Development Platforms and Accessories

OpenVPX enclosures, power supplies and accessories to speed system development, testing and time to market.

Build a dependable subsystem with flexible OpenVPX accessories

Designing, building, testing and certifying an OpenVPX subsystem doesn't have to be expensive and time consuming. Mercury’s field-proven and SWaP-optimized OpenVPX enclosures and power supplies deliver superior performance and speed subsystem development, testing and time to market.

Model 8258 ACAP Development Platform

FEATURED PRODUCT

Model 8258 ACAP Development Platform

SCFE6931 Dual Versal ACAP processing module 6U VPX development platform

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Development Platforms & Accessories

Model Form Factor Type Number of Slots SOSA Description View Product
8258 6U OpenVPX Desktop tower 1   Development Platform, ACAP

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8256 3U OpenVPX Rackmount 8 Yes Development Platform, Quartz RFSoC

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8257 3U OpenVPX Desktop tower 1   Development Platform, Quartz RFSoC

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8257A 3U OpenVPX Desktop tower 1 Yes Development Platform, Quartz RFSoC

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ROCK-2A 3U OpenVPX Desktop 4   Development Platform, Flight-Certifiable Avionics

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4-slot AFB Chassis 6U OpenVPX SFF 4   Chassis only, Air Flow-By

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16-slot Chassis 6U OpenVPX Rackmount 16   Chassis only, Air-Cooled

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6-slot Chassis 6U OpenVPX Rackmount 6   Chassis only, Air-Cooled

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SMA-301 3U OpenVPX Board 1   System Management

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PSU-1449 3U OpenVPX Board 1   Storage with BuiltSAFE

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RTM61P 6U OpenVPX Board 1   IO Rear Transition and Carrier

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RTM30P 3U OpenVPX Board 1   IO Rear Transition

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RTM60S 6U OpenVPX Board 1   IO Rear Transition and Carrier

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Purpose-Built

Reduce Risk and Deploy Faster

Ruggedized and delivered with DAL artifacts and built-in security features, Mercury’s open system architecture processing and IO boards mitigate risk, reduce subsystem development costs, and accelerate platform deployment.

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White Paper: Achieving Full Spectrum Dominance DRFM Technology

DRFM-based radar environment simulators and radar target generators are efficient, cost-effective...

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The Future of Direct RF and Its Impact on Technology Roadmaps and Architectures

Direct RF is quickly becoming the technology of choice for radar, electronic warfare, and...

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Direct RF Technology to Advance Edge Digital Signal Processing

Digital #signal processing has been the impetus behind analog to #digitalRF signal conversion for...

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Article: Direct RF Converters and FPGAs Boost Electronic Warfare Applications

Emerging FPGA architectures combine advanced RF converters and high-performance processing engines...

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