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DVI / VGA product family

DVI and VGA connectivity specified by subtype, signal and direction

Identify pins, analog or digital behavior, screw fit, conversion electronics and the exact legacy equipment route before quotation.

  • Use port photos or drawings when subtype is uncertain
  • Separate passive pin adaptation from active conversion
  • Approve signal mode, fastening and cable routing with the real equipment
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HDMI to VGA Adapter With 3.5mm Audio cable - 1080P Full HD — SC-481-002

DVI & VGA Connectivity

37 products

Quote multiple products
Browse the complete crawlable model index (37)

Every listed product remains available as a direct model page even when the visual catalog is paginated.

Need a different connector, length or package?

List the required variation, quantity, destination market and any evidence your buyer needs.

Send Requirement
Before you choose

DVI and VGA products require the exact connector variant, pin configuration, signal direction, target resolution and connected equipment. Photos or port drawings are useful when the connector subtype is uncertain.

Choose a sourcing route

Start with the DVI / VGA decision that changes the specification

Use these routes to narrow the catalog. The final configuration is confirmed against the exact application and order.

01

DVI cable routes

Confirm DVI-D, DVI-I or other required subtype, link format, pin layout and connector gender.

Filter relevant models02

VGA cable routes

Define analog source and display, route length, screw posts and required resolution behavior.

Filter relevant models03

VGA to HDMI adapter routes

Compare each VGA to HDMI adapter or DVI to HDMI adapter by source-to-display direction, active electronics, power and audio handling.

Filter relevant models04

KVM and equipment links

Match video connector, control/peripheral needs and mechanical installation around older systems.

Filter relevant models
Featured DVI & VGA Connectivity
Representative starting points

Open a model page for its listed attributes, images and product-specific RFQ. These cards are starting points, not a claim that one model fits every route.

Buyer decision guide

How to compare DVI & VGA Connectivity before quotation

Legacy display connectors have multiple pin layouts and signal types. A port photo or drawing can prevent an incorrect quotation. These are requirement checks, not unverified claims about every catalog model.

Decision
What the RFQ should define
Connector subtype
Identify DVI-D, DVI-I, single-link, dual-link or 15-pin VGA rather than writing only DVI or VGA.
Signal direction
State the source and display interfaces and whether digital-to-analog conversion is required.
Resolution target
Name the required resolution, refresh rate and installed cable length.
Audio and power
Confirm separate audio and any auxiliary power needed by an active converter.
Mechanical details
Check screw posts, pin layout, adapter clearance and required connector orientation.
Specification planner

Put the open DVI / VGA decisions into one brief

Use the tabs as an RFQ checklist. Listed catalog attributes remain reference data until the exact model and order are confirmed.

Exact connector identity

DVI and VGA families contain visually similar variants that are not interchangeable.

DVI subtype
DVI-D, DVI-I or named pin arrangement
Gender
Male or female at each end
Pins
Port photo, drawing or verified equipment manual
Fastening
Screw size, post spacing and access
Failure-risk context

Screen the conditions that can invalidate an otherwise plausible model

Compatibility statements are meaningful only when tied to the final equipment, route, configuration and quoted model.

Plan model-specific evidence
  • The DVI pin layout or link type does not match the equipment port.
  • A passive pin adapter is quoted for a route that requires signal conversion.
  • Analog VGA image quality becomes unstable at the required resolution or length.
Checks to put into the approval record
Sample acceptance

Checks to put into the approval record

Use the final application and quoted configuration. Keep the approved sample, result and open exceptions tied to the model and order.

01Approve connector photos or drawings before the sample is produced.
02Test the actual source and display at the required resolution and length.
03Inspect pins, screws, shell fit and cable strain relief.
04Confirm audio leads, power leads and accessories against the packing list.
Preserve legacy connector identity through labels, drawings and pack-out
Cable specification, sample checks and order detailsPackaging and identification planning
OEM and pack-out

Preserve legacy connector identity through labels, drawings and pack-out

A small naming error can make a DVI or VGA replacement unusable. OEM handling should keep pin arrangement, gender, direction and fastening details visible from approval through warehouse picking.

Connector drawing

Record subtype, gender, pins and screw geometry.

Cable build

Set length, flexibility, ferrite and strain relief.

Direction marks

Label active conversion from source to receiver.

Service packing

Use model and equipment-reference labels for replacement stock.

Final feasibility, MOQ, lead time and document availability are confirmed for the exact quotation.

Connectivity application planning across AV, data and equipment environments
From model list to working route

Specify the application before negotiating the DVI / VGA SKU

One complete requirement brief gives engineering, purchasing and the supplier the same decisions to review.

