Tianma P1560FHF1MB00 15.6 Inch 1920×1080 LVDS TFT LCD Panel

Tianma P1560FHF1MB00 15.6 Inch FHD LVDS Panel for Industrial HMI

Tianma P1560FHF1MB00 is a 15.6 inch full-HD industrial LCD panel for HMI, control-console, medical-equipment and replacement display projects. The public data lists 1920×1080 resolution, IPS/SFT normally black transmissive mode, 400 cd/m² typical brightness, LVDS two-channel 8-bit interface with 30-pin connector, -20 to 70 °C operation, 344.16×193.59 mm display area, 363.8×215.9×6.3 mm screen size, 6.3±0.5 mm outline depth, 88/88/88/88 viewing angle, 1000:1 contrast, WLED backlight with LED driver, 50K-hour backlight life, antiglare hard coating 3H, 16.7M colors at 72% NTSC and 13.9W typical consumption.

This panel is close in public characteristics to TM156VDSG17, but it should still be controlled as a separate Tianma model. In industrial purchasing, close specification does not equal interchangeability. The suffix, drawing revision, connector location, backlight details, thickness tolerance and approved sample record decide whether it can be used in the same equipment. If the customer is comparing several Tianma 15.6 inch FHD LVDS parts, LCDind should review the real drawings rather than relying on title similarity.

The 400 cd/m² brightness is suitable for many indoor industrial HMIs, operator terminals, laboratory devices and embedded control panels. It is not a direct substitute for the 1000-nit P1560FHF2MA00 when daylight readability or heavy front-glass loss is expected. If the product will be installed under strong ambient light, test the display with the production cover glass, touch stack and UI theme before approval.

LVDS integration should include the host controller, two-channel mapping, pinout, timing, cable length, backlight enable and dimming. The listed WLED backlight includes a driver, but the host-side control still needs confirmation. If this is used as a service replacement, the old unit should be documented with model label, connector photos, front-panel structure and failure mode. A drop-in replacement decision requires evidence, not only dimensional similarity.

For long-term programs, freeze the exact model, approved drawing, cable, front stack, host timing and incoming inspection standard. If the equipment family may need touch, protective glass or a brighter variant, those should be specified during RFQ as separate options. This prevents procurement from mixing bare-panel pricing with full-assembly expectations.

RFQ Checklist

• Exact use case: new HMI design, replacement, second-source or service repair.
• LVDS two-channel 8-bit timing, connector, cable and controller details.
• Mechanical drawing, active-area window, depth clearance and front stack.
• Brightness target, cover glass, touch overlay and ambient-light condition.
• Existing Tianma or alternate panel model if comparison is required.
• Sample quantity, forecast, approval schedule and inspection standard.

Engineering FAQ

Is P1560FHF1MB00 the same as TM156VDSG17? No. They may look similar in public data, but exact drawings and approval records must be compared.

Is it suitable for sunlight-readable use? Not as a default assumption; it is listed at 400 cd/m².

Does it use LVDS? Yes, the public data lists two-channel 8-bit LVDS with a 30-pin connector.

Is touch included? No touch is listed. Touch or cover glass should be specified separately.

What is the safest approval method? Test the sample with the production host, cable, front assembly and operating conditions.

Engineering Review Note

Use P1560FHF1MB00 when the project needs a controlled Tianma 15.6 inch FHD LVDS panel for industrial HMI or replacement work. Confirm the exact drawing and host interface before treating it as interchangeable with another 15.6 inch model.

Prototype Validation and Alternate Control

For P1560FHF1MB00, approval should include LVDS image stability, backlight control, front-glass appearance, operating-temperature behavior and mechanical fit inside the intended HMI enclosure. If the display is used in a repair program, test it with the original cable and controller where possible. If a new cable is required, document the cable length, shield, connector orientation and retention method. A panel can pass a bench test and still fail in production because the cable route or mounting pressure changed.

Because this model sits between low-cost consumer-style panels and high-brightness industrial panels, the buyer should define what is mandatory: Tianma brand, exact suffix, 400 cd/m² brightness, LVDS 30-pin, antiglare hard coating, 50K-hour WLED driver or mechanical fit. If an alternate is acceptable, list which parameters can change. This allows LCDind to offer a controlled substitute instead of a vague size match.

For repeat orders, keep sample photos, drawing, host timing, packing and incoming inspection records. If the end product may later add PCAP touch, cover glass or optical bonding, quote those as separate assembly options. Touch and bonding can change brightness and thickness, so they should not be silently added after bare-panel approval.

Before volume release, run the display for a realistic operating session with the final brightness setting. Check whether enclosure heat, cable bend or front-glass pressure affects the image. For an HMI that runs all day, a short power-on check is not enough to approve the display path.

For service replacement, retain one approved-good sample and the matching cable. This gives maintenance teams a reference when diagnosing whether a future field issue is caused by the LCD, host board, power supply or front-panel assembly.

For procurement documents, avoid shortening the requirement to “15.6 FHD LVDS.” Include P1560FHF1MB00, 400 cd/m², 30-pin LVDS, antiglare hard coating, 6.3 mm depth and the approved cable. These details help LCDind and the buyer prevent incorrect substitution during urgent service orders.

If a customer requires a controlled alternate, list the allowed deviations before LCDind searches: brightness range, connector position, temperature range, coating, power and mechanical tolerance.

This information also helps LCDind separate true equivalents from parts that only share the same diagonal size and resolution.