SYSTEM ASSEMBLY / INTEGRATION

Box Build

Bring the board, interconnects and enclosure into one clearly defined assembly scope.

Discuss box-build scope Explore the assembly interfaces

Define the parts. Then define the connections.

01PCB assembly: Identify the released board revision, mounting needs and board-level acceptance state.
02Interconnects: Agree cable, connector, harness and subassembly interfaces with their identification requirements.
03Enclosure: Provide mechanical drawings, fixing details, labeling and final assembly requirements.

Keep interface responsibilities explicit.

Project inputs for an integration review
Interface	Required input	Decision to agree
Mechanical	Dimensions, mounting details and assembly drawings.	Fit, access, fastening and the assembly sequence.
Electrical	Connection definition, cable information and pinouts.	Connection checks and functional verification scope.
Software & identification	Programming, revision and label requirements where applicable.	Who supplies the files and approves the final configuration.

Integrate against an agreed configuration.

The scope may stop at a subassembly or include the enclosure and final testing. Confirm the boundary for your project.

01
Confirm inputs
Align board, mechanical and interconnect documentation before starting the integration.
02
Bring parts together
Follow the agreed sequence and document configuration changes that affect the assembly.
03
Check the result
Apply the agreed connection, functional and final acceptance checks.

Specify what leaves the final assembly stage.

Discuss configuration, records, labeling and packaging together. The concept assembly shown here is illustrative, not a catalog product or a customer case.

Plan functional testing Review industrial delivery scope Discuss box-build scope

SYSTEM ASSEMBLY / INTEGRATION

Box Build

Bring the board, interconnects and enclosure into one clearly defined assembly scope.

Discuss box-build scope Explore the assembly interfaces

Define the parts. Then define the connections.

01PCB assembly: Identify the released board revision, mounting needs and board-level acceptance state.
02Interconnects: Agree cable, connector, harness and subassembly interfaces with their identification requirements.
03Enclosure: Provide mechanical drawings, fixing details, labeling and final assembly requirements.

Keep interface responsibilities explicit.

Project inputs for an integration review
Interface	Required input	Decision to agree
Mechanical	Dimensions, mounting details and assembly drawings.	Fit, access, fastening and the assembly sequence.
Electrical	Connection definition, cable information and pinouts.	Connection checks and functional verification scope.
Software & identification	Programming, revision and label requirements where applicable.	Who supplies the files and approves the final configuration.

Integrate against an agreed configuration.

The scope may stop at a subassembly or include the enclosure and final testing. Confirm the boundary for your project.

01
Confirm inputs
Align board, mechanical and interconnect documentation before starting the integration.
02
Bring parts together
Follow the agreed sequence and document configuration changes that affect the assembly.
03
Check the result
Apply the agreed connection, functional and final acceptance checks.

Specify what leaves the final assembly stage.

Discuss configuration, records, labeling and packaging together. The concept assembly shown here is illustrative, not a catalog product or a customer case.

Plan functional testing Review industrial delivery scope Discuss box-build scope

Define the parts. Then define the connections.

Keep interface responsibilities explicit.

Integrate against an agreed configuration.

Confirm inputs

Bring parts together

Check the result

Specify what leaves the final assembly stage.

Define the parts. Then define the connections.

Keep interface responsibilities explicit.

Integrate against an agreed configuration.

Confirm inputs

Bring parts together

Check the result

Specify what leaves the final assembly stage.