Product target
Module family, capacity target, form factor, intended system, and any mechanical constraints.
BOARD DESIGN & MANUFACTURING
Memory PCBs designed for the intended module.
We consider how the board fits the target memory module, DRAM components, and subsequent assembly. Projects can begin with existing drawings or with a set of product requirements.
Tynsen photoPCB PROJECT INPUTS
From design input to manufacturing scope.
We provide memory PCB design, development, and manufacturing. Where PCB and SMT assembly belong to one project, we can review the requirements together from the outset.
01
Board drawings or design inputs
02
Target module and DRAM component information
03
Quantity and assembly requirements
04
Inspection and acceptance documentation
PROJECT REVIEW
Details that shape the board.
Board material, layer count, tolerances, and acceptance documentation are defined against the approved product requirements. We do not assume a single specification fits every memory module.
DESIGN INPUTS
A board discussion with the assembly in view.
A memory PCB needs to fit both the electrical design intent and the downstream build. The earlier those interfaces are discussed, the easier it is to establish a coherent manufacturing scope.
Available design material
Schematics, Gerber files, stackup, BOM, drawings, or a reference board can be reviewed where available.
Manufacturing interface
DRAM part choice, component placement, panelization, inspection, and test needs are considered with the intended build.
SCOPE & HANDOVER
Clarify the board deliverable.
Tynsen can discuss PCB work as a board-only project or as part of a module manufacturing program. Revision control, sample approval, inspection documents, and any assembly linkage are established in the project scope.
NEXT STEPLet's discuss
Discuss memory PCB work Let's discuss
what comes next.
We welcome a conversation about your memory project.