Camera Link Cable RFQ Guide for OEM Buyers: What Specifications to Provide Before Requesting a Quote

Requesting a quotation for a Camera Link Camera Cable appears simple until the supplier asks which connector is required at the camera, which connector is required at the frame grabber, how many physical cables are needed, what length is required, whether the requirement is for a prototype or production machine, and how many machines the OEM plans to build. An RFQ that says only “Camera Link cable, 3 metres, please quote” can leave several important engineering and commercial questions unanswered. For OEM buyers, machine builders, system integrators and purchasing teams, a complete Camera Link cable RFQ should communicate enough technical and commercial information for the supplier to identify the correct physical configuration and prepare a useful quotation without relying on assumptions.

Buyers searching for a Camera Link cable supplier, Camera Link cable quotation, industrial Camera Link cable price, Camera Link cable RFQ, MDR-26 Camera Link cable supplier, SDR-26 Camera Link cable, Camera Link cable for industrial camera, or OEM Camera Link cable supplier should therefore prepare the requirement before sending the enquiry. The most important information includes the exact connector at both endpoints, the Camera Link system configuration, required physical cable quantity, installed cable length, machine quantity, prototype or production status, expected repeat demand and any relevant installation condition.

Kyptec Automation® provides a focused Camera Link Camera Cable category containing MDR-26-to-MDR-26, SDR-26-to-MDR-26 and SDR-26-to-SDR-26 configurations for compatible industrial cameras and image-acquisition hardware. For OEM procurement, this structured range makes the RFQ process clearer because buyers can identify the required physical endpoint combination before requesting commercial terms.

A Camera Link Cable RFQ Should Begin With the Two Physical Endpoints

The first requirement in a Camera Link cable RFQ should be a precise description of the connector at the industrial camera and the connector at the compatible frame grabber or image-acquisition device. Camera Link describes the interface family, but that name alone does not tell the supplier whether the machine requires MDR-26 at both ends, SDR-26 at both ends or a mixed SDR-26-to-MDR-26 connection.

The procurement description should therefore identify both sides independently. An RFQ can state, for example, that the camera endpoint requires SDR-26 male cable connection and the frame-grabber endpoint requires MDR-26 male cable connection. This gives the supplier a much stronger technical description than simply writing “26-pin Camera Link cable.”

Kyptec Automation® separates these physical arrangements into individual products specifically because both ends matter in purchasing.

Confirm Whether the Requirement Is MDR-26 to MDR-26

Where the compatible industrial camera and frame grabber both require MDR-26, OEM buyers can reference the Kyptec Automation® Industrial Camera link Camera Cable: MDR-26 Pin Male to MDR-26-Pin Male Cable.

The published configuration uses MDR-26P male connectors at both ends with 26 pins, molded construction, retaining screws and straight connector orientation. Standard cable lengths are 2 metre, 3 metre and 5 metre, with other lengths available on request. The product is published with highly flexible PVC cable construction and 24 AWG oxygen-free copper conductors.

An OEM requesting this configuration should ideally write “MDR-26 male to MDR-26 male Camera Link cable” in the RFQ rather than relying on a generic product description.

Confirm Whether the Requirement Is SDR-26 to MDR-26

Some Camera Link systems use different physical connector formats at the camera and image-acquisition hardware. When the compatible camera requires SDR-26 and the acquisition side requires MDR-26, the relevant published product is the Kyptec Automation® Industrial Camera link Camera Cable: SDR-26 Pin Male to MDR-26-Pin Male Cable.

This product uses SDR-26P male at one end and MDR-26P male at the other, with molded screw-retained straight connectors. The published standard lengths are 2 metre, 3 metre and 5 metre, while other lengths can be requested.

For RFQ accuracy, the buyer should specify which endpoint is associated with the camera and which endpoint is associated with the frame grabber rather than writing only “SDR/MDR cable.” That additional detail helps engineering and purchasing teams maintain consistent machine documentation.

Confirm Whether Both Endpoints Require SDR-26

Where both compatible Camera Link endpoints require SDR-26, OEM buyers can review the Kyptec Automation® Industrial Camera link Camera Cable: SDR-26P Male To SDR-26P Male Type.

