New 3U OpenVPX Backplanes Used in 19" Rack Mountable Chassis Platform Designs
OpenVPX backplanes utilizes BKP3-CEN07-15.2.3 VITA 65 profile. 7-slot backplane is standardly designed to PCIe Gen3 speeds with options for high levels. Offered in commercial, development and MIL rugged formats.
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New Backplane/Chassis Geared for 3U and 6U OpenVPX and SOSA Development
Backplanes can be incorporated along with other designs, including a 3U version with 4 VITA 65 slots and 4 VITA 67.3 slots. Features the radial clocking required for SOSA applications. Pixus chassis platforms are available to house backplane configurations including 8.5” wide and 12.5” wide open frame portable enclosures as well as 19” rackmount.
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Latest 3U and 6U OpenVPX Backplanes Allow for Versatility in Prototyping
Feature cutout for optional insertion of the aperture housing and contacts. Available in 1-slot with VITA 65 (VPX only), VITA 66.4 (optical), and VITA 67.3 (RF) formats. Offer SOSA/HOST efforts and move to optical and RF interfaces over.
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New PCIe Gen 4 Expansion System Can Achieve Peak Computing Operations of up to 19.9 PetaOPS
Features two PCIe x16 Gen 4 slots that allow network interface controllers (NICs) to transport data throughout the datacenter or edge network. Allows system developers to scale out any Gen 4 server by adding up to eight NVIDIA A100 GPUs. Ideal for boosting the performance of compute-intensive applications like AI training, AI inference, video analytics and XR rendering.
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How to Choose the Right Adhesive Tape for Your Application
With a considerable number of adhesive materials, applications and methods, there are many options to consider when choosing an adhesive tape. As NADCO® is a leading manufacturer of custom tapes and labels; we took our years of experience to create this handy selection guide on choosing the right adhesive tape for your application.
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New OpenVPX 3U 3-Slot Backplanes are VITA 63.0 Compliant
Utilize ultra-rugged KVPX style connector and is Ideal for harshest aerospace applications. Feature BKP3-CEN03-15.2.9 routing profile and support PCIe Gen3 speeds. Options include conformal coating and installation of Rear Transition Module (RTM) connectors.
Read More »New OSS-PCIe4-BP-5x16 Gen 4 Backplane Provides 16 GT/s per lane or 256 GT/s in a x16 PCIe Gen 4 Slot
Reduces system bottlenecks between CPU complexes and accelerators, storage as well as IO devices. Offers cutting-edge system performance that doubles the interconnect bandwidth over Gen 3. Features one Gen 4 x16 target slot and five Gen 4 x16 downstream slots for GPUs, NVMe drives or network interfaces.
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Pixus Presents OpenVPX Backplanes for 6U Applications
Offered in 9-slot, 6-slot power and ground, 5-slot, and a 1-slot development backplane designs. Allows signals to pass through to the rear transition modules for prototyping and de-bugging. 1-slot version comes with an interface for VITA 62 power supply.
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New 3U and 6U OpenVPX Backplanes for RF Cabling Feature VITA 67.x Configuration Options
OpenVPX backplanes features sizes up to 16 slots at a 1.0” pitch and VITA 67.x configuration options. The backplanes are populated with the RF housings/contacts or with cutouts for future installation.
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New 3-Slot OpenVPX Backplane Comes with BKP3-CEN03-15.2.9 Profile
Pixus’ 3-Slot OpenVPX Backplane is designed for small Mil/Aero applications where size, weight and power is significant. The unit is offered with VITA 62 power supply slot and PCIe Gen3 signal performance. The backplane can be used with customizable I/O for Air Transport Rack Enclosures.
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New OpenVPX Backplane Features 1 VPX Slot and 1 VITA 62 Slot
Pixus Technologies’ 6U OpenVPX Backplane comes with pass-through signals to the rear transition modules. Units provide an interface to VITA 62 PSU that helps in prototyping and development. The backplane features various power taps for VPX voltages.
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The Carbontec System: A Smarter Way to Heat Your Buildings
Carbontec's paper-thin radiant heating systems reduce energy consumption costs by warming the building surfaces instead of controlling air temperature. Check out our video to learn more.
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