Any text format, usually PDF format

A Outline file for each layer (copper layers, solder mask, legend, etc).

All Outline file must have the same origin, orientation, etc.
Images shall not be mirrored, scaled, or rotated.

Outline file must be in “Extended Gerber” format, preferably in 6.6 MM format, with leading zero suppression and absolute coordinates.

We also recommend using Gerber X2 extensions. Drill (template) drawings are not needed.

A Gerber file for each layer (copper layers, solder mask, legend, etc).

All Gerber files must have the same origin, orientation, etc.
Images shall not be mirrored, scaled, or rotated.

Gerber files must be in “Extended Gerber” format, preferably in 6.6 MM format, with leading zero suppression and absolute coordinates.

We also recommend using Gerber X2 extensions. Drill (template) drawings are not needed.

An NC Drill (or Gerber) file for each drill depth (through holes, each blind hole depth, each buried hole span, etc).

NC Drill files should preferably be in XNC format, alternatively in Excellon format.

NC Drill files should include tool diameters. If not, then a tool list must be supplied for each NC Drill file.

Plated and unplated through holes should preferably be in the same file, but may be in separate files.

NC Drill files should preferably be in 3.3 METRIC format.

A Netlist for each layer (copper layers, solder mask, legend, etc).

All Netlist must have the same origin, orientation, etc.
Images shall not be mirrored, scaled, or rotated.

Netlist must be in “Extended Gerber” format, preferably in 6.6 MM format, with leading zero suppression and absolute coordinates.

We also recommend using Gerber X2 extensions. Drill (template) drawings are not needed.

At the minimum, pick and place files should contain Designator, X and Y coordinates (preferably in mm), and Rotation.

We rcommend that they also include side (top/bottom) and component description.

Most formats are supported.

All Pick and Place components should also be listed in the Bill of Materials.

Assembly drawings, preferably in PDF format and Gerber

A Gerber file for each layer (copper layers, solder mask, legend, etc).

All Gerber files must have the same origin, orientation, etc.
Images shall not be mirrored, scaled, or rotated.

Gerber files must be in “Extended Gerber” format, preferably in 6.6 MM format, with leading zero suppression and absolute coordinates.

We also recommend using Gerber X2 extensions. Drill (template) drawings are not needed.

A Gerber file with the outer contour (profile) of the board. This may either be a filled polygon or thin line/arc segments.

If the profile is a filled polygon (Gerber region), then the file should not contain any other objects than the polygon. Cutouts, slots and scoring (v-cut), if any, must be in separate Gerber files.

If lines/arcs are used, they must be consecutive (end location of one segment is the start location of the next segment) and form a closed loop without gaps or overlap.

A file with lines/arcs may also contain lines/arcs for cutouts (which must form closed loops), slot centerlines (which must have the same line width as the slot), and/or scoring (v-cut).

An NC Drill (or Gerber) file for each drill depth (through holes, each blind hole depth, each buried hole span, etc).

NC Drill files should preferably be in XNC format, alternatively in Excellon format.

NC Drill files should include tool diameters. If not, then a tool list must be supplied for each NC Drill file.

Plated and unplated through holes should preferably be in the same file, but may be in separate files.

NC Drill files should preferably be in 3.3 METRIC format.

At the minimum, pick and place files should contain Designator, X and Y coordinates (preferably in mm), and Rotation.

We rcommend that they also include side (top/bottom) and component description.

Most formats are supported.

All Pick and Place components should also be listed in the Bill of Materials.

The Bill of Materials should preferably be in a spreadsheet (Excel, OpenOffice, LibreOffice or similar), with one component per row and component data (designator, manufacturer part number, manufacturer, description, value, etc) each in their own columns.

Component data should be as specific as possible.

Placement or assembly drawings, preferably in PDF format

A text file specifying stackup, surface finish, solder mask color, legend (silkscreen) color, and any other requirements.

If no specification file is provided, then the quotation will be for a PCB with the following specifications:

• 1.6mm thick rigid board
• FR-4 standard Tg (IPC-4101/21) material
• 1 oz (35µm) copper layers
• Lead-free HASL finish
• Green soldermask
• White legend
• Manufactured in accordance with IPC performance class 2
• No other options

If you require a stackup with specified distance between inner layers, or that has special material requirements, or the PCB is flexible, flex-rigid or metal-based, then a detailed stackup drawing must be supplied.

IPC-D-365 test pad file: Include this file if your system can generate a test pad file in IPC-D-356 format.

Gerber Job file: Include this file if your system can generate a Gerber Job file in .gbrjob format.

3D model of board under test

Testpoint locations, preferably in Pick and Place format

A Gerber file for each layer (copper layers, solder mask, legend, etc).

All Gerber files must have the same origin, orientation, etc.
Images shall not be mirrored, scaled, or rotated.

Gerber files must be in “Extended Gerber” format, preferably in 6.6 MM format, with leading zero suppression and absolute coordinates.

We also recommend using Gerber X2 extensions. Drill (template) drawings are not needed.

A Gerber file with the outer contour (profile) of the board. This may either be a filled polygon or thin line/arc segments.

If the profile is a filled polygon (Gerber region), then the file should not contain any other objects than the polygon. Cutouts, slots and scoring (v-cut), if any, must be in separate Gerber files.

If lines/arcs are used, they must be consecutive (end location of one segment is the start location of the next segment) and form a closed loop without gaps or overlap.

A file with lines/arcs may also contain lines/arcs for cutouts (which must form closed loops), slot centerlines (which must have the same line width as the slot), and/or scoring (v-cut).

An NC Drill (or Gerber) file for each drill depth (through holes, each blind hole depth, each buried hole span, etc).

NC Drill files should preferably be in XNC format, alternatively in Excellon format.

NC Drill files should include tool diameters. If not, then a tool list must be supplied for each NC Drill file.

Plated and unplated through holes should preferably be in the same file, but may be in separate files.

NC Drill files should preferably be in 3.3 METRIC format.

3D model (stl and/or stp files)

Any text format, usually PDF format

A Gerber file for each layer (copper layers, solder mask, legend, etc).

All Gerber files must have the same origin, orientation, etc.
Images shall not be mirrored, scaled, or rotated.

Gerber files must be in “Extended Gerber” format, preferably in 6.6 MM format, with leading zero suppression and absolute coordinates.

We also recommend using Gerber X2 extensions. Drill (template) drawings are not needed.

A Gerber file with the outer contour (profile) of the board. This may either be a filled polygon or thin line/arc segments.

If the profile is a filled polygon (Gerber region), then the file should not contain any other objects than the polygon. Cutouts, slots and scoring (v-cut), if any, must be in separate Gerber files.

If lines/arcs are used, they must be consecutive (end location of one segment is the start location of the next segment) and form a closed loop without gaps or overlap.

A file with lines/arcs may also contain lines/arcs for cutouts (which must form closed loops), slot centerlines (which must have the same line width as the slot), and/or scoring (v-cut).