IMAGE AND VIDEO TRANSMISSION TECHNOLOGIES (LAND)

Advanced data processing with machine learning capabilities, co-developed with industry leaders for space environments.

Provides precise control of satellite attitude using the gyroscopic effect, beneficial for agile and efficient spacecraft maneuvering.

Offers radiation tolerance, powered by AMD G-series SOC paired with Xilinx Ultrascale KU060 FPGA.

Radiation-tolerant high-performance computing modules for space, using embedded AMD® G-series SOC products.

Safety-certifiable image integrity monitoring for cockpit displays, compliant with DO-178C.

Quickly capture flight incidents and transfer mission data with 550 Mbps transfer speeds, 1000 Mbps Ethernet ports and channels that support high-speed digital video (HSDV).

Crash-survivable recorder with 256GB memory, NSA Type-1 encryption, and EUROCAE ED-112 compliance.

This turnkey system built for recording 100 Gigabit Ethernet UDP streams from Mercury's Quartz® RFSoC products delivers up to 122 TB of removable solid-state storage and a recording data rate of 12.5 GB/s, providing hours of multichannel wideband signal recording.

8256 series recorders are designed to capture multiple channels of RF and IF signal data with optional real-time signal analysis.

Built for rugged and embedded applications, the LDS3507 delivers high processing power in a 3U OpenVPX form factor.

Maxar’s Earth observation constellation offers the most comprehensive suite of commercial satellite imagery; our diversity in resolution, currency, spectral bands, and accuracy helps industries conserve resources, expedite operations, ensure compliance and save lives.

Detect change through inclement ground conditions and at night with SAR imagery. This type of imagery can penetrate clouds and darkness—delivering uniquely reliable monitoring capabilities to civil, commercial and defense organizations around the world.

Satellite imagery is a critical tool for visualizing ground conditions. Whether you need a foundational map for an app or a comprehensive dataset for business intelligence, Maxar Intelligence offers both fresh high-resolution imagery and the world’s largest archive for historical analysis.

Maxar was selected to develop prototype mission data processing applications for the U.S. Space Force’s Future Operationally Resilient Ground Evolution Mission Data Processing program. Maxar’s prototype applications provide rapid mission data processing and dissemination services for overhead persistent infrared data from the Space-Based Infrared System satellites.

The Direct Access Program (DAP) enables direct satellite tasking using your own ground station for real-time imagery acquisition and downlink. DAP supports the most demanding mission requirements with the fastest secure throughput and guaranteed access and data distribution rights to meet your needs.