24 Inch USB Stretched Bar LCD Display Kit for Shelf Signage

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Key Specs

Model P/N

HS240FHD-NB1

Size

24″

Resolution

1920×360

Brightness

300 (Typ.)(cd/m²)

Viewing Angle

89° / 89° / 89° / 89° L/R/U/D at CR ≥10

Connector Type

LVDS, 1-channel, 6-bit, 40-pin

Operating Temp

0 ~
50 °C

Overall(mm)

612.7(W)×
132.1(H)×
10.2(D)
Upgrade Options (OEM/ODM)

huisoar

HS240FHD-NB1

General Features

Brand

huisoar

Panel Size (inch)

24"

Model P/N

HS240FHD-NB1

Resolution

1920×360

Brightness (nits)

300 cd/m² (Typ.)

Viewing Angle

89° / 89° / 89° / 89° L/R/U/D at CR ≥10

Contrast Ratio

1200:1 (Typ.)

Response Time

10ms

Overall (mm)

612.7(W)×
132.1(H) ×
10.2(D) mm

Active Area (mm)

579.888 × 112.104 mm

Refresh Rate

60Hz

Display Colors

16.7M

Panel Type

tft-lcd, lcm

Connector Type

LVDS, 1-channel, 6-bit, 40-pin

Operating Temp

0 ~
50 °C

Touchscreen Type

Without Touch

Storage Temp

-10°C to +60°C

Work Mode

Normally black, transmissive

Pixel Format

1920(RGB) × 360

Input Voltage (V)

3.3 V typical panel input

Weight (g)

1800 g(Typ./Max.)

Included Accessories

Controller board; LCD panel; inverter board with backlight cable; LVDS cable; wired keyboard

I/O Interface

HDMI-compatible 1.4 input; USB media playback; speaker output; photoresistor input; external sensor-signal input

Designed For

Commercial media systems, shelf-edge signage, and compact advertising displays

24 Inch USB Stretched Bar LCD Display Kit for Shelf Signage

A USB Stretched Bar LCD Display Kit gives signage integrators a compact way to deploy panoramic content where a normal 16:9 monitor would use too much vertical space. This 24-inch configuration combines a 1920 × 360 IPS LCD, 300 cd/m² typical luminance, a 40-pin one-channel 6-bit LVDS panel interface, and a paired controller for local USB playback. It fits shelf-edge promotions, counter displays, menu strips, and other narrow commercial installations where a dedicated external media player may not be necessary.

Key Specifications

SpecificationValue
Display size24 inches
Native resolution1920 × 360 pixels
Panel modeIPS, normally black, transmissive
Active area579.888 × 112.104 mm
LCD outline612.7 × 132.1 × 10.2 mm
Brightness300 cd/m² typical
Contrast ratio1200:1 typical
Viewing angle89° / 89° / 89° / 89° L/R/U/D at CR ≥10
LCD signal interface40-pin LVDS, 1 channel, 6-bit
LCD input3.3 V typical
BacklightWLED
Controller board90 × 51 × 14 mm
Controller input12 V DC, adapter capacity greater than 2 A
Local mediaUSB video, picture and text playback

These values correspond to the exact 24-inch DV240FBM-NB0 controller-kit configuration.

Why the 1920 × 360 Format Works for Shelf Signage

Native panoramic content uses the available height efficiently

The 1920 × 360 raster is intended for a long visual band rather than a full-height desktop layout. Preparing graphics at native resolution gives direct control over text size, image cropping, pricing blocks, and ticker-style information. Shrinking ordinary 1920 × 1080 artwork can make text too small for the 360-pixel vertical canvas. Current product listings for this panel family likewise emphasize using the native 1920×360 format.

Wide viewing supports pass-by environments

The panel is specified at 89° / 89° / 89° / 89° in the confirmed left, right, up, and down order. This is useful for shelves and counters because viewers often approach from an angle. The IPS, normally-black, transmissive mode also supports a wide-view presentation in a shallow display format.

Optical and Electrical Performance

300 cd/m² is an indoor commercial brightness level

The panel uses 300 cd/m² typical luminance. It is appropriate for controlled indoor spaces such as retail aisles and counters, but the rating does not establish window-facing or direct-sun readability. Commercial stretched-display guidance similarly treats roughly 300-nit configurations as an indoor class, with higher luminance needed as ambient light increases.

The controller and panel use different power references

The LCD uses a 3.3 V typical input. The controller is powered from 12 V DC and requires adapter capacity greater than 2 A. The board can select 3.3 V, 5 V, or 12 V panel output by jumper, so production units must be set to the voltage required by the approved LCD.

USB Media Playback and Controller Functions

USB supports local video, image, and text playback

The paired board supports USB playback for video, pictures, and text, plus 180° image rotation and OSD controls such as brightness and contrast. This makes the kit useful for locally managed content without requiring a separate computer.

A separate video-input path is also available

The controller lists an HDMI-compatible 1.4 input in addition to USB media playback. USB files and an external video source are different workflows, so the intended input method should be defined before cable access and enclosure cutouts are finalized.

