VPX is particularly well suited to high-bandwidth, data-intensive, real-time applications as well, including radar, electronic warfare, and electro-optical/infrared systems. Crucially, mixed VME/VPX/VSX backplanes are an option, resulting in a convenient upgrade path between VME and VPX. In addition, it remains for the moment the only major form factor that has introduced support for liquid and spray cooling.
We design our VPX backplanes to function as part of a comprehensive, rugged enclosure ecosystem, with extended real estate to facilitate the connection of fan trays and power supplies, making major components pluggable and modular and eliminating unnecessary parts, components, assembly time, and additional manufacturing steps.
- Standard and custom sizes/shapes
- Multiple ground layers for impedance control and EMI/RFI shielding
- Optional ruggedized RT 2-R connectors for longer life and robustness
- Power supply slots, power studs or 10-pin power bugs
- Designed and fabricated to commercial standards, MIL-P-5510, IPC 600, MIL-Prf-31032 and MIL-P-23200
- Flexible utility bus terminations per VITA 46
- High-performance, high speed
- Operating Temperature: -40° C to +85° C
- Storage Temperature: -55° C to +85° C
- VITA 65 Slot Configurations
- 100% tested for signal connectivity and isolation
- Up to 32 layers
- Multiple layer controlled impedance design
- Board outline, slot pitch
- Special IO connectors; example MIL-38999
- IO or foreplane boards to bring IO out of the chassis without internal cabling
- Active circuits; clock buffers, level shifters
- Options for VITA 66/67 (RF and Optical)
- Hybrid VME/VPX for legacy/upgrade path considerations