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AV Distribution product family

AV distribution specified as a working topology

Map every input, output, distance, control path and acceptance condition before selecting splitters, switches, extenders or KVM equipment.

  • Define simultaneous outputs and switching behavior
  • Match transmission media to distance and installed infrastructure
  • Validate EDID, content protection, USB and control functions together
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2 Port KVM Switch - Up to 1080P — SC-DVC-003

AV Distribution & Extension

51 products

Quote multiple products
Browse the complete crawlable model index (51)

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

AV distribution products are application-specific. Confirm input and output counts, signal format, transmission distance, cable infrastructure, control method and target resolution before quotation.

Choose a sourcing route

Start with the AV Distribution decision that changes the specification

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

01

Split one source

Define output count, simultaneous display modes and how mixed display capabilities should be handled.

Filter relevant models02

Switch several sources

State input count, switching method, control interface and acceptable transition behavior.

Filter relevant models03

Extend the route

Match distance and infrastructure to HDMI, category cable, fiber or network-based transmission.

Filter relevant models04

Add KVM or USB

List keyboard, mouse, touch, storage or other peripherals and the required responsiveness.

Filter relevant models
Featured AV Distribution & Extension
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 AV Distribution & Extension before quotation

Treat a splitter, switch, extender or KVM as a system component rather than an isolated connector product. These are requirement checks, not unverified claims about every catalog model.

Decision
What the RFQ should define
Topology
List every input and output, simultaneous display requirement and switching or distribution behavior.
Signal format
Define the highest resolution, refresh rate, color, HDR and audio format that must cross the system.
Transmission route
State distance and infrastructure such as HDMI, category cable, fiber or IP network.
Control and USB
Name IR, serial, keyboard/mouse, USB, network or remote-control functions required.
Power and environment
Confirm power locations, rack or wall placement, ventilation and operating environment.
Specification planner

Put the open AV Distribution 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.

Input and output map

A diagram with named endpoints prevents port-count and simultaneous-use assumptions.

Inputs
Source count, interface and active source rules
Outputs
Display count, mirrored or independent behavior
Mode
Highest common or per-output operating target
Growth
Reserved ports, cascades or future endpoints
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
  • EDID or content-protection negotiation changes when multiple displays are connected.
  • The installed cable infrastructure cannot carry the quoted format or distance.
  • Power, control or USB functions are assumed but not included in the selected model.
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.

01Operate all required inputs and outputs together, not only one port at a time.
02Test the intended cable infrastructure at the full installed distance.
03Verify restart, input switching and reconnect behavior with the real equipment set.
04Record power supplies, accessories, firmware reference and packing-list contents.
Keep hardware, accessories and system documentation under one order record
Cable specification, sample checks and order detailsPackaging and identification planning
OEM and pack-out

Keep hardware, accessories and system documentation under one order record

An AV unit is only usable when the correct power supplies, mounting parts, transmitters, receivers and control accessories arrive with a topology that the installer can follow.

Chassis ID

Control model, port labels and transmitter/receiver identity.

Accessory BOM

List power units, remotes, brackets and cables per set.

Documentation

Include topology, connection order and control notes.

Project packing

Group complete sets or label units by room and endpoint.

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 AV Distribution SKU

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

Build a Requirement Brief
Where AV Distribution & Extension decisions change by use case
Application routes

Where AV Distribution & Extension decisions change by use case

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

01

Meeting and training rooms

Coordinate switching, display, audio and user reconnect behavior.

02

Retail and hospitality displays

Plan distribution count, cable infrastructure and service replacement paths.

03

Control rooms

Define simultaneous views, control method and recovery expectations.

04

Remote KVM stations

Validate video plus each required USB peripheral over the full route.

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

AV distribution topology guide

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 AV Distribution & Extension selection to an order-ready RFQ
Company and supply workflow

CoreCavo connects AV Distribution & Extension 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 AV Distribution 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 prepare an AV splitter, switch, extender or KVM system RFQ
01

Draw the endpoint map before choosing hardware

List every source and every receiving display, then draw the intended connections in order. Show which outputs operate at the same time, which sources can be selected and whether future ports are reserved. This exposes requirements that a phrase such as ‘four-port splitter’ hides. If rooms or displays have different capabilities, identify those groups. The map becomes the reference for quotation, accessory counting, installation labels and acceptance testing, so keep endpoint names stable across drawings and purchase documents.

02

Define the video and audio workload

State the highest required resolution, refresh rate, color format, HDR and audio mode for each endpoint group. For mirrored systems, decide whether all outputs must follow a common mode or whether scaling is required. Add any capture, recording or audio extraction path. EDID and content-protection behavior can change when several displays are connected, so suppliers need the complete combination rather than a single display specification. Mark optional targets separately from must-pass modes to keep alternatives comparable.

03

Match transport to real distance and infrastructure

Measure the installed route including patch panels, service loops and vertical runs. State whether the available medium is direct HDMI, category cable, fiber or an IP network, and include connector or conduit constraints. A distance headline is not enough because performance depends on signal mode, cable type and environment. For networked distribution, add switch capacity, VLAN or multicast rules and management expectations. For point-to-point extension, name the cable category, termination plan and power locations at both ends.

