BOE UV215FHM-N10 21.5 Inch 1920×1080 TFT LCD Panel

BOE UV215FHM-N10 21.5 Inch FHD LVDS IPS Panel for High-Brightness Industrial Displays

BOE UV215FHM-N10 is a 21.5 inch FHD TFT LCD panel for industrial display replacement, embedded monitor integration and OEM equipment screens that require 500 cd/m² class brightness. The public specification confirms 1920×1080 FHD resolution at 102 PPI, IPS/ADS normally black transmissive mode, 500 cd/m² typical brightness, 1000:1 contrast ratio, 89/89/89/89 viewing angle, LVDS 2-channel 8-bit interface with 30-pin connector, WLED backlight rated 30k hours without driver, 17 ms response time, 24.31/28.95W typical/maximum consumption, 16.7M colors, 72% NTSC, anti-glare haze 25% hard coating 3H and -20 to 80 °C operating temperature.

Confirmed Product Specifications

Industrial Monitor Fit

This panel is relevant for operator stations, cabinet monitors, industrial PCs, inspection displays, transport terminals and equipment screens that need a 21.5 inch FHD workspace with more brightness than standard 250-nit indoor panels. The 500 cd/m² brightness can support brighter factories and protected kiosks, but final readability still depends on cover glass, touch stack and lighting.

LVDS and Backlight Scope

The public summary says interface requiring confirmation, while the detailed table lists LVDS 2-channel 8-bit 30-pin. The RFQ should confirm exact LVDS mapping, connector, panel voltage, cable length and backlight-driver requirement. Because the table says the WLED backlight is without driver, a ready-to-use monitor quote should include electronics, cable and power scope.

Thermal Review

The maximum consumption is close to 29W, so heat must be considered in sealed or fanless equipment. Engineers should validate backlight heat, controller-board temperature, cable rating and enclosure airflow. If the panel runs at high brightness all day, dimming strategy and long-duration operation should be part of sample approval.

Anti-Glare Surface Use

The anti-glare hard coating can help reduce reflections in industrial environments. It does not replace optical validation. If a protective lens or PCAP touch is added, test reflection, haze, sharpness and contrast with real UI screens. For outdoor-facing installations, compare sunlight-readable and optically bonded options before committing.

Mechanical Replacement Checks

Replacement buyers should provide old panel labels, connector photos, rear structure and monitor model. OEM buyers should confirm active area, outline, mounting frame, front-window size, cable route and service access. A 21.5 inch FHD label alone does not guarantee mechanical compatibility.

Procurement Control

For repeat orders, lock exact BOE model, revision, LVDS cable, backlight driver, inspection criteria, packaging and substitute approval rules. Substitutes must be checked for brightness, interface, coating, temperature range and mechanical outline before shipment.

Sample Acceptance

Sample testing should include LVDS lock, brightness uniformity, pixel inspection, anti-glare surface review, heat rise, power cycling, cable movement and UI readability. If the display is used in field equipment, validate it in the final enclosure rather than only on a bench.

Decision Boundary

Choose this product when the project needs a 21.5 inch BOE FHD LVDS panel with 500-nit class brightness and industrial temperature range. If the buyer needs HDMI, touch, enclosure or outdoor sunlight readability, those must be quoted as additional assembly requirements.

Backlight Driver and Thermal Quote Scope

Because the public table lists WLED without driver and a relatively high power range, the quote should not stop at the bare panel. The buyer should state whether LCDind must supply a backlight driver, controller board, LVDS cable, power input board or open-frame structure. Thermal planning should include driver heat, panel heat and the final enclosure. If the customer only buys the panel but later needs a driver, project timing and cost can change.

When to Choose UV215FHM-N10 Instead of a Standard 21.5 Inch Panel

This BOE model is a better fit when the project needs 21.5 inch FHD with 500-nit class brightness and -20 to 80 °C operating range. It is less appropriate when the device is a low-cost indoor monitor with controlled lighting, where a 250-nit panel may be enough. For high ambient light, sealed industrial monitors or long-duty equipment, the extra brightness and temperature range can justify the engineering review.

Documentation for Repair and OEM Buyers

Repair buyers should provide the original monitor model, LCD label, cable photos and power/backlight board details. OEM buyers should provide the product drawing, front glass or touch requirement, expected annual quantity and validation plan. These inputs let LCDind distinguish exact panel replacement, compatible panel sourcing and a more complete display assembly quote.

RFQ Checklist

• Confirm exact BOE UV215FHM-N10 revision, LVDS mapping, 30-pin connector, voltage and cable requirement.
• Define backlight driver, controller board, panel-only or open-frame/monitor assembly scope.
• Provide enclosure drawing, cover/touch requirement, brightness environment and operating duty cycle.
• State sample quantity, forecast, inspection criteria, packaging and substitute approval process.

Engineering Review Note

The specifications above are taken from the current public product page and should be treated as selection inputs, not final system approval. Before sample purchase or production order, LCDind should review host interface, drawing, optical stack, touch requirement, controller-board scope, operating environment, supply quantity and inspection criteria. This update keeps the existing product URL unchanged while making the page more useful for B2B engineering and sourcing decisions.

Engineering FAQ

Is a backlight driver included?

The public table lists WLED without driver, so driver scope should be confirmed.

What interface is shown?

The detailed table lists LVDS 2-channel 8-bit with a 30-pin connector.

Is it brighter than standard indoor panels?

Yes, the listed brightness is 500 cd/m² typical.