FPGA & Sensor Processor Cards

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VPX3-1703
The VPX3-1703 3U OpenVPX NXP Layerscape LS1043A Arm processor card combines the high performance of the quad-core A53 processor with advanced I/O capabilities for low-powered, rugged, SWaP-constrained applications.
VPX3-1703
The VPX3-1703 3U OpenVPX NXP Layerscape LS1043A Arm processor card combines the high performance of the quad-core A53 processor with advanced I/O capabilities for low-powered, rugged, SWaP-constrained applications.
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VPX3-133
VPX3-133 3U VPX NXP Power Architecture T2080 SBC includes quad-core processor at 1.5GHz, 8 GB DDR3, I/O for Ethernet, serial, SATA, USB 2.0, PCI Express, TTL and differential discretes.
VPX3-133
VPX3-133 3U VPX NXP Power Architecture T2080 SBC includes quad-core processor at 1.5GHz, 8 GB DDR3, I/O for Ethernet, serial, SATA, USB 2.0, PCI Express, TTL and differential discretes.
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VPX6-197
The VPX6-197 6U OpenVPX SBC combines the performance and the advanced I/O capabilities of the NXP’s Power Architecture quad-core AltiVec enabled T2080 processor.
VPX6-197
The VPX6-197 6U OpenVPX SBC combines the performance and the advanced I/O capabilities of the NXP’s Power Architecture quad-core AltiVec enabled T2080 processor.
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VME-196
The VME-196 NXP Power Architecture P2080-based VME SBC supports a rich I/O complement per processing node which includes 3 Gigabit Ethernet (GbE) ports (two backplane and one front panel), up to 6 serial channels, discrete and differential digital I/O, SATA, Universal Serial Bus (USB) 2.0 ports and two PMC/ XMC sites.
VME-196
The VME-196 NXP Power Architecture P2080-based VME SBC supports a rich I/O complement per processing node which includes 3 Gigabit Ethernet (GbE) ports (two backplane and one front panel), up to 6 serial channels, discrete and differential digital I/O, SATA, Universal Serial Bus (USB) 2.0 ports and two PMC/ XMC sites.
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In deployed radar, signal intelligence, and image processing systems, the technical advantages provided by FPGAs and Adaptive SoC-based processors and sensor I/O cards translate to higher-performance systems with lower latency from input to processed output. With their large number of gates, hardware multipliers, and high-speed serial interfaces, FPGA and Adaptive SoC-based cards are well suited to a variety of applications that require elements of computing characterized by repetitive fixed-point processing, expressed in highly parallel form, such as FFTs, pulse compression, filters, and digital down converters. Curtiss-Wright’s VPX, XMC, and FMC card-based sensor I/O solutions include rugged, high-performance solutions to support intelligent analog I/O for frequency and time domain applications and digital I/O. These modules are designed to deliver optimal performance in extreme temperature and vibration conditions.

VPX FPGA & Sensor Processor Cards

Increase data, signal & front-end sensor processing performance.

Product Image Product Name Description Profile Processor / FPGA Inputs Outputs Data Sheet
VPX3-536 3U VPX 100G featuring AMD Versal Premium Adaptive SoC OpenVPX standard SLT3-PAY-1F1U1S1S1U1U4F1J-14.6.13-8 AMD 12-bit 2ch @ 6Gsps or 4ch @ 3Gsps 12-bit 2ch @ 6Gsps
CHAMP-FX7 6U VPX Dual AMD Versal Premium Adaptive SoC Processor 6U SOSA Payload: 10.6.4 w/ VITA 66.5 backplane fiber I/O AMD Up to 64 x 28 Gbps multi-mode fiber receivers Up to 64 x 28 Gbps multi-mode fiber receivers
CHAMP-FX4 6U VPX Virtex 7 FPGA Card 6U OpenVPX 4F1Q2U2T-10.2.1 AMD N/A N/A
CHAMP-WB 6U OpenVPX Virtex 7 FPGA Card 6U OpenVPX 4F-10.3.1 AMD N/A N/A
VPX3-E320 Ruggedized Universal Software-Defined Radio (SDR) - Compatiable with Ettus 320 3U OpenVPX 1H-14.6.11 AMD 2 RX, 70 MHz - 6 GHz freq range, Up to 56 MHz of bandwidth 2 TX, 70 MHz - 6 GHz freq range, Up to 56 MHz of bandwidth
VPX3-534 3U VPX Kintex UltraScale FPGA 6 Gsps Transceiver 3U OpenVPX 1D-14.2.6 AMD 12-bit 2ch @ 6Gsps or 4ch @ 3Gsps 12-bit 2ch @ 6Gsps
VPX3-530 3U VPX Virtex 7 FPGA ADC/DAC 3U OpenVPX 1D-14.2.6 AMD 12-bit 2ch @ 4Gsps or 4ch @ 2Gsps 14-bit 2ch @ 5.6Gsps

FPGA, Sensor, & Security Processor XMC & FMC Cards

Mezzanine cards that add functionality without occupying an extra slot.

