12 Layer Arbitrary-Order HDI Vr Headset PCB Assembly Service 10gbps High Speed Circuit Board for Vr Glasses

This listing is a case-based record for a consumer-electronics VR headset printed circuit board assembly configuration. It documents a 12-layer arbitrary-order HDI board with a 1.1 mm thickness rather than presenting a separate product-model specification. The record also identifies 7000+ pins and a maximum rate of 10 Gbps for the documented configuration. No board dimensions are specified in the supplied case information

The supplied case documentation includes one layout visual and two photographs of assembled boards. It also lists a laser FG, stepped, nano-sputtered coating steel stencil process as part of the documented configuration. The information does not state a bill of materials, quantity, or shipment package, so those items cannot be treated as listed deliverables. The board is identified as a VR headset board for consumer electronics

The documented maximum rate is 10 Gbps, and the configuration has 7000+ pins. Its 12-layer arbitrary-order HDI design is paired with a 0.1 mm laser via and 2.2 mil line width, describing the listed interconnect structure. These values are configuration parameters in a case record; no separate operating test conditions or measured results are specified in the supplied information for this board

The board structure is specified as 12 layers with an arbitrary-order HDI design and a 1.1 mm overall board thickness. Listed connection-density details include 0.35 mm BGA pitch, 0.1 mm laser vias, and 2.2 mil line width. The supplied record identifies a VR headset board for consumer electronics, but it does not provide connector types, mating interfaces, environmental ratings, or system compatibility statements

To compare an inquiry with this documented configuration, reference the VR headset board type, consumer-electronics industry, and 12-layer arbitrary-order HDI structure. The available parameters also include 1.1 mm board thickness, 7000+ pins, 10 Gbps maximum rate, 0.1 mm laser vias, 2.2 mil line width, and 0.35 mm BGA pitch. A specified board material and laser FG, stepped, nano-sputtered coating steel stencil process are also recorded.