Description
Product introduction
Industrial inspection systems depend on compatible image-acquisition hardware to transfer camera data into the host processing environment. The Matrox Y7116-01 Rev. A Odyssey XPRO board is identified in parts references as an imaging and frame-grabber component used in machine-vision equipment.
When sourcing the Matrox Y7116-01 Rev. A, compare the board markings, installed interfaces, and full part number with the existing unit. Some configurations are listed alongside separate PMC/Odyssey CL boards, so do not assume that a carrier board or camera interface is included with every listing.
Key technical specifications
| Parameter | Specification |
|---|---|
| Product model | Y7116-01 Rev. A |
| Manufacturer | Matrox |
| Product family | Odyssey XPRO |
| Associated part number | OP413G1GDBCL |
| Board marking | 7027-0101 |
| Product type | Image-acquisition / frame-grabber board |
| Application | Industrial machine vision and image processing |
| Host interface | Confirm from the exact board documentation |
| Camera interface | Verify the installed board configuration |
| Onboard memory | Not confirmed for this exact part number |
| Power requirements | Verify the applicable technical manual |
| Operating temperature | Not verified |
| Mounting | Confirm host chassis and board-format requirements |
| Revision | Rev. A |
Specifications such as PCI bus type, memory capacity, camera channel count, and supported camera standards should be verified against the exact OP413 configuration; they should not be inferred from other Odyssey XPRO variants.
Application scenarios
- Automated visual inspection: Image acquisition for industrial inspection equipment.
- Machine-vision systems: Camera-data capture within compatible imaging architectures.
- Legacy equipment maintenance: Replacement of an installed Matrox board where the original hardware and software environment must be retained.
- Imaging-system repair: Troubleshooting an acquisition-board fault without changing the overall machine configuration.
Field note: Before replacing the board, record the host interface, camera connections, installed driver version, and any associated carrier board. After installation, test camera detection and image acquisition using the system’s established configuration.
Y7116-01 REVA
Related model references
| Model / marking | Relationship |
|---|---|
| OP413G1GDBCL | Part number associated with Y7116-01 Rev. A |
| 7027-0101 | Board marking found in related listings |
| Y7116-04 | Related Odyssey XPRO board variant; not automatically interchangeable |
| PMC/Odyssey CL 7027-0101 | Associated interface-board designation appearing in some configurations |
These identifiers help with cross-checking, but the exact board assembly and revision must match the original equipment requirements.
Engineer’s replacement checklist
- Match board identifiers: Confirm
Y7116-01 Rev. A,OP413G1GDBCL, and the7027-0101marking where applicable. - Verify system interfaces: Check the host bus, camera interface, carrier board, and physical dimensions.
- Validate the software environment: Confirm compatible drivers, operating-system support, and the existing image-acquisition configuration.
Frequently asked questions
1. What is the Y7116-01 Rev. A?
It is a Matrox Odyssey XPRO industrial imaging board identified in parts listings as a frame-grabber or image-acquisition card.
2. What is its associated part number?
Listings associate it with OP413G1GDBCL and board marking 7027-0101. Confirm these markings on the physical unit.
3. Is it a PLC module?
No. The available identification points to machine-vision image-acquisition hardware, not a standard PLC input/output module.
4. Can Y7116-04 replace ?
Do not assume so. Compare the complete board configuration, interface requirements, firmware or driver support, and host-system documentation.
5. What should buyers confirm before ordering?
Request photos of both sides of the board, the complete part number, revision, connectors, and any accompanying interface or carrier board.
6. How should a replacement be tested?
Check physical installation, driver recognition, camera connectivity, and successful image acquisition before returning the machine-vision system to production.
