Seeing More with Advanced EO/IR Processing

Sensor processing for modern electro-optical and infrared systems

Precision electro-optical and infrared systems (EO/IR) use advanced sensors to capture mission-critical data and maximize situational awareness. Turning this data into actionable information requires high-performance, real-time processing that is rugged and reliable enough for operation at the tactical edge.

CHALLENGE

Deploying real-time EO/IR processing to the sensor edge

SOLUTION

From rugged OpenVPX to custom small form-factor subsystems, we bring the latest commercially developed processing capabilities to the aerospace and defense industry. With rugged solutions, environmental protection, advanced thermal management and built-in military-grade security we deliver the highest-performance processing power for EO/IR applications.

Seeing Everything Clearly

To see further, in all directions, in real-time, with high resolution, requires high-performance processing power at the tactical edge. Unlike traditional embedded EO/IR processing systems, Mercury's solutions bring the best commercially developed data center technology to military and aerospace vision systems.  

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Going Anywhere

360-degree situational awareness is critical in the challenging military and aerospace applications at the tactical edge. Our approach to system miniaturization, advanced cooling, extreme environmental protection and built-in security allows image-processing systems to fit in the most SWaP-constrained platforms, enabling deployment anywhere.

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Lasting Longer

We partner and align our technology roadmap with industry leaders including Intel®, NVIDIA® and Xilinx® providing technology capabilities that deliver long-term technology relevance for aerospace and defense systems. Our approach, using modular open system architectures (MOSAs) enables rapid technology refreshes that sustain and enhance systems over their lifetimes.  

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FEATURED PRODUCTS

HDS6605 Multiprocessing Board

HDS6605 Multiprocessing Board

6U OpenVPX Xeon (Cascade Lake) multiprocessing server blade

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GSC6204 GPU Board

GSC6204 GPU Board

6U OpenVPX GPU board coprocessing engine powered by dual NVIDIA Turing GPUs

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SFM6126 Network Switch Board

SFM6126 Network Switch Board

6U OpenVPX wideband PCIe gen 3 network switch board

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SCM6010 and CAN6000 Plug-in Storage

SCM6010 and CAN6000 Plug-in Storage

6U OpenVPX SSD plug-in storage with PCIe switching and removable canister

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HIGH-PERFORMANCE OPEN ARCHITECTURES

Bring AI to Sensor at the Edge

Our high-performance embedded edge compute (HPEEC) architecture packages the data center in a compact OpenVPX™ form factor so you can collocate AI processing next to sensors on edge platforms. 

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RUGGEDIZED DISPLAYS

Enhance Your Situational Awareness

A true 10-bit, dual-redundant large area display (LAD) with a high dynamic range of 1024 gray shades and enhanced with night vision-enabled technology, to see further, with more clarity, and make a more informed decision sooner.  

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DEPENDABILITY

Mitigate Deployment Risk With Proven Experience

We employ cutting-edge commercial technologies and unique processes borne from a wealth of in-house expertise, garnered on over 300 programs, to develop and manufacture solutions to meet your application's demanding conditions. 

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