large area images with pixel-perfect precision. Thanks to the small pixel size of our sensors our design allows for the use of smaller and more cost-effective components, such as compact telescopic lenses, to achieve the same high-quality imaging results. By eliminating precision errors associated with line TDI scanners, you can ensure maximum accuracy and efficiency in your data collection.
With the ability to capture multiple images of the same large area and achieve full motion video at a 4 fps capture rate, our technology significantly increases the signal-to-noise ratio and overall image quality for a truly immersive imaging experience.
-
Proven for use in Low Earth Orbit
High resolution, 150MP Snapshot matrix camera
iXM-SP150 was originally designed for space, incorporating system redundancy and containing radiation hardened electronic components. An early unity has been operating in space since mid-2022, proving its high quality Earth observation imaging capabilities, reliability and durability in Low Earth Orbit.
-
Straight forward integration with satellite hardware
Straight forward integration with satellite hardware
Phase One’s space-hardened enclosure combines a sensor and imaging engine, optional sensor alignment with space telescopes. With an fiber optic 10G Ethernet data interface, you can ensure high speed and reliable data transfer for your space applications.
How does a satellite camera system work?
A satellite camera system works by capturing images of Earth from orbit using high-resolution sensors. These cameras are designed to operate in extreme space conditions, ensuring consistent and accurate image capture. The data collected is transmitted to Earth, where it is processed and analyzed for various applications.
iXM-SP150 Space Camera Benefits
The iXM-SP150 space camera offers superior image quality, durability, and flexibility. It’s designed to withstand the harsh environment of space, providing consistent, high-resolution imagery for applications such as environmental monitoring, mapping, and defense.
Satellite Surveillance Applications
The iXM-SP150 is ideal for satellite surveillance applications, offering high-resolution imaging capabilities that support detailed Earth observation, monitoring environmental changes, and aiding in defense operations.
Technical Imaging Specifications
iXM-SP150
Imaging Specifications
Sensor model
Sony IMX411
Sensor model
Sony IMX411
Sensor type
Back-Illuminated CMOS
Sensor type
Back-Illuminated CMOS
Color variants
Achromatic, Bayer color
Color variants
Achromatic, Bayer color
Resolution
14,204 x 10,652 (pixels)
Resolution
14,204 x 10,652 (pixels)
Pixel size
3.76 μm
Pixel size
3.76 μm
Sensor size
53.4 mm x 40 mm
Sensor size
53.4 mm x 40 mm
Pixel depth
16 bit , 14 bit , 12 bit
Pixel depth
16 bit , 14 bit , 12 bit
Full well capacity
50,000 e-
Full well capacity
50,000 e-
Dark current
1.2 e-/s @ 40°C
Dark current
1.2 e-/s @ 40°C
Read noise
3.4 e-
Read noise
3.4 e-
Integration time
225 ms at 14 bit/pixel
Integration time
225 ms at 14 bit/pixel
Min. exposure time
0.25 ms
Min. exposure time
0.25 ms
Dynamic range
83 dB
Dynamic range
83 dB
Capture rate
Up to 4 fps (dependent on image size and compression used)
Capture rate
Up to 4 fps (dependent on image size and compression used)
Model variants
Engineering, flight
Model variants
Engineering, flight
System Specifications
Metadata
Embedded in image file
Metadata
Embedded in image file
Interface (data & control)
10GigE over fiber
Interface (data & control)
10GigE over fiber
Image buffer size
3,000 MB
Image buffer size
3,000 MB
Hardware signals
Trigger input, camera status output
Hardware signals
Trigger input, camera status output
Software interface
Phase One SDK over Linux
Software interface
Phase One SDK over Linux
Power supply
15 V DC
Power supply
15 V DC
Max. power consumption
17 W
Max. power consumption
17 W
Mass
865 g
Mass
865 g
Dimensions
100 mm x 100 mm x 67 mm
Dimensions
100 mm x 100 mm x 67 mm
Min. exposure time
0.25 ms
Min. exposure time
0.25 ms
Thermal interface
Cold plate
Thermal interface
Cold plate
Environmental Specifications
Operating temperature range
-10°C to +40°C (camera body)
Operating temperature range
-10°C to +40°C (camera body)
Survival temperature range
-30°C to +65°C (camera body)
Survival temperature range
-30°C to +65°C (camera body)
Technology Readiness
2020
TRL 5
2020
TRL 5
2021
TRL 6
2021
TRL 6
2022
TRL 7
2022
TRL 7
2023
TRL 8
2023
TRL 8
2025
TRL 9
2025
TRL 9
Radiation Hardening
iXM-SP150 uses a mixture of COTS and radiation hardened components. An embedded Fault Detection Isolation and Recovery (FDIR) system manages in real-time potential critical errors caused by radiation.
iXM-SP150 uses a mixture of COTS and radiation hardened components. An embedded Fault Detection Isolation and Recovery (FDIR) system manages in real-time potential critical errors caused by radiation.
Additional benefits and features
Geotagged images, Camera control and Image processing SDK, Ready for remote update, redundant operating system, lightweight and compact, Low power consumption
Geotagged images, Camera control and Image processing SDK, Ready for remote update, redundant operating system, lightweight and compact, Low power consumption
We value the imaging sensor expertise Phase One has provided to our space solutions. We see their newest product, the high resolution large format iXM-SP150 camera, having a major impact on LEO earth observation missions and other spaceflight applications.
Matthew Mangione
Remote Sensing Business Lead - ARKA Danbury
Contact a Phase One Space Imaging Company Expert
If you would like to learn more about the iXM-SP150, our experts are eager to help! Contact Us.