MV215FHM-NX4 100Hz High-Gamut ADS Panel 21.5 Inch sRGB BOE

Product Overview

The MV215FHM-NX4 100Hz High-Gamut ADS Panel is a 21.5-inch BOE a-Si TFT-LCD LCM for desktop-monitor integration. It combines a native 1920(RGB)×1080 Full HD raster with 100 Hz refresh, ADS normally-black transmissive operation, 250 cd/m² typical luminance and 100% sRGB color coverage. The module includes a WLED backlight but does not include the backlight driver, and it is supplied without a touch screen.

The panel-side connection is two-channel, 8-bit LVDS through a 30-pin connector, with a 5.0 V typical module supply. Mechanically, the active area is 476.064 × 267.786 mm and the module outline is 484.5 × 284.486 mm, with a typical mass of 1.50 kg. The current product parameters do not provide a module thickness, so enclosure approval should rely on the current mechanical drawing rather than an inferred depth value.

Three Core Buyer Value Propositions

100 Hz Full HD timing gives the controller team a clear qualification target

The module’s 100 Hz refresh rate is a meaningful integration requirement, not merely a finished-monitor marketing label. A controller/scaler must generate the exact panel timing through the specified two-channel LVDS link, and the system firmware must preserve the intended mode during startup and use. This helps replacement engineers separate a genuine 100 Hz panel path from a visually similar 21.5-inch FHD module designed around another refresh rate.

100% sRGB and ADS wide-view behavior define a useful image-quality baseline

MV215FHM-NX4 is specified for 16.7 million colors with 100% sRGB coverage, ADS normally-black transmissive operation and 89/89/89/89 typical viewing-angle values at CR≥10. Together with 1300:1 typical contrast and an antiglare surface, these facts provide a concrete starting point for desktop-monitor image evaluation. They do not establish factory calibration, a Delta E target or professional reference-display accuracy, so final color approval should use the actual controller, backlight and front stack.

Integrated WLED simplifies the optical assembly while preserving a separate driver decision

The module already contains the WLED light source, which avoids the open-cell backlight construction work required by a bare CELL. The driver is still external, however, so the electronics design must provide the correct LED current, voltage capability and brightness control. This distinction allows engineering teams to screen the module’s mechanical and optical architecture accurately without assuming that “WLED backlight” means the illumination power electronics are also included.

Key Specifications at a Glance

What Must the Controller Provide for 100 Hz Operation?

The MV215FHM-NX4 100Hz High-Gamut ADS Panel requires a panel-side signal that matches its native 1920×1080 timing and two-channel, 8-bit LVDS architecture. A scaler board can accept HDMI, DisplayPort or another external source and still be unsuitable if its LCD output cannot reproduce the required timing or connector mapping. The safest qualification route is to obtain the current BOE timing and pin documents for the exact revision, then test the controller with the production cable and firmware.

Analog Devices describes LVDS as a high-speed differential point-to-point signaling method and discusses practical issues such as termination, jitter, skew and routing in its LVDS implementation guide. That general guidance explains why the physical cable and PCB matter, but it does not establish compatibility with this panel. The 30-pin connector, pair assignment, power pins and any control contacts must be checked from the model-specific documentation.

100 Hz should be verified at the panel, not inferred from the host setting

During a sample test, run native FHD content at the intended 100 Hz mode and verify repeated cold starts, warm operation, cable movement and extended display time. Confirm that the controller does not silently select 60 Hz or another fallback timing. The user-supplied power figure is 11.25 W typical and 11.99 W maximum at 60 Hz, so it should not be extrapolated to a 100 Hz power value without model-specific evidence.

How Should the WLED Backlight Be Driven?

The module includes a WLED backlight with a 30,000-hour reference but no backlight driver. Texas Instruments’ backlight-driver overview identifies current regulation, output-voltage capability and dimming as practical design considerations. For MV215FHM-NX4, the actual LED string electrical limits and control method must come from the BOE documentation; they should not be inferred from the panel supply or the lifetime figure.

Panel power and backlight-driver power are separate design inputs

The 5.0 V typical value is the module’s panel-side supply. A separate backlight driver can have a different input rail, and a finished monitor controller may use another system voltage again. Keep those power domains separate in the schematic and sourcing documentation. Thermal qualification should include the backlight driver, controller and power conversion because their losses can raise the local temperature around the display beyond room ambient.

