PCB Components 10gbps High Current Multilayer Board Card for Rugged Computer 6u-Vpx Card

This listing is a case-study entry for a custom 6U VPX board card. It documents high-speed, high-density, and high-current design characteristics for the recorded configuration. The record also identifies board fabrication and assembly characteristics, including backdrilling and nitrogen reflow. It does not define a separate standardized product scope beyond the documented case configuration

The documented configuration has a 22-layer, 2.5 mm board with 18000+ pins and Tu872slk board material. Its fabrication characteristics include high-multilayer high-speed material, backdrilling, hard-gold plating, and via-in-pad. Assembly characteristics list 150+ material types, a stepped stencil, and nitrogen reflow. The source does not specify a separate deliverables package, such as design files, component quantities, or finished-unit quantities

The stated maximum rate is 10 Gbps. The board is described as high-speed, high-density, and high-current, and its 22-layer construction is paired with an 18000+ pin count. These statements describe the documented case configuration. The source does not provide test conditions, signal-integrity measurements, current values, or performance figures beyond the listed maximum rate

The listed structure is a custom 6U VPX board card with 2.5 mm thickness and an 18000+ pin count. The source identifies Tu872slk as the board material and records backdrilling plus via-in-pad as fabrication characteristics. It does not specify connector types, mating standards, environmental ratings, or compatibility with particular systems. Therefore, these interface and environmental details cannot be confirmed from this case record

For comparison with this case, an inquiry can reference the 6U VPX board-card structure, 22 layers, 2.5 mm thickness, 18000+ pins, and 10 Gbps maximum rate. The documented manufacturing characteristics also include hard-gold plating, stepped stencil, and nitrogen reflow. The source does not state selection rules, order quantities, or required inquiry inputs. Requirements outside the recorded parameters need confirmation