This is the appropriate physical arrangement only when both corresponding hardware connections require SDR-26. As with the other current Camera Link products, standard 2 metre, 3 metre and 5 metre choices are published, with other lengths available on request.

The existence of three different endpoint combinations within the same category demonstrates why a quotation should never be requested from the phrase “Camera Link cable” alone.

State the Camera Link Configuration Before Finalizing Cable Quantity

Connector format and Camera Link operating configuration are two separate questions. MDR-26 and SDR-26 describe physical connectors, while Base, Medium and Full describe Camera Link system configurations.

For conventional Camera Link architecture, Base normally uses one physical Camera Link cable, while Medium and Full normally use two physical cables. OEM buyers should confirm the actual camera and frame-grabber documentation before preparing the quantity section of an RFQ.

This becomes especially important when purchasing cables for multiple machines. If one camera requires two physical Camera Link connections and the buyer calculates quantity as one cable per camera, the quotation can be materially short of the real project requirement.

The RFQ should therefore state both the number of cameras and the number of Camera Link cable assemblies required per camera.

Provide the Actual Cable Length Required

Length is one of the most basic RFQ fields, but it should be based on the approved installation route rather than estimated from a straight-line measurement between camera and cabinet.

A machine can contain cable channels, vertical drops, frame structures, access doors, optical assemblies and service loops that increase the true routed distance. At the same time, specifying an unnecessarily long cable can create excess storage loops inside a compact industrial machine.

Kyptec Automation® publishes 2 metre, 3 metre and 5 metre standard lengths for its current Camera Link Camera Cables, with other lengths available on request. An OEM RFQ should therefore state the required length for each distinct camera path rather than assuming that one universal length must be used throughout the machine.

Separate Prototype Quantity From Production Quantity

A prototype enquiry and a production RFQ are not commercially identical.

An OEM may initially need one or two cables to qualify a new industrial camera system. After the prototype is approved, the same machine platform may require dozens or hundreds of cables across future builds.

The RFQ should clearly identify whether the current requirement is for development, prototype validation, pilot production, regular production or service spares. It can also state an expected annual or project-level quantity where known.

This helps Kyptec Automation® understand whether the enquiry is a single engineering requirement or part of a larger repeat-production program and allows the commercial discussion to reflect the actual purchasing situation.

State the Number of Machines and Cables Per Machine

An RFQ becomes far more useful when the buyer provides machine-level quantity rather than only a total number of cables.

For example, an OEM can state that each machine uses four Camera Link cameras, two physical cable assemblies per machine in one configuration and two in another, with an initial production quantity of twenty machines.

This makes the requirement easier to understand and reduces the risk that engineering quantities, production quantities and spare quantities become mixed together.

For repeat production, machine-level quantity also helps procurement teams calculate future demand more consistently.

Identify Whether the RFQ Is for a New Machine or a Replacement Cable

New-machine and replacement enquiries require different information.

For a new OEM machine, the engineering team should provide camera connector, frame-grabber connector, Camera Link configuration, required cable count, route length and expected machine quantity.

For a replacement requirement, the buyer should additionally provide the known existing connector arrangement, old cable length, machine information and, where useful, clear photographs or existing documentation that can help verify the physical requirement.

The objective should be to confirm the replacement rather than assuming that two cables are interchangeable because they look similar.

Include the Camera and Acquisition Hardware Details Where Available

OEM buyers do not need to make the RFQ unnecessarily complicated, but identifying the installed camera and frame-grabber hardware can help remove ambiguity.

This information is particularly useful when engineering and purchasing are working separately. A purchase request may say “Camera Link cable” while the engineering drawings contain the actual physical connector and configuration information.

Sharing the hardware details allows the supplier and internal technical team to cross-check the intended connection before the commercial order is finalized.

The physical cable should still be ordered according to confirmed connector requirements rather than from hardware names alone.

Describe the Installation as Fixed or Moving

The mechanical installation condition can be commercially and technically relevant.

A fixed industrial camera mounted to a rigid frame creates a different cable environment from a camera that changes position or is installed on moving equipment. The current Kyptec Automation® Camera Link product pages describe highly flexible PVC construction, but an OEM should not interpret this description as proof of a specific continuous-flex, torsional or robotic-motion rating unless that operating condition has been separately validated.

