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WIRELESS VIDEO · OEM / ODM

Connect field video to your product and system.

Wireless video products and custom development. Define the image, radio link and receiving workflow for AV equipment, UAVs, mobile platforms and industrial observation.

Discuss a custom video project ↗Explore 13 existing models ↓
Custom UAV inspection video and ground viewing concept
Illustrative composite. UAV and ground equipment show the use case; specifications are evaluated for each project.

APPLICATION FIRST

Start with the task your customer needs to perform.

01

UAV inspection video

For solar arrays, roofs and facility inspection, define airborne weight and power, camera interfaces, antenna placement, ground reception and latency targets together.

Define airborne integration →
02

Mobile platforms & robots

Inspection vehicles and moving equipment need a link designed around their route, obstructions, electrical environment and operator viewing needs.

Describe the platform and site →
03

Industrial & legacy AV extension

Where cabling is difficult, match the source, camera, display and control interface across the entire transmitter/receiver chain.

Compare transmitters and receivers →

CUSTOM ENGINEERING

Plan the complete video link.

Bring your camera, receiving system and mechanical constraints. An OEM/ODM discussion covers electronics, antennas, software interfaces and installation, defining what can be reused and what requires development.

  • Source interface requirements: AV, HDMI, USB, network or sensor interface

  • Radio link: deployment region, band, line of sight, obstruction and antennas

  • Product integration: size, weight, power, connectors, enclosure and thermal design

  • Acceptance criteria: resolution, frame rate, end-to-end latency and behavior after link loss

These are custom-project requirements, not features guaranteed across all existing products.

Illustrative camera, wireless link and receiver engineering scene
Illustrative engineering composite, not a photograph of the company laboratory.
Camera / source
→
Encoding / transmitter
⇢
Radio link / antennas
→
Receiver / display / interface

SYSTEM ARCHITECTURE

How does video reach the operator?

Open full architecture diagram ↗

PRODUCT PORTFOLIO

Find the right function. Confirm the project configuration.

The portfolio covers video links, cameras, receivers, audio and wired accessories. Confirm supply, software and accessories by model version; submit new UAV interfaces or performance targets through the custom-project brief.

Showing 13 models

WS-AV2-IR / WS-AV2-485 AV video and control extension

WS-AV2-IR / WS-AV2-485

AV video and control extension

Extend an existing AV source across a space with the appropriate IR or RS-485 version.

PAL / NTSC · 3.5mm AV · 2.4GHz

The IR version carries audio; the RS-485 manual specifies no audio. Power differs by version.

View model & documentation ↗
WS-AV Sender RX / TX 2.4GHz AV transmitter and receiver

WS-AV Sender RX / TX

2.4GHz AV transmitter and receiver

Integrate compatible DVRs, cameras and AV displays where cabling is difficult.

RCA AV · PAL / NTSC · 5V / 1A

Listed D1 720×480 / 25fps and approximately 300 ms typical latency; validate range for the installation.

View model & documentation ↗
WS-VIDEO RECORDER 7-inch viewing and recording unit

WS-VIDEO RECORDER

7-inch viewing and recording unit

A management-point display for compatible cameras, combining viewing, recording and playback.

7-inch 800×480 · Micro-SD up to 32GB

Camera functions depend on the paired model. Display and recording resolutions are separate.

View model & documentation ↗
WS-2.8 Handheld 2.8-inch handheld viewing unit

WS-2.8 Handheld

2.8-inch handheld viewing unit

Portable viewing of compatible cameras for an on-site maintenance workflow.

2.8-inch QVGA · Micro-SD up to 8GB

Pairs with up to four compatible cameras; verify simultaneous recording, runtime and lighting by version.

View model & documentation ↗
WS-VIDEO-USB Wireless video receiver for a PC

WS-VIDEO-USB

Wireless video receiver for a PC

Deliver compatible camera video to PC software for viewing, recording and playback in an existing system.

USB reception · Companion PC software

The manual lists Windows 2000 / XP / Vista / 7; confirm Windows 10 / 11 driver compatibility.

View model & documentation ↗
WS-CAMERA3 Fixed-aperture wireless CCD camera

WS-CAMERA3

Fixed-aperture wireless CCD camera

Plan equipment observation under managed lighting and verify optics and receiver compatibility.

Fixed-aperture version · 2.4GHz hopping

Current attachments are system references; confirm the matching CAMERA3 manual, power and optics.

View model & documentation ↗
WS-CCD CAMERA5 Wireless CCD camera without lens

WS-CCD CAMERA5

Wireless CCD camera without lens

Define the viewing distance, field of view and lighting before discussing optics and reception.

