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CURTISS-WRIGHT’S NXP 16-CORE ARM-BASED VPX SINGLE BOARD COMPUTER

Release Time：03 Jan,2025

<p style="text-align: center;"><img src="/ueditor/php/upload/image/20250103/1735879315136582.png" title="1735879315136582.png" alt="2.png"/></p><p style="text-align: justify;"><span style="font-family: arial, helvetica, sans-serif; font-size: 12px;">Curtiss-Wright’s Defense Solutions Division&nbsp;is collaborating with&nbsp;DDC-I&nbsp;to deliver industry-leading Future Airborne Capability Environment, FACE conformant DO-178C/ED-12C Design Assurance Level A (DAL A) processing for use in safety-certifiable multi-core computing avionics applications. Curtiss-Wright’s rugged V3-1708 single board computer (SBC) with off-the-shelf AC 20-152A DAL A certification packages, combined with DDC-I’s Deos configurable multi-core real time operating system (RTOS), enables system designers building avionics systems for aerospace, military, and other high-reliability markets to rapidly deploy rugged safety-certifiable solutions. Deos uniquely enables the L2 and L3 cache memory on the V3-1708’s NXP LX2160A Arm Cortex A72 system on chip (SoC) processor to be partitioned on both a core and application basis. This provides avionics applications with a dedicated isolated region of L2 and L3 cache and greatly speeds RTOS performance by eliminating the need for cache flushing or for processor cores to access the main memory, memory bus, or memory controller.<br/>“We’re excited to collaborate with DDC-I to bring industry-leading AC 20-152A DAL A safety-certifiable multi-core processing to the avionics market,” says Brian Perry, Senior Vice President and General Manager,&nbsp;Curtiss-Wright Defense Solutions. “Combined with DDC-I’s Deos multi-core RTOS, our SWaP-optimized 16-Core V3-1708 single board computer provides system designers with the proven and reliable building blocks they need to quickly and cost-effectively develop DO-254 DAL A safety-certifiable systems. Because it frees customers from having to develop data artifact packages, the V3-1708 significantly reduces schedule risk and costs, which are frequently the cause of delays to safety-certifiable programs.”<br/>“The VPX-1708, together with our DAL-A, FACE conformant DO-178C Deos RTOS, provides an ideal MOSA-aligned, safety-critical platform for developing, certifying, and deploying a broad range of high-performance, multimedia-intensive avionics applications,” says Gary Gilliland, Vice President of Marketing at&nbsp;DDC-I. “The VPX-1708 uses the powerful A72 cores. Deos, with its patented cache partitioning, takes full advantage of the A72’s multi-core capabilities, enabling multiple Arm 72 cores to operate concurrently, delivering blazing performance in a DAL-A certifiable context.”</span></p><p style="text-align: justify;"><span style="font-family: arial, helvetica, sans-serif; font-size: 12px;">The V3-1708 3U VPX processor module is the embedded industry’s first SBC to bring the high core count advantages of the NXP LX2160A Arm Cortex A72 system on chip (SoC) processor to rugged deployed DO-254 DAL A safety-certifiable applications. The NXP LX2160A features 16 A72 cores and delivers more than 15% higher performance compared to Intel Tiger Lake.<br/>Designed for use in compute-intensive applications such as flight control computers, mission control, and primary flight displays, the V3-1708 is ideal for bringing the benefits of COTS-based safety certifiable processing to airborne military platforms such as the Future Vertical Lift (FVL) program.<br/>As a result of NXP’s close collaboration with the Multi-Core for Avionics (MCFA) industry group, the V3-1708 provides system integrators with the device data needed to support a DO-254 certification process, at little or no cost, such as related AC/AMC 20-193 multi-core and AC/AMC 20-152A COTS device objectives. For avionics system designers, a rugged COTS SBC developed using AC/AMC 20-152A as a means of compliance and provides off-the-shelf data kits for DO-254 and Failure Mode and Effects Analysis (FMEA) to support system architecture, Functional Failure Path (FFP) analysis and certification, delivers a proven and cost-effective foundation for safety-critical applications.</span></p><p><br/></p>