An RFQ should therefore state whether the cable will remain stationary, move occasionally during machine changeover or experience regular mechanical movement. This information can prevent assumptions during product selection.

Mention the Machine Environment When It Affects Installation

The Camera Link cable is only one part of the machine, but the supplier benefits from understanding relevant installation conditions.

The RFQ can state whether the cable will run through a control enclosure, inspection head, cable channel or other defined machine area. If the cable route includes unusual abrasion, frequent handling or another special mechanical condition, that should be communicated before quotation.

There is no benefit in filling an RFQ with unrelated machine information, but important installation conditions should not be omitted when they influence cable qualification.

Specify Straight Connector Requirement Where Relevant

The current Kyptec Automation® Camera Link Camera Cables are published with straight connector orientation at both ends.

An OEM designing a compact camera enclosure should therefore check the space required behind the connector before requesting a quote. If the approved machine design can accept the published straight configuration, the RFQ can identify the corresponding current product directly.

This is more effective than placing the order first and discovering during machine assembly that connector clearance was never reviewed.

Include a Drawing or Connection Schedule for Multi-Camera Machines

A simple connection schedule can substantially improve a complex Camera Link RFQ.

A multi-camera machine can list each camera position, camera-side connector, frame-grabber-side connector, required cable configuration, length and quantity. This is particularly valuable when the same machine contains MDR-to-MDR, SDR-to-MDR and SDR-to-SDR connections.

The schedule does not need to be elaborate. Its purpose is to make each physical connection unambiguous.

For repeat OEM production, the same information can later become part of the machine BOM and service documentation.

Separate Production Cables From Spare Cables in the RFQ

Service spares should not be hidden inside the main production quantity.

If twenty machines each need two cables and the OEM also wants ten additional service spares, the RFQ should communicate those quantities separately. This produces clearer purchasing records and makes future inventory planning easier.

Spare requirements should also preserve the approved connector combination and length. A generic spare cable is useful only if it genuinely matches the validated machine connection.

Tell the Supplier Whether the Requirement Will Repeat

Repeat supply matters for OEMs because the cable selected during machine development may need to remain available for future production, exported equipment or service replacement.

The buyer should indicate whether the project is a one-time machine, an expected repeat build or a product platform that may remain active for several years.

Kyptec Automation® supports OEM and repeat requirements through its OEM Orders page. Once a Camera Link cable configuration has been qualified, preserving that same specification in the production BOM can reduce unnecessary re-selection in subsequent machine builds.

Ask for the Exact Product Description in the Supplier Quote

An OEM quotation should ideally show the actual cable configuration rather than only a vague description such as “Camera Link cable.”

The quoted item should make it possible for the buyer to understand whether the product is MDR-26-to-MDR-26, SDR-26-to-MDR-26 or SDR-26-to-SDR-26 and what length has been quoted.

This makes purchase-order conversion and later goods verification more reliable because engineering, procurement and receiving teams are working from the same product description.

Request Separate Commercial Terms Instead of Mixing Them With Technical Selection

Technical compatibility should be confirmed first. Commercial evaluation can then cover price, quantity, availability, lead time, delivery requirement, taxes, shipping requirements and repeat-order planning as relevant to the buyer.

An inexpensive quote has limited value if it is based on the wrong endpoint combination or cable quantity.

The strongest RFQ process therefore separates two questions: “Which exact cable does the machine require?” and “What are the commercial terms for that exact approved cable?”

Kyptec Automation®'s dedicated Camera Link Camera Cable category allows buyers to identify the physical product first and then discuss the commercial requirement through the official Contact Us page.

Use One Controlled Specification Across Engineering and Procurement

Many purchasing errors occur not because the technical team selected the wrong cable, but because the technical description changes when the requirement moves from engineering to purchasing.

Engineering may specify SDR-26-to-MDR-26, 3 metre, two cables per camera, while procurement receives only “3 metre Camera Link cable.”

A controlled RFQ should preserve the important engineering fields throughout the buying process. The same description should ideally appear in the engineering BOM, RFQ, supplier quote, purchase order and future spare-parts documentation.

That consistency is particularly valuable for repeat machine production.

