Tianma P1560FHF2MA00 15.6 Inch 1920×1080 LVDS TFT LCD Panel

Tianma P1560FHF2MA00 15.6 Inch 1000-Nit FHD LVDS Panel

Tianma P1560FHF2MA00 is a 15.6 inch full-HD industrial TFT LCD panel for OEM integration and replacement projects that need higher brightness and wider operating temperature than a standard notebook-class display. The public data lists 1920×1080 resolution, IPS/SFT normally black transmissive mode, 1000 cd/m² typical brightness, LVDS two-channel 8-bit interface with 30-pin connector, -30 to 80 °C operating temperature, 344.16×193.59 mm active area, 363.8×215.9×6.55 mm outline, 85/85/85/85 viewing angle, 1000:1 contrast, WLED backlight with LED driver, 50K-hour backlight life, antiglare treatment, 16.7M colors at 72% NTSC and 15.14W typical consumption.

This model should be reviewed for bright industrial operator panels, outdoor-adjacent control equipment, vehicle-adjacent diagnostics, kiosk subassemblies, marine or transport equipment and machine HMIs where readability margin matters. The 1000-nit class is materially different from the 400-nit Tianma 15.6 inch options in this catalog. It may help with strong ambient light or front-cover losses, but it also raises questions about heat, power budget, dimming behavior and enclosure airflow. A buyer should not substitute it into a sealed enclosure only because the size and resolution match another 15.6 inch panel.

LVDS integration must be checked from the host board. Confirm two-channel 8-bit LVDS mapping, connector pinout, cable length, grounding, timing, voltage, backlight enable and dimming method. The 30-pin connector count does not guarantee compatibility with every 15.6 inch LVDS display. If the project is a replacement, compare the existing panel drawing, active area, outline depth, connector direction, screw clearance, cable route and backlight control. If it is a new design, verify the controller board under maximum brightness and operating temperature before production approval.

The -30 to 80 °C range and antiglare surface are useful for industrial environments, but system qualification remains necessary. The finished product must consider heat from the backlight, controller electronics, cover glass, sealed housing and power supply. If the display is used behind a thick protective lens or touch stack, brightness, thermal load and reflections should be measured after assembly. A high-brightness panel is only useful if the whole optical stack supports the target readability.

For procurement control, freeze the exact P1560FHF2MA00 model, drawing revision, LVDS cable, controller settings, brightness level, packing requirement and inspection criteria. If the buyer needs touch, cover glass, controller board or harness support, those should be quoted as defined assembly scope rather than assumed accessories.

RFQ Checklist

• Host board, LVDS two-channel 8-bit timing, connector and cable requirement.
• Target brightness after cover glass, touch stack or protective front lens.
• Enclosure drawing, active-area window, mounting clearance and cable route.
• Operating temperature, sealed-housing estimate, duty cycle and dimming plan.
• Replacement reference panel, photos and existing controller details if applicable.
• Sample quantity, annual forecast, lifecycle expectation and inspection limits.

Engineering FAQ

Can this replace any 15.6 inch FHD LVDS panel? No. Size and resolution are not enough; LVDS mapping, connector, outline, backlight and active-area position must match.

Is 1000 cd/m² automatically sunlight readable? It improves brightness margin, but final sunlight readability depends on lens reflection, UI contrast, thermal design and installation angle.

Does it include a backlight driver? The public data lists WLED with LED driver, but host-side enable, dimming and power behavior still need confirmation.

Is this the same as the 400-nit Tianma 15.6 inch options? No. It has different brightness, operating range, power and thermal implications.

What should be validated in samples? Validate LVDS image stability, brightness control, heat, front-lens appearance, cable routing and mechanical fit.

Engineering Review Note

Use P1560FHF2MA00 when a 15.6 inch FHD LVDS project needs high brightness and wide-temperature capability. Send LCDind the LVDS host details, enclosure drawing, optical stack and quantity so the review covers thermal, mechanical and supply risk before quotation.

Prototype Validation and High-Brightness Approval

For this 1000-nit 15.6 inch panel, sample approval should include maximum-brightness operation, reduced-brightness operation, long-duration heat testing and readability behind the final front stack. If the display will sit behind cover glass, touch glass, anti-vandal lens or a printed mask, test the optical result after those layers are installed. A high-brightness panel may still look weak if the lens reflects too much ambient light, and it may run too hot if the enclosure has limited airflow. Record the tested brightness setting, backlight-control method, ambient temperature and enclosure condition with the approval sample.

When comparing this model with other Tianma 15.6 inch LVDS panels, keep the purpose clear. P1560FHF2MA00 is the bright, wider-temperature candidate. P1560FHF1MB00 and TM156VDSG17 are closer to 400 cd/m² indoor industrial use. A purchasing team should not switch between them to reduce cost without engineering review, because the power, heat, optical result and installation environment may change. If LCDind is asked for an alternate, the RFQ should define which characteristics are mandatory and which are negotiable.

For volume release, approve the exact panel suffix, LVDS cable, controller board, front glass, brightness profile, packing and incoming inspection criteria. If this panel is used for service replacement, include the old display model, product serial range, cable photos and failure mode so LCDind can judge whether a drop-in supply or an engineered substitute is being requested.

For incoming inspection, define how brightness, cosmetic appearance, connector condition and packing damage will be checked. High-brightness panels are often used in visible operator positions, so small scratches, pressure marks or uneven backlight behavior can become customer-facing issues. If the display is part of a branded machine or outdoor terminal, agree on acceptable cosmetic limits before the first production shipment.

If the project later requests optical bonding or PCAP touch, treat the bonded version as a new approval item. Bonding can improve reflection control but also changes repair method, stack thickness, yield, packaging and replacement cost.