2.1mm Multilayer 2ND Order HDI Circuit Board 10gbps High Speed High Density PCB with Sandwich Structure for ADC Converter

This listing presents a configuration-specific ADC conversion board case study rather than a general catalog specification. The board is described as a high-speed, high-density HDI design. Its documented construction combines a 16+4+18-layer structure with sandwich-structure assembly. No additional application scope or service commitment is stated in the supplied information, so the entry should be treated as a configuration reference

The documented configuration specifies a 2.1 mm board with a 16+4+18-layer structure and 7000+ pins. The fabrication description is 16-layer two-stage HDI plus 18-layer two-stage HDI, while the assembly method is sandwich-structure assembly. Tu872slk is the stated board material. The supplied case information does not define a separate bill of materials, accessory set, or delivery package.

The specified maximum rate is 10.0 Gbps. The board is also identified as a high-speed, high-density HDI design, with 7000+ pins in a 16+4+18-layer structure. Together, these facts state the documented rate and construction density for this configuration. The supplied case does not give test conditions, signal-integrity measurements, environmental ratings, or performance limits beyond that maximum-rate figure for the listed board configuration itself

The supplied information does not specify electrical connectors, external interfaces, mounting interfaces, or environmental ratings. It does specify a 2.1 mm board thickness, Tu872slk board material, and sandwich-structure assembly. Product-specific layout and physical board views are identified, but no dimension drawing is provided. The record also does not define any connector arrangement.

For configuration comparison, the available reference points are the 2.1 mm thickness, 16+4+18 layers, 7000+ pins, and 10.0 Gbps maximum rate. The documented fabrication also combines 16-layer and 18-layer two-stage HDI sections with sandwich-structure assembly. Buyers evaluating fit should compare their required stack-up, pin count, rate, material, and assembly structure against these stated facts.