Rugged Mission Computer for GPGPU-based Signal & Image Processing Applications

Curtiss-Wright’s new compact MPMC-9337 mission computer packs high-performance Intel and NVIDIA processing into a highly rugged 3U OpenVPX chassis By DA Reporter / 15 Jun 2022
Rugged Mission Computer for GPGPU-based Signal & Image Processing Applications

Curtiss-Wright Defense Solutions has introduced the MPMC-9337, the newest addition to its extensive range of fully integrated rugged mission computers purpose-built for deployed platforms that need additional on-board processing power but must limit their size, weight and space (SWaP) burden. 

The MIL-grade, rugged three-slot 3U OpenVPX mission computer comes ready ‘out-of-the-box’ to support compute intensive GPGPU driven applications, including cognitive signal and image processing. It is pre-configured with a Curtiss-Wright VPX3-1220 or VPX3-1260 Single Board Computer (SBC) in the first slot and an NVIDIA GPGPU based co-processor module in the second slot. The SBC hosts a Curtiss-Wright XMC-E01 fiber-optic XMC module (VITA 42) that delivers four channels of 10 Gb Ethernet (configurable as 4 x 1000BASE-T Ethernet ports or 4 x 10GBASE-SR Fiber Ethernet ports). The chassis’ third slot can support an optional 3U OpenVPX SATA Solid-State Drive (SSD) storage module or an additional 3U OpenVPX PCIe card. The MPMC-9337 also features an integrated 28 VDC power supply. 

At only 250 cubic inches, this compact mission computer delivers reliable and predictable performance in operating temperatures rated up to 71°C. The system uses advanced coldplate and thermal management technology removing the need for fans, vehicle supplied air, liquid, or other demands from the vehicle. Designed for operation in harsh military environments, the MPMC-9337 chassis includes heaters to support cold-starts in temperatures rated as low as -50C. I/O provided by the system includes a dual channel CAN/MilCAN offload controller, as well as USB and video ports accessible at the front of the unit. 

“Not every deployed platform Situational Awareness or ISR application needs the highest performance processing you can throw at it,” said Chris Wiltsey, Senior Vice President and General Manager, Curtiss-Wright Defense Solutions. “System designers often seek a compact, lightweight mission computer that balances just the right amount of compute horsepower with the smallest possible SWaP requirement. Our MPMC-9337 hits the mark with a powerful Intel-based SBC, an NVIDIA powered GPGPU co-processing engine, and quad 10 Gb Ethernet over fiber optic cabling, all housed in a rugged three-slot chassis. Even better, if their application requires high-density data storage, the system integrator can configure the unit’s third OpenVPX slot with a SATA SSD card.”

Built Rugged to Demanding MIL Environmental Standards

To ensure the highest levels of performance, the MPMC-9337 was designed to meet or surpass MIL-STD-810 Qualifications for military equipment. The system has successfully passed environmental qualification tests, including but not limited to temperature, altitude, shock, vibration, fluid susceptibility, voltage spikes, and electrostatic. 

The circuit cards installed in the sealed compact chassis are completely isolated from external environmental conditions such as humidity, dust, and sand. Filters on power inlet and I/O signals, as well as EMC gaskets around every chassis joint, provide the unit with excellent resistance to external EMI and minimizes emissions to deliver improved reliability.

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