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Deliver Super-computing Processing Performance
HPEC systems have a proven track record to deliver super-computing processing performance in rugged, compact deployable system architectures optimized for harsh military environments. These systems consist of a large number of distributed processors, I/O, and software stacks connected by a low-latency system fabric.
With scalable architectures, dataflow modeling and configuration validation, Curtiss-Wright’s HPEC customers can source embedded super-computing platforms that integrate Intel-based multi-processor boards with AVX, GPU co-processors, AMD Adaptive SoCs and FPGAs, and Ethernet switching with software, including VxWorks, and Linux with OpenMPI and OFED software interfaces, using latest fielded thermal management systems like VITA 48 Air Flow Through technology.
Fabric100 Processing and Networking Solutions
As the complexity of data processing for defense and aerospace applications increases, system designers must adapt to the latest proven technologies to deliver faster processing and information sharing. To address this challenge, Curtiss-Wright next generation embedded computing cards and systems feature Fabric100 connectivity within systems and through optical links between systems. Fabric100 delivers uncompromised 100Gbps data processing and information sharing across the platform and is built upon and compatible with proven Fabric40 (40 GbE) technology.
CHAMP-XD4
The CHAMP-XD4 (VPX6-485) is a 6U OpenVPX high-performance embedded computing (HPEC) and cognitive digital signal processor (DSP) card designed for data-intensive applications, like high-bandwidth radar and signal intelligence systems.
CHAMP-XD4
The CHAMP-XD4 (VPX6-485) is a 6U OpenVPX high-performance embedded computing (HPEC) and cognitive digital signal processor (DSP) card designed for data-intensive applications, like high-bandwidth radar and signal intelligence systems.
CHAMP-FX7
The CHAMP-FX7 is a 6U VPX Dual AMD Versal™ Premium Adaptive System-on-Chip processor that delivers unparalleled processing speed and extensive fiber optic connectivity.
CHAMP-FX7
The CHAMP-FX7 is a 6U VPX Dual AMD Versal™ Premium Adaptive System-on-Chip processor that delivers unparalleled processing speed and extensive fiber optic connectivity.
VPX3-1262
The VPX3-1262 integrates Intel’s i7-13800HRE 14-core hybrid processor technology (formerly “Raptor Lake”) with Curtiss-Wright’s proven ruggedization technology to excel in harsh environments.
VPX3-1262
The VPX3-1262 integrates Intel’s i7-13800HRE 14-core hybrid processor technology (formerly “Raptor Lake”) with Curtiss-Wright’s proven ruggedization technology to excel in harsh environments.
VPX3-6816
The versatile, high-performance VPX3-6816 Ethernet switch provides rugged Ethernet switching for both legacy and next-generation 3U systems.
VPX3-6816
The versatile, high-performance VPX3-6816 Ethernet switch provides rugged Ethernet switching for both legacy and next-generation 3U systems.
VPX3-6826
100G Data Plane & Control Plane Ethernet Switch with TSN Developed in Alignment with the SOSA™ Technical Standard.
VPX3-6826
100G Data Plane & Control Plane Ethernet Switch with TSN Developed in Alignment with the SOSA™ Technical Standard.
6U Fabric40 Processing and Networking Solutions
Fabric40 is a complete end-to-end system approach for integrating the high-speed 40 Gbps fabrics into high-performance processing systems that cannot afford to compromise on performance.
CHAMP-XD2
The CHAMP-XD2 6U VPX Intel Xeon D DSP Processor Card features 32 GB DDR4 per Xeon socket, 40G/10G Ethernet, InfiniBand, XMC, PCIe Gen3 and more.
CHAMP-XD2
The CHAMP-XD2 6U VPX Intel Xeon D DSP Processor Card features 32 GB DDR4 per Xeon socket, 40G/10G Ethernet, InfiniBand, XMC, PCIe Gen3 and more.
CHAMP-XD2M
The rugged CHAMP-XD2M 6U OpenVPX Intel Xeon D processor module is designed for use in high memory capacity, compute-intensive rugged applications.
CHAMP-XD2M
The rugged CHAMP-XD2M 6U OpenVPX Intel Xeon D processor module is designed for use in high memory capacity, compute-intensive rugged applications.
VPX6-1961
The first of its kind in the industry, the VPX6-1961 Intel Xeon W-11000E 8-core processor card is our most powerful and capable single board computer yet.
VPX6-1961
The first of its kind in the industry, the VPX6-1961 Intel Xeon W-11000E 8-core processor card is our most powerful and capable single board computer yet.
ISR Video Processing System
The ISR Video Processing System combines leading-edge technologies in Intel® multi-core CPUs, NVIDIA GPGPUs, and AMD FPGAs to provide users with powerful signal processing capabilities in a compact, embedded 6U VPX format.