04

Count every powered and passive accessory

An extender set may include a transmitter, receiver, two power units, mounting parts, IR leads and patch cables; another design may power one endpoint remotely. A switch can require a remote, rack ears or control lead. Build a per-set BOM and multiply it by the topology. Identify where power outlets exist and which units must recover automatically after an outage. Packaging should keep complete sets together or label parts by room so installers are not sorting anonymous accessories on site.

05

Specify control and USB as separate functions

Do not write only ‘remote control’ or ‘KVM.’ Name buttons, IR, serial, web, network or automatic switching behavior. For KVM, list every peripheral class: keyboard, mouse, touch panel, storage, camera, audio interface or specialist USB device. Responsiveness and compatibility requirements differ. If remote USB devices draw significant power, state that workload. Approval should test the real peripheral mix and switching sequence, not only a basic keyboard and mouse if the project needs more.

06

Plan for negotiation, startup and recovery

System complaints often occur during source changes, display power cycles or reconnection. Include cold start, source switching, display replacement and partial power loss in the acceptance matrix. Record any required startup sequence or persistent setting. Where EDID management or scaling is configurable, agree the project setting and how it will be restored. The goal is not to eliminate every exception in advance but to make expected behavior and support steps clear enough that commissioning does not depend on trial and error.

07

Commission with a matrix, not a single demonstration

Create rows for source groups and columns for display, audio, USB and control outcomes. Test the highest required mode, simultaneous outputs and representative mixed-display combinations. Note cable medium, distance, firmware and settings. Repeat the key checks after power cycling. For larger projects, approve one complete pilot route before releasing all units. Retain the matrix with the exact model and accessory BOM so incoming inspection and field support can distinguish a product problem from an installation or configuration difference.

08

Make the RFQ commercially complete

Send the topology, quantities, endpoint models, operating modes, distance and infrastructure, control and USB requirements, mounting environment, power locations, accessory BOM, labeling and destination market. Ask the quotation to identify every included part and any assumption. Separate hardware pricing from optional accessories or configuration work where useful. Define sample or pilot quantity, acceptance owner and change-control expectations. This lets suppliers quote the same system rather than different interpretations of a short product name.

What procurement teams usually need from a AV Distribution supplier
Buyer priorities

What procurement teams usually need from a AV Distribution supplier

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

Procurement priority

A topology the supplier can repeat

Procurement needs a port-by-port route that links every quoted device, cable and accessory to the intended endpoint.

Procurement priority

Stable mixed-display behavior

The acceptance plan should say how resolution, EDID and content protection behave when different displays are online together.

Procurement priority

Complete installation sets

Missing power units, brackets, patch leads or transmitter/receiver labels create site delays even when the main hardware is correct.

Procurement priority

Recoverable system operation

Buyers need defined behavior after power loss, reconnect or source switching, with settings and exceptions recorded for support.

AV Distribution sourcing questions

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

What should an AV distribution RFQ include?

Provide an input-to-output topology, simultaneous-use rules, source and display models, required video and audio modes, transmission medium and distance, control method, USB peripherals, power locations and mounting environment. Add quantity, accessory BOM, labels, packaging and acceptance checks. Port count alone is not enough to quote a repeatable system.

Why can mixed displays cause splitter problems?

Displays may advertise different capabilities, and the source, splitter and displays must negotiate a usable mode and content-protection path. Define whether all outputs should use a common mode or whether scaling or EDID management is required. Test the real display groups together because a one-display demonstration does not reproduce the mixed system.

How should extender distance be specified?

Use the installed route length, including patching and service loops, then name the transport medium and target video mode. Add cable category, fiber type, conduit or bend constraints and power availability. Distance figures are conditional; approve the proposed model over representative infrastructure rather than comparing headline numbers alone.

What belongs in a KVM compatibility test?

List each USB peripheral type and model, not only keyboard and mouse. Test video, control and all peripherals together over the full route, including reconnect, switching and power-cycle behavior. Storage, touch, cameras and specialist devices can behave differently, so any exception should be documented before bulk order.

Should AV transmitters and receivers be packed as sets?

Set packing can reduce sorting errors when every set has a fixed transmitter, receiver, power unit and accessory group. For project deployment, room or endpoint labels may be more useful. Choose the method that matches installation workflow and verify the per-set BOM, model labels and carton quantities during sample approval.

How can an AV system be approved before full deployment?

Build one representative pilot route with intended sources, displays, cables, control and USB devices. Run the acceptance matrix, power-cycle and reconnect checks, then record firmware, settings, accessory BOM and exceptions. Release the larger quantity only after the approved configuration is stable and any project-specific instructions are fixed.

Can AV equipment be branded for an OEM program?

Chassis marks, labels, packaging and instructions may be reviewed for suitable quantities, but technical configuration and compliance applicability must be confirmed first. Keep transmitter and receiver identity, port labels, power ratings and model codes clear after branding. Final options, MOQ and lead time follow the complete hardware and documentation review.

Continue sourcing

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

Related product families

HDMI Cables 42 productsFiber & Active Optical 8 productsHDMI Adapters & Converters 12 products

Technical planning

AV distribution topology guide Buyer guideKVM USB peripheral compatibility Acceptance matrixTesting and compliance documents Evidence planningCustom cable RFQ checklist Requirement planning

Project next steps

Review custom manufacturing OEM route Build a cable requirement brief Configuration Request a AV Distribution quotation Four-field RFQ
Category RFQ

Request a AV Distribution quotation

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

Category context attachedAV Distribution & Extension 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.