Lens not included · 2.4GHz hopping

Confirm lens, power and matching documentation against the delivered hardware.

View model & documentation ↗
WS-Audio Cable Audio over coax for CCTV

WS-Audio Cable

Audio over coax for CCTV

Evaluate audio integration with matching endpoints in an existing coax CCTV installation.

Wired coax · Audio/video integration

A wired accessory; provide cable and receiving-equipment details.

View model & documentation ↗
WS-BTAMP10W Bluetooth audio amplifier integration

WS-BTAMP10W

Bluetooth audio amplifier integration

Integrate compatible Bluetooth audio sources and speakers; discuss enclosure and wiring requirements.

12V · Left/right speaker terminals · Aluminum enclosure

Confirm speaker load, rated output and Bluetooth version for the supply configuration.

View model & documentation ↗
WS-BTAUDIOLINK Bluetooth AUX audio reception

WS-BTAUDIOLINK

Bluetooth AUX audio reception

Connect phone audio to an existing compatible AUX audio system.

3.5mm AUX · Micro-USB 5V charging

USB is for power and charging. Calling and reconnection depend on phone and hardware version.

View model & documentation ↗
WS-WAL I FM audio transmission

WS-WAL I

FM audio transmission

Evaluate a compatible audio source and FM receiving system for the deployment region.

87.7–107.9MHz family · 5V

Band and channel options depend on version and deployment region.

View model & documentation ↗
WS-EM200 Electronic viewing magnifier

WS-EM200

Electronic viewing magnifier

View text, components or soldering work at close range with an appropriate stand and working distance.

2.4-inch TFT · 320×240

For visual observation; confirm magnification, battery version and any measurement requirements.

View model & documentation ↗
WS-3.5DDV Digital door viewing unit

WS-3.5DDV

Digital door viewing unit

Plan door viewing and button-operated recording after checking door thickness and hole size.

3.5-inch TFT · Three AAA batteries

Confirm door fitting, memory card and recording format against the matching version.

View model & documentation ↗

View all Image Transmission products →

Three decisions before choosing a wireless video link.

Image and latency

Provide resolution, frame rate and use case. Recording, observation and live operation have different latency requirements; measure from image capture through display.

Range and environment

Describe air-to-ground or ground-to-ground use, line of sight, obstructions, speed and antenna height. Open-space range does not guarantee obstructed or moving-link performance.

Integration and delivery

Confirm connectors at both ends, power, dimensions, software, sample quantity and production schedule before defining development, validation and quotation.

START YOUR PROJECT

Turn your idea *** a clear engineering brief.

Enter what you know and leave other fields blank. Generate a brief to copy or email to WENSHING. This tool does not send data automatically.

Custom wireless video FAQ

Can an existing AV product be fitted directly to a UAV?

Check the video interface, weight, power, antennas, latency and environment first. Existing AV products can be an evaluation starting point; airborne requirements need project-specific validation.

Can I request HD, low latency or another band?

Include target resolution, frame rate, latency and deployment region in the brief. Engineering review defines architecture, development scope and tests before an agreed quotation and delivery specification.

Can the project focus on a board, antenna or receiver?

Share the existing block diagram and the part to change. Discuss a subsystem or the complete link, including interface compatibility, firmware and validation responsibilities.

How does a custom project start?

Submit the use case and requirements, review the proposed architecture, discuss sample validation, and agree specifications, quantities and schedule for quotation and delivery.

APPLICATION SCENARIOS

Show how video reaches the operator at a glance.

These are application scenario illustrations. Interfaces, bands, range, antennas, power and installation are defined through engineering for each project.

Application scenario illustration of a UAV inspecting a solar farm and returning live video to a ground monitor
UAV inspection videoPlan airborne imaging, transmitter, ground reception and monitoring as one workflow.
Application scenario illustration of a warehouse mobile platform camera returning its route view to an operations monitor
Warehouse mobile-platform monitoringEvaluate the link against route, obstruction, power and operator-viewing conditions.
Application scenario illustration of industrial maintenance using wireless video to inspect inaccessible machinery
Maintenance and remote observationDiscuss compatible video and receiving endpoints where cabling or access is difficult.
Application scenario illustration of a gate camera returning video through a wireless AV transmitter and receiver to a guard monitor
Gate and legacy AV extensionConfirm compatible video interfaces and installation conditions from camera through receiver to monitor.

Generated scenario illustrations, not customer locations, project references or performance claims for a specific model.

CUSTOM PROJECT

Start a wireless video development inquiry

Share the use case and known conditions. Engineering will confirm the video-link architecture and integration scope for the project.

Email a development inquiryContact information →