Integrating the USB Stretched Bar LCD Display Kit

Lock the LVDS harness to the approved board and panel

The LCD panel is specified with a 40-pin one-channel 6-bit LVDS connector, while generic controller-board wording also references 30-pin LVDS support. Because the kit includes an LVDS cable, the production cable or adapter mapping should be confirmed rather than assuming pin-count compatibility. Validate pin assignment, orientation, panel voltage, and the approved harness during sampling.

Treat sensor and audio functions as board-level capabilities

The controller lists photoresistor input for automatic brightness adjustment, an external human-body sensing signal input, and speaker output support. If these functions are required, confirm the sensor, speaker, wiring, and firmware behavior for the ordered build.

Mechanical Planning

Use active area and outline for different design decisions

The active image area is 579.888 × 112.104 mm, while the LCD outline is 612.7 × 132.1 × 10.2 mm. The active area defines the visible image region; the outline controls panel-body clearance. Bezel openings, supports, and cable exits should therefore follow the approved mechanical drawing.

Reserve space for the controller board and service access

The board measures 90 × 51 × 14 mm. Allow additional room for the LVDS cable, keyboard cable, power input, USB access, external video connection, and any optional sensor or speaker wiring. The listed 1.8 kg value is gross package weight and should not be treated as the display mounting load.

Application Fit and Alternative Control Routes

Local shelf-edge promotion is a strong fit

The kit suits shelf-edge advertising, product-category headers, checkout promotions, menu strips, reception message bands, and compact information displays updated locally. Stretched-bar display manufacturers commonly position this format for shelves, counters, menu boards, narrow installation areas, and retail information systems.

Use a networked platform when remote CMS is required

This USB Stretched Bar LCD Display Kit is strongest when local USB playback or a direct external video source fits the deployment. Projects requiring remote scheduling, application workflows, or integrated networking should evaluate an Android signage configuration instead. The same 24-inch panel family is available with an Android controller path, illustrating the distinction between local-playback and networked-control architectures.

Included Components and Customization Boundaries

The kit includes the controller board, 24-inch LCD panel, inverter board with backlight cable, LVDS cable, and wired keyboard. A power adapter is not confirmed in the kit list. Touchscreen technology, operating and storage temperature, product net weight, backlight lifetime, and environmental protection are also not defined for this configuration.

Custom configurations are generally reviewed from 500 pieces, subject to tooling requirements, material availability, and the requested specification. Controller selection, housing, mounting, cable routing, sensor functions, touch requirements, branding, and packaging can be reviewed by project.

Procurement Checklist

Before releasing the USB Stretched Bar LCD Display Kit, confirm native 1920 × 360 content, 300 cd/m² luminance, IPS normally-black transmissive mode, 40-pin one-channel 6-bit LVDS definition, 3.3 V panel input, 12 V DC controller power, approved board-to-panel cable mapping, 579.888 × 112.104 mm active area, 612.7 × 132.1 × 10.2 mm LCD outline, 90 × 51 × 14 mm board footprint, USB playback workflow, external video requirement, mounting method, touch requirement, sample quantity, and annual demand.

Application Scenarios

FAQ

About 24 Inch USB Stretched Bar LCD Display Kit

What must be checked before using the supplied controller with the 40-pin LCD panel?

Approve the complete board-to-panel cable definition during sample validation. The LCD uses 40-pin one-channel 6-bit LVDS and 3.3 V typical input, while generic board wording also references 30-pin LVDS support. Confirm the supplied cable or adapter, pin mapping, voltage jumper, connector orientation, and board revision before treating it as interchangeable with another LVDS panel.

How should 1920 × 360 media be prepared for USB playback?

Prepare artwork around the native 1920 × 360 canvas so text and images remain readable within the short vertical dimension. The controller supports USB playback of video, pictures, and text plus 180° rotation. Test the approved media files and firmware for scaling, orientation, and autoplay behavior before rollout.

How should the 12 V controller supply be separated from the 3.3 V panel requirement?

The controller and LCD use different electrical references. The board needs 12 V DC with adapter capacity greater than 2 A, while the panel uses 3.3 V typical input. Because the board can select 3.3 V, 5 V, or 12 V panel output, verify the jumper setting and wiring before power-up.

Is 300 cd/m² suitable for a shelf display near bright windows?

The 300 cd/m² typical panel should be qualified for controlled indoor lighting rather than assumed window-facing use. Reflections, front-cover transmission, viewing distance, and daylight can change readability. For stronger ambient light, provide the installation conditions so a higher-luminance alternative can be evaluated.

When should an Android bar display be selected instead of this controller kit?

Choose an Android alternative when the project requires networked content management, remote scheduling, app workflows, or integrated network functions. This kit is centered on local USB playback and an external video-input path, so the content-update method should be decided before hardware release.

Need a custom solution or samples?

Request Engineering Review For a USB Stretched Bar LCD Display Kit project, submit native 1920 × 360 content examples, playback method, external video-source requirement, LVDS cable expectations, enclosure opening, mounting concept, power architecture, sensor or speaker requirements, touch requirement, sample quantity, and annual demand. Engineering review covers media workflow, controller configuration, LVDS cable and voltage matching, panel mechanics, enclosure fit, power planning, sensor or audio integration, and available customization.
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