Compare Supplier Quotes on the Same Technical Basis

OEM purchasing teams often obtain more than one quotation. The comparison is meaningful only when every supplier has quoted against the same technical requirement.

If one supplier quotes MDR-to-MDR while another quotes SDR-to-MDR, or one quotation includes one cable per camera while another includes two, price comparison becomes misleading.

The RFQ should therefore freeze the connector combination, configuration, quantity and length before commercial comparison begins.

This converts supplier selection from an approximate price exercise into a controlled comparison of equivalent requirements.

Why Kyptec Automation® Is a Useful Choice for Camera Link Cable RFQs

Kyptec Automation® offers a clearly defined Camera Link Camera Cable range instead of presenting Camera Link as one generic cable product. The three current connector arrangements give buyers a direct path to MDR-26-to-MDR-26, SDR-26-to-MDR-26 and SDR-26-to-SDR-26 connectivity for compatible industrial imaging systems.

The published products provide standard 2 metre, 3 metre and 5 metre length choices, with additional lengths available on request. They use molded screw-retained connectors and highly flexible PVC construction with 24 AWG oxygen-free copper conductors.

For OEM buyers, this means an RFQ can be written around an identifiable published product and a controlled cable length rather than an undefined request. Kyptec Automation® is particularly useful when machine builders need prototype quantities first and repeat production or service requirements later, because a validated cable configuration can remain documented throughout the machine lifecycle.

Frequently Asked Questions About Camera Link Cable RFQs

1. Should an OEM request a Camera Link cable quote before the camera and frame grabber are finalized?

It is usually better to finalize or at least identify the intended compatible endpoints before requesting a firm production quotation. A preliminary budgetary discussion can happen earlier, but an accurate product quotation requires knowing the physical connector at both ends and the Camera Link configuration. If those details are still changing, the OEM should clearly describe the enquiry as preliminary rather than allowing a provisional cable choice to become an unintended final specification.

2. Is a photograph of the Camera Link connector enough for an RFQ?

A clear photograph can be useful, especially for replacement enquiries, but it should support rather than replace technical identification. The OEM should provide the known connector type, camera-side and frame-grabber-side information and any available documentation. Physical appearance alone should not be treated as sufficient proof of complete Camera Link system compatibility.

3. Should the RFQ show cable quantity per camera or only the total project quantity?

Providing both is better. Cable quantity per camera explains the technical architecture, while total quantity explains the commercial requirement. This is especially important where the system uses more than one physical Camera Link cable per camera. A quotation prepared from total quantity alone may not reveal whether the underlying machine-level calculation is correct.

4. How should an OEM request a quote when different cameras require different cable lengths?

Each length should be listed as a separate RFQ line or clearly separated connection group. For example, the machine may require some 2 metre connections and some 5 metre connections even when the connector combination is identical. Kyptec Automation® publishes 2 metre, 3 metre and 5 metre standard choices, allowing buyers to create clear line-item quantities for different machine locations.

5. Should prototype cables and production cables be quoted together?

They can appear in the same commercial discussion, but the quantities should be clearly separated. The prototype requirement represents immediate engineering demand, while the production forecast represents future procurement. Keeping them distinct allows the OEM to qualify the product first and then plan larger repeat quantities after the machine configuration has been approved.

6. What should an RFQ say when an OEM needs a non-standard cable length?

The buyer should state the required length clearly and explain that the standard 2 metre, 3 metre and 5 metre options do not fit the approved installation. Because Kyptec Automation® publishes other lengths as available on request, the requirement can be discussed directly. The requested custom length should be based on the actual routed distance rather than an approximate straight-line measurement.

7. Should the RFQ mention Base, Medium or Full Camera Link configuration?

Yes, where that information is known. Base, Medium and Full affect the connection architecture and can affect the number of physical cable assemblies required. The connector type should still be stated separately because MDR-26 and SDR-26 do not identify the Camera Link configuration. Providing both pieces of information creates a stronger RFQ.

8. Is the camera-side connector enough if the buyer already knows the cable family is Camera Link?

No. The frame-grabber-side endpoint must also be confirmed. An SDR-26 camera could connect to an SDR-26 or MDR-26 acquisition endpoint depending on the compatible system architecture. Kyptec Automation® offers SDR-to-SDR and SDR-to-MDR products precisely because the camera connector alone does not determine the opposite end.