Build a Requirement Brief
Where DVI & VGA Connectivity decisions change by use case
Application routes

Where DVI & VGA Connectivity decisions change by use case

Use these application planning scenarios to identify the equipment and acceptance conditions that belong in your RFQ.

01

Industrial and control equipment

Match legacy ports, cabinet space and fixed replacement procedures.

02

Projector and monitor replacement

Confirm source signal, display input and active conversion where needed.

03

KVM environments

Validate video plus control peripherals and cable reach as one route.

04

Service inventory

Label connector subtype, gender and supported equipment clearly for field replacement.

Resource center

Product documentation and selection guides

Certificate, report, drawing and catalog availability is checked by exact model, destination and order. These links are planning resources, not substitute evidence.

Category-specific buyer guide

Mixed-interface RFQ preparation

Open resourceEvidence and applicability checklist

Testing and document planning

Open resourceRequirement and change-control planning

Custom cable RFQ checklist

Open resourceAll published technical guides

Complete buyer resource library

Open resource
CoreCavo connects DVI & VGA Connectivity selection to an order-ready RFQ
Company and supply workflow

CoreCavo connects DVI & VGA Connectivity selection to an order-ready RFQ

CoreCavo is operated by WUHAN SUNFULL. The public catalog organizes buyer requirements and model references; final specifications, commercial terms and applicable documents are confirmed through the exact quotation.

  1. Requirement review

    Map the DVI / VGA interface, equipment, quantity and destination before selecting a route.

  2. Model and open decisions

    Separate listed attributes from compatibility, construction and document questions that need confirmation.

  3. Sample and acceptance

    Use the quoted configuration, record results and retain open exceptions against the approved model.

  4. Order control

    Keep product code, labels, packaging and change-control requirements aligned through fulfillment.

Cable specification, sample checks and order details
Order planning checklist. Agree the required checks and documents for the quoted model.
How to specify DVI, VGA and legacy display cables for replacement or OEM orders
01

Identify the port before naming the product

Start with the equipment manual, a clear straight-on port photo and, where possible, a connector drawing. Record DVI subtype, pin arrangement, gender and screw posts. For VGA, confirm the HD15-style connection and any special cable or breakout arrangement. Avoid classifying the product from a partial image or a familiar shell. One missing or extra pin can distinguish an analog-capable route from a digital-only route, so the evidence attached to the RFQ matters more than a shorthand label.

02

Determine whether the signal is analog or digital

A connector can expose analog, digital or both depending on subtype and equipment. State the source device and receiving display, then confirm what signal each actually supports. Passive adapters only work when compatible signals are already present; they do not create a missing signal. If conversion is required, specify an active product and its direction. This step prevents a common mistake: buying a mechanically mating adapter for two ports that cannot communicate electrically without conversion electronics.

03

Write active conversion in source-to-display order

For HDMI, DisplayPort, USB-C, DVI and VGA combinations, name the sending port first and the receiving port second. Add power and audio needs. Analog conversion can introduce image-quality, timing and scaling limits, while some digital routes depend on source capability. Test with the intended equipment rather than a generic laptop and monitor. Put direction on the package and product label because the same connector pair may exist in a reverse product with different electronics.

04

Define the required timing and image expectation

State resolution, refresh rate and any tolerance for analog image adjustment. VGA quality can be affected by cable length, shielding, source output and display input. DVI digital routes have their own link and timing limits. If the equipment uses a nonstandard or fixed timing, provide that information early. Sample approval should include cold start and reconnect behavior, not only a brief static image, because older equipment may negotiate or detect displays differently after power cycles.

05

Check fastening and cabinet geometry

Legacy connectors often use screws and bulky shells. Measure access around the port, post spacing, available depth and the bend required immediately after the connector. Ferrite cores can interfere with tight cabinet routes even when they help the intended cable design. For fixed machinery, inspect door clearance and service removal. Approve the exact shell and cable flexibility, then require disclosure if those mechanical parts change; a later substitution can turn a technically correct replacement into an installation problem.

06

Use equipment references for service stock

Field technicians benefit from a cable code that maps to known equipment rather than a generic ‘DVI cable’ bin. Labels can state connector subtype, gender, length, direction for active products and an internal equipment reference. Packaging should protect pins and keep adapters with their required power or audio leads. For mixed maintenance kits, use separate inner packs and a packing list. This reduces trial-and-error connections and damage to fragile or difficult-to-replace legacy ports.

