BOE GV104X0M-N10 10.4 Inch 1024×768 TFT LCD Panel

BOE GV104X0M-N10 10.4 Inch XGA LVDS Panel for Wide-Temperature Industrial Displays

BOE GV104X0M-N10 is a 10.4 inch XGA TFT LCD panel for industrial equipment that needs 1024×768 resolution and wide-temperature operation. The public page confirms 1024×768 XGA resolution at 123 PPI, IPS/ADS normally black transmissive mode, LVDS 1-channel 6/8-bit interface with 30-pin connector, 210.432×157.824 mm active area, 230×180.2 mm outline, 10.4±0.2 mm outline depth, 85/85/85/85 typical viewing angle, 1100:1 contrast ratio, 11S2P WLED backlight with LED driver rated 50K hours, 4.95/5.54W typical/maximum power consumption, 262K/16.7M colors, 70% NTSC, 30 ms response and -30 to 85 °C operating range. The public table repeats the resolution in the brightness row, so actual brightness should be confirmed in RFQ.

Confirmed Product Specifications

Wide-Temperature 10.4 Inch Use

This panel is relevant for rugged industrial HMIs, transport equipment, outdoor-adjacent cabinets, power-system controls, marine equipment and legacy 4:3 interfaces where XGA resolution is required. The -30 to 85 °C range is a stronger environmental feature than standard 0 to 50 °C panels, but the complete display assembly still needs thermal and mechanical validation.

Brightness Data Requires Confirmation

The product attributes classify brightness as sunlight-readable 1000+ nits, while the detailed table brightness row appears to repeat the resolution instead of a cd/m² value. This is a public data inconsistency. The RFQ should confirm actual brightness, backlight current, dimming method and whether the quoted part is truly sunlight-readable. The technical table is preserved as found; the page content should not silently invent a brightness number.

LVDS and Controller Matching

The confirmed communication interface is LVDS 1-channel 6/8-bit with a 30-pin connector. Engineers should confirm mapping, bit depth, voltage, connector direction, cable length and host support. If the project is replacing a TTL or HDMI display, a controller or redesign may be required. For new equipment, define the controller path before final mechanical design.

Mechanical and Environmental Stack

The 230×180.2 mm outline and 10.4±0.2 mm depth should be reviewed against the enclosure, gasket, mounting frame and cable route. Wide-temperature applications may also need cover glass, sealing, heater strategy, condensation control or optical bonding. The panel rating alone does not qualify the whole assembly for outdoor or vehicle use.

Viewing and UI Fit

The 1024×768 XGA format is useful for legacy HMIs and industrial screens that need more detail than SVGA while staying in a 4:3 layout. The wide viewing angle supports multiple operator positions. UI testing should use real alarm screens, tables and service menus, because text size and contrast matter more than resolution in field operation.

Procurement Control

For repeat orders, lock exact BOE model, revision, LVDS cable, brightness confirmation, backlight details, inspection criteria and substitute rules. A substitute may match size and resolution but differ in brightness, temperature range, connector and outline depth. Substitutes should require engineering approval.

Sample Validation

Sample checks should include LVDS stability, hot and cold start, backlight behavior, contrast, viewing angle, pixel inspection, enclosure fit, cable movement and long-duration operation. If sunlight readability is required, measure luminance and contrast through the final cover stack before approving volume purchase.

Buyer Decision Boundary

Choose this product when a 10.4 inch XGA wide-temperature LVDS panel is required. If the buyer mainly needs confirmed 1000+ nit performance, exact brightness should be clarified first because the current public table does not provide a clear cd/m² value.

Handling the Brightness Ambiguity

Because the public attributes and detailed table do not clearly agree on brightness, the safest B2B handling is to request the original BOE datasheet or LCDind confirmation before quoting sunlight-readable performance. Procurement should not advertise the display to its own customer as 1000+ nits until the cd/m² value is confirmed. This protects the buyer from promising outdoor readability on incomplete data.

Wide-Temperature Qualification

The -30 to 85 °C panel rating is valuable, but full equipment qualification should include cold start, hot soak, condensation control, backlight behavior, touch or cover-glass effects and controller-board operation. A panel may survive the temperature range while the full assembly fails because of cable stiffness, adhesive stress or power electronics. The sample test plan should represent the final device, not only the panel datasheet.

RFQ Checklist

• Confirm exact BOE GV104X0M-N10 revision, LVDS 30-pin mapping, voltage, cable and controller requirement.
• Confirm actual brightness in cd/m², backlight current, dimming and sunlight-readable requirement.
• Provide enclosure drawing, operating temperature profile, cover glass/touch requirement and mounting method.
• Define quantity, sample test 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 actual brightness confirmed?

Not clearly. The public table repeats resolution in the brightness row, so cd/m² should be confirmed in RFQ.

What is the operating temperature range?

The public specification lists -30 to 85 °C.

What interface is confirmed?

LVDS 1-channel 6/8-bit with a 30-pin connector.