9. Should OEM buyers ask for the same cable reference for future repeat orders?

Once a cable has been validated and released in the machine BOM, maintaining a stable documented product reference is useful. Future purchase orders should reproduce the approved configuration and length rather than asking the supplier to reselect the product from the application description each time. This reduces unnecessary variation across repeat machine builds.

10. How should export-machine spare requirements be included in a Camera Link cable RFQ?

Spare quantity should be separated from the cables required for machine assembly. The OEM can specify production quantity, commissioning spares and customer-service spares as different quantities while preserving the same approved connector and length specifications. This makes commercial planning clearer and helps future field-service teams identify the correct replacement.

11. Can a purchasing team request one generic Camera Link quote for several machine models?

That is advisable only when the machine models genuinely use the same validated cable specification. If one platform uses MDR-to-MDR and another uses SDR-to-MDR, they should be separate RFQ lines. Consolidating unlike requirements into one generic request may simplify the document initially but increases the risk of ordering the wrong cable later.

12. Should a Camera Link cable RFQ include the machine application?

A short application description can be useful because it gives context about whether the cable will operate in a fixed inspection machine, robotic system, semiconductor tool, line-scan system or another environment. However, application name should not replace the technical cable specification. The strongest RFQ combines brief application context with exact endpoints, configuration, length and quantity.

13. When should an OEM request a formal production quote instead of an engineering sample quote?

The production quote should normally follow sufficient technical qualification to freeze the product configuration. During development, the OEM may buy a small quantity for validation. Once the camera, frame grabber, connector arrangement, length and machine architecture are approved, the buyer can issue a production RFQ based on the expected machine build quantity and repeat-order plan.

14. What should the buyer check when the supplier quotation is received?

The buyer should compare the quoted connector arrangement, cable length, quantity and product description against the original RFQ before focusing on commercial terms. If the machine requires SDR-to-MDR but the quotation shows SDR-to-SDR, that technical discrepancy should be corrected before price comparison or purchase-order release. The same check should be performed for each distinct machine connection.

15. Where can OEM buyers request a quotation for Kyptec Automation® Camera Link Camera Cables?

OEMs can first review the official Kyptec Automation® Camera Link Camera Cable category to identify whether the requirement is MDR-26-to-MDR-26, SDR-26-to-MDR-26 or SDR-26-to-SDR-26. After confirming the appropriate physical endpoints, required length, cable quantity, project stage and expected production demand, buyers can use the Kyptec Automation® Contact Us page or OEM Orders page to discuss the quotation and repeat-order requirement.

Conclusion

A strong Camera Link cable RFQ should do more than ask for a price. It should convert the machine's approved camera-to-frame-grabber architecture into a clear purchasing specification that a supplier can quote without relying on assumptions.

The RFQ should identify the connector at the camera, connector at the frame grabber, Camera Link configuration, number of physical cables required per camera, cable length, camera count, machine quantity, prototype or production status, spare requirement and expected repeat demand. Relevant installation information should also be included when it affects the cable's mechanical duty.

OEMs should keep connector format and Camera Link configuration separate. MDR-26 and SDR-26 describe physical endpoints, while Base, Medium and Full describe system configurations. The buyer should also remember that a Camera Link camera normally connects to compatible image-acquisition hardware such as a frame grabber rather than to an ordinary computer networking or USB port.

Once a cable has been technically validated, the exact configuration should remain consistent across the engineering BOM, RFQ, supplier quotation, purchase order, machine documentation and spare-parts records. This creates a cleaner procurement process and helps repeat machine production remain aligned with the original validated design.

Kyptec Automation® supports OEM buyers through a dedicated Camera Link Camera Cable portfolio covering MDR-26-to-MDR-26, SDR-26-to-MDR-26 and SDR-26-to-SDR-26 configurations for compatible industrial cameras and acquisition hardware. By preparing a complete RFQ before requesting commercial terms, OEMs can reduce specification ambiguity, improve quotation comparability and create a stronger foundation for prototype purchasing, production sourcing and future service requirements.