07

Approve a replacement route and retain the evidence

Record the old connection, proposed product code, source and display models, port photos, required timing, cable length and sample result. Inspect pins, screws, shell fit, image stability and reconnect behavior. For active converters, include power and audio. Keep the approved sample or detailed photographs with the result sheet. If the equipment is rare, consider approving a small service quantity before the original installation becomes unavailable for later comparison.

08

Build the quotation around uncertainty

If any pin or signal detail is unknown, mark it as an open question rather than forcing a confident product name. Send photos and drawings, quantity, forecast, equipment references, direction, mode, length, mechanical limits, packaging and document needs. Ask suppliers to state assumptions and alternatives. A quotation that exposes uncertainty is safer than a low price based on the wrong subtype, and it gives engineering a focused list of checks for the first sample.

09

Create a controlled substitution rule

Legacy components can become unavailable with little notice, so decide what makes a replacement equivalent. Connector pins, gender, signal direction, active chipset function, power, supported timing, shell dimensions and screw geometry may all matter. Require a proposed substitute to be identified before shipment and compare it with the retained approval record. This protects service continuity without pretending that any cable with the same visible ends is a drop-in replacement.

What procurement teams usually need from a DVI / VGA supplier
Buyer priorities

What procurement teams usually need from a DVI / VGA supplier

Use these procurement priorities to compare the proposed model, approval conditions and repeat-order requirements.

Procurement priority

The exact subtype, not just DVI

Buyers need pin layout, gender and equipment reference because visually similar DVI variants can carry different signals.

Procurement priority

A known analog or digital route

VGA and DVI-I/DVI-D decisions should be based on the signal exposed by the equipment, not the connector shell alone.

Procurement priority

Mechanical replacement fit

Screw posts, ferrites, shell depth and cable bend must fit older cabinets and tightly packed ports.

Procurement priority

Serviceable identification

Replacement stock should be labeled by cable code and applicable equipment so technicians do not test several near-identical variants on site.

DVI / VGA sourcing questions

Answers separate catalog references from decisions that require an exact route, model and RFQ.

What information is needed to identify a DVI cable?

Provide a clear front view of both ports, the equipment models, connector gender, pin arrangement and screw details. State whether the route is expected to carry analog or digital video and the required resolution. DVI-D, DVI-I and other layouts can look similar in casual photos, so an equipment manual or drawing is valuable.

Can a passive adapter convert VGA to digital HDMI or DVI?

A passive adapter cannot create a signal type that the source does not provide. Analog-to-digital or digital-to-analog routes normally require active conversion in a defined direction and may need power. Name the source and receiving devices, required mode and audio needs, then approve the converter with that equipment pair.

Why is converter direction important for legacy displays?

The electronics are designed to accept one source signal and produce another receiving format. The same connector pair can therefore represent two different one-way products. State the route from sending device to display, and place direction on labels and instructions. Mechanical mating does not prove reverse operation.

What mechanical details matter for DVI and VGA replacements?

Check connector-shell width and depth, screw posts, access for tightening, ferrite location, cable flexibility and bend near the port. Older cabinets and KVM panels can have limited space. Approve the actual sample in the installation, because a shell change can affect fit even when pins and electrical description remain unchanged.

How should VGA cable length be evaluated?

Use the installed route length and required timing, then test image stability and quality with the intended source and display. Analog performance can depend on construction, shielding, equipment and routing. A short sample should not automatically approve a much longer SKU. Record the tested length and any acceptable adjustment or limitation.

Can legacy cables be packaged as service kits?

Yes. A service kit can group approved cable codes, active adapters, power leads and instructions, provided each variant remains clearly identified. Labels should include connector subtype, gender, length, direction where relevant and an internal equipment reference. Final pack-out, quantity and MOQ are confirmed after the replacement list is reviewed.

What should be retained after a legacy cable is approved?

Keep the product code, port photos or drawing, equipment references, cable length, required timing, sample result and packaging label. An approved sample is useful when practical. This evidence makes later replacement and supplier-change review faster and reduces the risk of relying on an incomplete description written years earlier.

Continue sourcing

Move from product comparison to compatibility, custom construction and required documents without restarting the sourcing process.

Related product families

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Technical planning

Mixed-interface RFQ preparation Buyer guideTesting and compliance documents Evidence planning

Project next steps

Review custom manufacturing OEM route Build a cable requirement brief Configuration Request a DVI / VGA quotation Four-field RFQ
Category RFQ

Request a DVI / VGA quotation

Include model codes where known, or describe the interface, equipment, length, quantity, destination, packaging and evidence requirements.

Category context attachedDVI & VGA Connectivity is submitted with the inquiry.
Open decisions are welcomeState what is fixed and what still needs technical review.
No price or capability assumedFinal feasibility and commercial terms follow the exact quotation.