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SFTO1560JD-7328BN – High Brightness 15.6" TFT LCD for Extreme Conditions
Engineered for demanding environments, the SFTO1560JD-7328BN is a high-brightness 15.6-inch TFT LCD display designed to deliver crystal-clear visuals even in direct sunlight or low-light industrial settings. With 500 cd/m² brightness and a wide operating temperature range (-30°C to +80°C), this display is ideal for applications requiring reliability and visibility in harsh conditions.
Why Choose This High Brightness TFT LCD?
Technical Highlights:
Applications:
Engineered for Global Markets:
The SFTO1560JD-7328BN meets the rigorous demands of European and American industries, offering:
Contact Us for Bulk Orders or Custom Solutions!
At Saef Technology Limited, we specialize in delivering high-performance displays to global clients. With fast shipping to the USA, Germany, UK, France, and beyond, we provide technical support and competitive pricing for your business needs.
Specifications
Parameter | Specification | Unit |
Active Area | 345.6(W) x 194.4(H) | mm |
Number Of Pixels | 1920 x RGB x 1080 | pixels |
Pixel Pitch | 0.18(W) x 0.18(H) | mm |
Pixel Arrangement | RGB Vertical stripe | |
Display Mode | Normally black | |
Display Colors | 8bits | colors |
Surface Treatment | HC | |
Contrast Ratio | Typ. 1200 Min.1000 | |
Viewing Angle(CR>10) | Typ.85/85/85/85 | deg. |
Color Gamut | 72% NTSC | |
Brightness | 500typ 425min | cd/m2 |
Brightness Uniformity | 80% typ 75% min | |
Power Consumption | Max.10.65W Typ. 9.55 W | watt |
Outline Dimension | 363.8*215.9 | mm |
Weight | Typ. 850g | gram |
External Dimensions
Interface Pin Definition
No. | Symbol | No. | Symbol | ||
1 | RE3P | Positive LVDS differential data input Channel E3(Even) | 21 | RO1N | Negative LVDS differential data i nput Channel O1(Odd) |
2 | RE3N | Negative LVDS differential data inpu t Channel E3(Even) | 22 | RO0P | Positive LVDS differential data in put Channel O0(Odd) |
3 | RECLKP | Positive LVDS differential clock inpu t (Even) | 23 | RO0N | Negative LVDS differential data i nput Channel O0(Odd) |
4 | RECLKN | Negative LVDS differential clock inp ut(Even) | 24 | GND | LCD Ground |
5 | RE2P | Positive LVDS differential data input Channel E2(Even) | 25 | NC | SDA for SAEF use, this pin shoul d be open |
6 | RE2N | Negative LVDS differential data inpu t Channel E2(Even) | 26 | NC | SCL for SAEF use, this pin shoul d be open |
7 | GND | LCD Ground | 27 | NC | MTP for SAEF use, this pin shoul d be open |
8 | RE1P | Positive LVDS differential data input Channel E1(Even) | 28 | LCD_VCC | LCD Power 3.3V |
9 | RE1N | Negative LVDS differential data inpu t Channel E1(Even) | 29 | LCD_VCC | LCD Power 3.3V |
10 | RE0P | Positive LVDS differential data input Channel E0(Even) | 30 | LCD_VCC | LCD Power 3.3V |
11 | RE0N | Negative LVDS differential data inpu t Channel E0(Even) | 31 | LED_PW M | Backlight Adjust ,3.3V(3V~3.6V) |
12 | RO3P | Positive LVDS differential data input Channel O3(Odd) | 32 | LED_EN | Enable pin ,3.3V(3V~3.6V) |
13 | RO3N | Negative LVDS differential data inpu t Channel O3(Odd) | 33 | GND | Ground |
14 | GND | LCD Ground | 34 | STBYB | Deep standby mode setting pin. |
15 | ROCLKP | Positive LVDS differential clock inpu t (Odd) | 35 | RSTB | Device Reset for LCD driver IC, Low active |
16 | ROCLKN | Negative LVDS differential clock inp ut(Odd) | 36 | GND | Ground |
17 | GND | LCD Ground | 37 | BL_POW ER | +12V Vi power supply |
18 | RO2P | Positive LVDS differential data input Channel O2(Odd) | 38 | BL_POW ER | +12V Vi power supply |
19 | RO2N | Negative LVDS differential data inpu t Channel O2(Odd) | 39 | BL_POW ER | +12V Vi power supply |
20 | RO1P | Positive LVDS differential data input Channel O1(Odd) | 40 | BL_POW ER | +12V Vi power supply |
Optical Characteristics
Item | Symbol | Condition | Min | Typ. | Max | Unit |
luminance | Bp | θ=0° | 425 | 500 | -- | cd/m2 |
L255 Uniformity | △Bp |
| 75 | 80 | -- | % |
Viewing Angle | θL | Cr≥10 | -- | 85 | -- | deg |
| θR |
| -- | 85 | -- |
|
| ψT |
| -- | 85 | -- |
|
| ψB |
| -- | 85 | -- |
|
Contrast Ratio | Cr | θ=0° FF=0° | 1000 | 1200 |
| - |
Color Coordinate of CIE1931 | Wx | θ=0° | 0.283 | 0.313 | 0.343 | - |
| Wy |
| 0.299 | 0.329 | 0.359 |
|
Color Gamut |
| NTSC | -- | 72 | -- | % |
Gamma |
| 25℃ | 2.0 | 2.2 | 2.4 | % |
Crosstalk |
| 25℃ | -- | -- | 2 | % |
Backlight Characteristics
Parameter | Symbol | Values | Unit | ||
|
| Min. | Typ. | Max. |
|
LED Supply Voltage | V LED | 28 | 30 | 31 | V |
LED Supply Current | ILED | - | 252 | - | mA |
Power Consumption | PLED | - | 8.89 | 9.19 | W |
LED Quantity | QLED | - | 40 | - | EA |
LED Life Time | TLED | 40000 | 50000 | - | Hrs |
CTP Specification (optional)
Category | Parameter | Specification |
General | Structure | Cover Glass + DITO Glass |
Cover Lens Strengthening | Chemically Strengthened | |
Cover Lens Surface Hardness | ≥6H (Pencil Hardness) | |
Light Transmission Rate | ≥85% | |
Operation Temperature | -30℃ ~ +80℃, ≤85% RH | |
Storage Temperature | -35℃ ~ +85℃, ≤85% RH | |
Electrical | Interface | IIC / USB / UART |
Touch IC | IL12511 | |
Power Supply Voltage (VDD) | 3.3V or 5V (Selectable) | |
Host Resistance (SDA/SCL) | Configurable on Main-board | |
Environmental | Operating Conditions | Functional in fog/surface water |
Surface Properties | Surface Ink | Anti-UV |
Surface Treatment | Anti-Glare (Haze: 10%) | |
LCD-TP Lamination | OCA (Optically Clear Adhesive) | |
Compliance | Material Standards | RoHS & Halogen-Free Compliant |
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