ISR Video Processing System
The ISR Video Processing System combines leading-edge technologies in Intel® multi-core CPUs, NVIDIA GPGPUs, and AMD FPGAs to provide users with powerful signal processing capabilities in a compact, embedded 6U VPX format.
Multi-Platform Mission Management System
The Multi-Platform Mission Management (MPMM) System was designed with high performance computing, ruggedization and flexibility in mind.
Multi-Platform Mission Management System
The Multi-Platform Mission Management (MPMM) System was designed with high performance computing, ruggedization and flexibility in mind.
CHAMP-WB
The CHAMP-WB 6U VPX FPGA DSP card was developed for wide-band, low latency applications that require large FPGA processing, wide input/output requirements, with minimal latency.
CHAMP-WB
The CHAMP-WB 6U VPX FPGA DSP card was developed for wide-band, low latency applications that require large FPGA processing, wide input/output requirements, with minimal latency.
HPEC Development Platform
The High-Performance Embedded Computing (HPEC) Development Platform decomposes the data center's high-performance computing (HPC) environment and recomposes it as a rugged, SWaP-efficient development system.
HPEC Development Platform
The High-Performance Embedded Computing (HPEC) Development Platform decomposes the data center's high-performance computing (HPC) environment and recomposes it as a rugged, SWaP-efficient development system.
VPX6-4955
The VPX6-4955 6U VPX GPU processor module provides powerful processing with two NVIDIA Quadro Turing TU104 GPUs, 6144 CUDA cores and 768 Tensor cores for parallel processing, deep learning neural network training and AI inference.
VPX6-4955
The VPX6-4955 6U VPX GPU processor module provides powerful processing with two NVIDIA Quadro Turing TU104 GPUs, 6144 CUDA cores and 768 Tensor cores for parallel processing, deep learning neural network training and AI inference.
3U Fabric40 Processing and Networking Solutions
These small form factor modules provide system integrators with high-performance CPU and GPU processing seamlessly interoperate over the 40 Gb Ethernet and PCIe interconnects.
CHAMP-XD3
The CHAMP-XD3/VPX3-484 3U OpenVPX Intel Ice Lake Xeon D-1700 DSP Processor Card features high-speed DDR4 memory, 10 Gb Ethernet, 40 Gb Ethernet Data Plane, AMD MPSoc FPGA for enhanced security.
CHAMP-XD3
The CHAMP-XD3/VPX3-484 3U OpenVPX Intel Ice Lake Xeon D-1700 DSP Processor Card features high-speed DDR4 memory, 10 Gb Ethernet, 40 Gb Ethernet Data Plane, AMD MPSoc FPGA for enhanced security.
VPX3-1260
The VPX3-1260 rugged 3U OpenVPX 9th Gen Intel® Xeon® SBC delivers full-featured, all-in-one processing for high-performance embedded computing, general-purpose processing and C5ISR applications.
VPX3-1260
The VPX3-1260 rugged 3U OpenVPX 9th Gen Intel® Xeon® SBC delivers full-featured, all-in-one processing for high-performance embedded computing, general-purpose processing and C5ISR applications.
Software Defined Radio and Electronic Warfare System
Many new Software Defined Radio (SDR) and Electronic Warfare (EW) systems are being deployed on small platforms requiring sophisticated capabilities, such as GigaHertz (GHz) sampling rates and FPGA-based processing to handle the data rates.
Software Defined Radio and Electronic Warfare System
Many new Software Defined Radio (SDR) and Electronic Warfare (EW) systems are being deployed on small platforms requiring sophisticated capabilities, such as GigaHertz (GHz) sampling rates and FPGA-based processing to handle the data rates.
CHAMP-XD1
The CHAMP-XD1/VPX3-482 3U OpenVPX Intel Xeon D DSP Processor Card features high-speed DDR4 memory, Gigabit Ethernet, 10 Gb Ethernet, XMC site with PCIe Gen3 in conduction and air-cooled versions.
CHAMP-XD1
The CHAMP-XD1/VPX3-482 3U OpenVPX Intel Xeon D DSP Processor Card features high-speed DDR4 memory, Gigabit Ethernet, 10 Gb Ethernet, XMC site with PCIe Gen3 in conduction and air-cooled versions.
VPX3-655
The Curtiss-Wright VPX3-655 is a very versatile Ethernet switch supporting 1G, 10G and 40G ports, including 12x 10GBASE-T ports, providing high-speed connectivity for modular embedded computing applications.
VPX3-655
The Curtiss-Wright VPX3-655 is a very versatile Ethernet switch supporting 1G, 10G and 40G ports, including 12x 10GBASE-T ports, providing high-speed connectivity for modular embedded computing applications.