The 30,000-hour WLED value should remain a reference tied to its specified test conditions, not a monitor service-life guarantee. Brightness setting, LED current and temperature can affect backlight aging. Before using the value for maintenance planning, obtain the lifetime definition and end-point criterion that apply to the exact panel revision.

What Does 100% sRGB Mean in a Finished Monitor?

The panel data lists 16.7M colors and 100% sRGB coverage, together with Low Blue Light as a product characteristic. These facts are useful for selecting a monitor panel intended for standard sRGB-oriented graphics and office content. They are not a claim of factory calibration, a particular white-point tolerance or a certified low-blue-light performance level because those details are not provided in the current product packet.

The ADS normally-black mode, 1300:1 typical contrast and wide viewing values form the rest of the optical baseline. A finished monitor should still be tested with its selected brightness setting, graphics pipeline and any protective front material. The 250 cd/m² typical luminance is a module output figure under specified measurement conditions; it should not be upgraded to a sunlight-readability or HDR claim.

Antiglare treatment should be evaluated in the final viewing environment

The surface treatment is antiglare with 25% haze and 3H hard coating. That can reduce direct reflections compared with a glossy surface, but a cover layer or decorative window can change the apparent result. Evaluate text sharpness, reflections, black level and color using representative ambient lighting and viewing distance rather than approving the bare module alone.

Replacement and Mechanical Screening

The active image area measures 476.064 × 267.786 mm, while the supplied outline dimensions are 484.5 × 284.486 mm. No thickness is supplied in the current user parameters, so the module should not be assigned an invented depth. Use the mechanical drawing to verify mounting points, local protrusions, connector position, cable bend space and the complete thickness envelope before a replacement is approved.

Typical weight is 1.50 kg. A same-size 21.5-inch FHD module can still be unsuitable if its outline, mounting arrangement, backlight-driver architecture, LVDS pinout or refresh timing differs. The MV215FHM-NX4 100Hz High-Gamut ADS Panel should therefore be compared against the complete original assembly rather than selected from diagonal, resolution and connector count alone.

A supporting sourcing description also reports a 1.5G vibration figure and marks the model as in production. Those are supporting source facts rather than user-locked guarantees. If vibration matters to the target equipment, request the applicable test frequency, duration and mounting conditions. For sourcing, reconfirm current lifecycle status, offered quantity, revision and any PCN/EOL information with BOE or an authorized channel.

Engineering Answers in Brief

MV215FHM-NX4 is a 21.5-inch BOE FHD LCM with ADS normally-black operation and 100 Hz refresh.

The native display interface is two-channel, 8-bit LVDS on a 30-pin connector with a 5.0 V typical panel supply.

The module includes a WLED backlight but not its driver, so LED driving and dimming remain system-design responsibilities.

The panel is specified for 100% sRGB coverage and 250 cd/m² typical luminance, while finished-monitor calibration remains a system-level task.

Procurement Checklist

• Specify BOE MV215FHM-NX4 and confirm the exact offered revision.
• Request the current timing table, LVDS pin assignment, mechanical drawing and backlight electrical specification.
• Verify native 1920×1080 operation at 100 Hz through the two-channel 8-bit LVDS link.
• Confirm the 30-pin cable mapping and 5.0 V panel-side supply independently from controller and backlight-driver power.
• Check the 476.064 × 267.786 mm active area and 484.5 × 284.486 mm outline against the enclosure; obtain the missing depth from the drawing.
• Qualify the external WLED driver, brightness control and steady-state thermal result.
• Evaluate 250 cd/m² luminance, 1300:1 contrast, 100% sRGB coverage and the antiglare surface in the final monitor configuration.
• Reconfirm current production status, traceability, available quantity and any applicable change/EOL information before volume ordering.

The MV215FHM-NX4 100Hz High-Gamut ADS Panel provides a defined 21.5-inch FHD platform for monitor programs that need 100 Hz timing, 100% sRGB coverage and a 30-pin LVDS connection. Final approval depends on matching the controller, cable, external backlight driver, mechanical drawing and sourcing controls to the exact panel revision.