Product Image Product Name Description Processor / FPGA Backplane Fabric Data Sheet
XF07-523 FPGA Digital IO XMC AMD 8-lane PCIe2
XF07-518 Quad 500MSPS 14b AMD Kintex 7 Digital Receiver XMC AMD 8-lane PCIe2
XF07-516 Quad 250MSPS 16b AMD Kintex 7 Digital Receiver XMC AMD 8-lane PCIe2
FMC-516 Quad 250MSPS 16b ADC FMC N/A N/A
FMC-518 Quad 500MSPS 14-bit ADC FMC N/A N/A
XCLK1 Multi-Channel Clock Generator N/A N/A
XMC-528 AMD Zynq Ultrascale+ Quad-core Arm A53 Secure Mezzanine AMD 8-lane PCIe2
XF07-RLDRAM AMD Kintex 7 Coprocessor XMC AMD 8-lane PCIe2
XMC-529 AMD Zynq Ultrascale+ MPSoC XMC Mezzanine Card AMD 8-lane PCIe2

FPGA Toolkits & IP

Tools and source code for use with our AMD Virtex and Kintex-based FPGA products.

Product Image Product Name Description Form Factor Type Interoperability Data Sheet
FusionXF AMD Virtex/Kintex 7 FPGA Toolset Other Software, AdvMC-FPGA-3U Intel processors, Linux, NXP Power Architecture processors, VxWorks, Windows, AMD Kintex 7, AMD Virtex 7
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Fabric100 100G Processing: Why Architectures Matter

Designers of high-performance embedded computing modules and systems must understand the technical considerations required to realize the true benefits of 100 Gbps technology fully.

Fabric100
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Fabric100 100G Processing: Why Architectures Matter

Designers of high-performance embedded computing modules and systems must understand the technical considerations required to realize the true benefits of 100 Gbps technology fully.

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COTS Boards Brochure

COTS products and open-architecture solutions for mission computing, signal processing, graphics, communication fabrics, system and sensing I/O, and data storage.

COTS Boards Brochure
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COTS Boards Brochure

COTS products and open-architecture solutions for mission computing, signal processing, graphics, communication fabrics, system and sensing I/O, and data storage.

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TrustedCOTS and Enhanced TrustedCOTS for Trusted Computing

TrustedCOTS™ and Enhanced TrustedCOTS technologies use an OSA for embedding security, enabling customers to leverage S-SOTA technologies.

TrustedCOTS and Enhanced TrustedCOTS for Trusted Computing
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TrustedCOTS and Enhanced TrustedCOTS for Trusted Computing

TrustedCOTS™ and Enhanced TrustedCOTS technologies use an OSA for embedding security, enabling customers to leverage S-SOTA technologies.

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Why an Open Standards Approach Is Essential in Defense and Aerospace

We examine the 2019 tri-services memo regarding MOSA and what open standards such as SOSA, FACE, and VICTORY mean for today’s military programs.

Why an Open Standards Approach Is Essential in Defense and Aerospace
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We examine the 2019 tri-services memo regarding MOSA and what open standards such as SOSA, FACE, and VICTORY mean for today’s military programs.

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Modular Open Systems Approach (MOSA)

This essential guide describes MOSA's significance for defense technology and the roles standards like SOSA, CMFF, CMOSS, VICTORY, GVA, and FACE play.

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This essential guide describes MOSA's significance for defense technology and the roles standards like SOSA, CMFF, CMOSS, VICTORY, GVA, and FACE play.

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The Open Group Sensor Open Systems Architecture and CMOSS Brochure

Technical standards like SOSA and CMOSS alleviate interoperability, sustainability, and SWaP challenges by efficiently reusing proven technology.

The Open Group Sensor Open Systems Architecture (SOSA) and CMOSS Brochure
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The Open Group Sensor Open Systems Architecture and CMOSS Brochure

Technical standards like SOSA and CMOSS alleviate interoperability, sustainability, and SWaP challenges by efficiently reusing proven technology.

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Simplifying Sensor Data Processing With Advanced GPGPU Technology and COTS Building Blocks

This white paper looks at how standards-based, pre-integrated, and prevalidated Commercial-Off-The-Shelf (COTS) building blocks can reduce program risk, expedite development-to-deployment, and create quality, affordable High-Performance Embedded Computing

Simplifying Sensor Data Processing With Advanced GPGPU Technology and COTS Building Blocks
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This white paper looks at how standards-based, pre-integrated, and prevalidated Commercial-Off-The-Shelf (COTS) building blocks can reduce program risk, expedite development-to-deployment, and create quality, affordable High-Performance Embedded Computing

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Dissecting Rugged Development of COTS FPGA Hardware

This white paper discusses the challenges FPGA modules carry and how best to meet them.

Dissecting Rugged Development of COTS FPGA Hardware
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Dissecting Rugged Development of COTS FPGA Hardware

This white paper discusses the challenges FPGA modules carry and how best to meet them.

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Beyond Ruggedization: Ensuring Long-Term Reliability Brochure

Reliability requires in-depth, scientific testing and validation to ensure that ruggedized solutions dependably perform in the harshest field conditions for many years.

Beyond Ruggedization
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Beyond Ruggedization: Ensuring Long-Term Reliability Brochure

Reliability requires in-depth, scientific testing and validation to ensure that ruggedized solutions dependably perform in the harshest field conditions for many years.

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Total LifeCycle Management Brochure

Curtiss-Wright's team of Total LifeCycle Management (TLCM) experts utilize decades of experience to effectively manage all component lifecycles.

Total LifeCycle Management
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Total LifeCycle Management Brochure

Curtiss-Wright's team of Total LifeCycle Management (TLCM) experts utilize decades of experience to effectively manage all component lifecycles.

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