VPX3-687
The Curtiss-Wright VPX3-687 3U VPX 10/40 Gigabit Ethernet Switch provides up to 32 x 10 GbE interfaces at line-rates up to 320 Gbps.
VPX3-687
The Curtiss-Wright VPX3-687 3U VPX 10/40 Gigabit Ethernet Switch provides up to 32 x 10 GbE interfaces at line-rates up to 320 Gbps.
VPX3-4935
The VPX3-4935 3U VPX GPU processor module delivers incredible processing power from its NVIDIA® Quadro® Turing™ TU104 GPU, providing an impressive 3072 CUDA cores for parallel processing.
VPX3-4935
The VPX3-4935 3U VPX GPU processor module delivers incredible processing power from its NVIDIA® Quadro® Turing™ TU104 GPU, providing an impressive 3072 CUDA cores for parallel processing.
Embedded Video Processing System
Curtiss-Wright’s Embedded Video Processing System combines Intel Xeon D signal processors, a NVIDIA Quadro Pascal GPGPU processor and AMD Kintex FPGA Frame Grabbers for high performance processing in rugged aerospace and defense applications.
Embedded Video Processing System
Curtiss-Wright’s Embedded Video Processing System combines Intel Xeon D signal processors, a NVIDIA Quadro Pascal GPGPU processor and AMD Kintex FPGA Frame Grabbers for high performance processing in rugged aerospace and defense applications.
HPEC Computing Systems
Fabric100 100 GbE Data Processing Technology
Curtiss-Wright has developed Fabric100, a complete end-to-end ecosystem that features 100 Gigabit Ethernet (GbE) connectivity between rugged OpenVPX modules and system components.
Fabric100 100 GbE Data Processing Technology
Curtiss-Wright has developed Fabric100, a complete end-to-end ecosystem that features 100 Gigabit Ethernet (GbE) connectivity between rugged OpenVPX modules and system components.
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 100G technology fully.
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 100G technology fully.
Understanding HPEC Computing: The Ten Axioms
This white paper describes how high-performance embedded computing (HPEC) brings supercomputing processing power to defense and aerospace applications including radar, sigint, and image processing systems.
Understanding HPEC Computing: The Ten Axioms
This white paper describes how high-performance embedded computing (HPEC) brings supercomputing processing power to defense and aerospace applications including radar, sigint, and image processing systems.
Fabric40 - An Introduction White Paper
This white paper is the first in a series about the benefits of using 40 Gbps interconnects for use in Defense and Aerospace rugged deployed COTS systems.
Fabric40 - An Introduction White Paper
This white paper is the first in a series about the benefits of using 40 Gbps interconnects for use in Defense and Aerospace rugged deployed COTS systems.
Optimizing PCIe Communications through Device Lending and Multicast with Dolphin PCIe Fabric Library
In the third paper in our series, we cover additional features of the Dolphin PCIe Fabric Communications Library that help minimizes latency, maximize system bandwidth, and optimize configuration flexibility.
Optimizing PCIe Communications through Device Lending and Multicast with Dolphin PCIe Fabric Library
In the third paper in our series, we cover additional features of the Dolphin PCIe Fabric Communications Library that help minimizes latency, maximize system bandwidth, and optimize configuration flexibility.
Minimizing Latency in Peer-to-Peer Communications with Dolphin PCIe Fabric Library
In this second white paper in our two-part series, we present several different software interfaces provided for applications development, comparing their advantages and tradeoffs. Finally, we present performance benchmarks using a variety of Curtiss-Wright.
Minimizing Latency in Peer-to-Peer Communications with Dolphin PCIe Fabric Library
In this second white paper in our two-part series, we present several different software interfaces provided for applications development, comparing their advantages and tradeoffs. Finally, we present performance benchmarks using a variety of Curtiss-Wright.
Enhancing PCIe Communications to Eliminate Bottlenecks with Dolphin PCIe Fabric Communications Library
We introduce the use of fabrics for high-performance embedded systems and focus on the hardware and architectural options available to the systems designer.
Enhancing PCIe Communications to Eliminate Bottlenecks with Dolphin PCIe Fabric Communications Library
We introduce the use of fabrics for high-performance embedded systems and focus on the hardware and architectural options available to the systems designer.
Electromagnetic Spectrum with COMINT/ELINT Signal Analysis Methodology, the All-to-All Architecture
In this white paper, we explore how technological advances in the multi-channel signal analysis have provided new levels of radiofrequency emitter tracking.
Electromagnetic Spectrum with COMINT/ELINT Signal Analysis Methodology, the All-to-All Architecture
In this white paper, we explore how technological advances in the multi-channel signal analysis have provided new levels of radiofrequency emitter tracking.