RME-6460 6U VPX Powered Enclosure. Air or Conduction cooled boards. Power options to over 4KW. Extreme high performance. Chassis supports front panel cabling with a recessed front card cage and a cable passage to the rear I/O panel. Optional recessed rear TM cage. Backplane has integrated current sense, RuSH system health monitoring technology, Fan Docking, and assists with cooling and air path.
Amphenol Pcd’s Strain Relief Clamps tidy up a cable after termination and provide good strain relief at the termination area. Strain Relief Backshells are a cost-effective cable holding option when environmental protection is not a concern, and weight saving is a major consideration. Now available in a stainless-steel finish.
Acromag’s new VITA 93 QMC mezzanine modules deliver dependable I/O solutions in a compact format. Smaller than XMC and tougher than M.2 or mPCIe, a variety of modules support analog, digital, and serial I/O interfaces for fast, reliable signal processing. More I/O functions coming soon. Designed for SWaP-C applications, these versatile modules are ideal for use in PCIe, VPX, VNX+, and SFF systems.
Size-5, 8, 12, and 16 ARINC PkZ contacts perform to 18 GHz for IFE applications, and to 50 GHz for higher-performing military applications on a variety of standard and custom cables. The proven PkZ contact features superior electrical performance and constant impedance over an axial mating tolerance up to .110”, providing an ideal solution for module and tray engagement.
Abaco’s new SBC3801 is a SOSA aligned 3U VPX secure single board computer with advanced anti-tamper hardware to protect your most sensitive IP. The SBC3801 integrates NSA-evaluated SecurShield™ technology and is designed for mission‑critical and industrial environments.
Small-form-factor MIL-rugged embedded computer integrating NVIDIA Jetson AGX Orin AI SOM or Intel-based x86 processor. Modular, configurable, and purpose-built for autonomous and compute mission-critical applications in austere environments. Hundreds of systems deployed for uncrewed missions, sensor ingest and AI processing, and high-performance compute at the edge.
