FN0840D001A
8.4
-20~70
-30~80
1024×768
ALL
LVDS
1000
Customizable
| Availability: | |
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| Quantity: | |

LCD size(inch): | 8.4 (Diagonal) |
Resolution: | 1024(H)×768(V) |
Pixel Pitch: | 0.1668(H)x0.1668(V) |
Active Area(mm): | 170.8032(H)×128.1024(V) |
Module Size(mm): | 203(W)x145.9(H) ×9.4(D) |
Display Mode(mm): | Normally Black, Transmissive |
Interface: | LVDS |
View Direction: | ALL |
| Weight | 245(Typ.) |
| Luminance(cd/m2): | 1000(Typ.) |
Operating Temperature(°C): | -20~+70 |
Storage Temperature(°C): | -30~+80 |
Interface:
Pin No. | Symbol | I/O | Description |
1-2 | VDD | P | Supply analog voltage. |
3 | SC | I | Scan direction control.(Low=Normal, High=Reverse). |
4 | NC | - | No connection. |
| 5 | RXIN0N | I | LVDS Negative differential data signal. |
6 | RXIN0P | I | LVDS Positive differential data signal. |
| 7 | GND | P | Ground. |
| 8 | RXIN2N | I | LVDS Negative differential data signal. |
9 | RXIN2P | I | LVDS Positive differential data signal. |
10 | GND | P | Ground. |
11 | RXCLKN | I | LVDS Negative differential clock signal. |
12 | RXCLKP | I | LVDS Positive differential clock signal. |
13 | GND | P | Ground. |
| 14 | RXCLKN | I | LVDS Negative differential data signal. |
| 15 | RXCLKP | I | LVDS Positive differential data signal. |
| 16 | GND | P | Ground. |
| 17-18 | NC | - | No connection. |
| 19 | RXIN3N | I | LVDS Negative differential data signal. |
| 20 | RXIN3P | I | Ground. |
| 34 | ORXIN0P | I | LVDS Positive differential data signal.(Odd data) |
| 35 | ORXIN0N | I | LVDS Negative differential data signal. |
Electrical Characteristics:
Parameter | Symbol: | Min. | Typ. | Max. | Unit |
Power supply Voltage | VDD | 3.0 | 3.3 | 3.6 | V |
Input Current | ILED | - | 450 | 600 | mA |

CTP
Structure: GG, GFF,Size:1.8* ~ 55",Touch with Water/Salt Water/Sweat,Meet EMI/RFI Standards,Linux/Windows/IOS and Android,Customization on Cover: AG/AR/AF Meet IK Standards,Multi-touch Solution,True Touch with Gesture and Palm Rejection,Finger/Glove and Passive Pen Input

AD Board
We can provide complete accessories, including backlight board, AD Board and wire sets.
1000 cd/m² brightness + IPS wide viewing angle makes it suitable for factory floor control systems where operators need clear visibility under strong ambient lighting. LVDS ensures stable signal transmission in long-cable industrial environments.
With sunlight-readable luminance and EMI shielding design, the display performs reliably in kiosks, parking systems, and outdoor automation terminals exposed to electrical interference and daylight conditions.
The 4:3 resolution (1024×768) is commonly required in legacy navigation systems, embedded vehicle terminals, and retrofit projects where compatibility with existing controllers is critical.
High brightness combined with consistent color performance makes it suitable for diagnostic UI, lab analyzers, and monitoring equipment operating in well-lit clinical environments.
With LVDS interface and optional HDMI driver board integration, it can be adapted for ARM-based platforms and industrial SBC systems.
With the demand for custom projects going up every day, the bar type TFT market is growing correspondingly. And our bar type TFT solution can be perfectly used in many applications like industrial, automotive, medical, home appliance and maritime, etc.
Payment Systems |
Transportation |
E-bike | |
Outdoor |
Industrial Panels |
Medical Equipment |
Fintness Equipment |
Engineering Plant |
Motorbike |
Vending Machine |
Home Application |
FAQ
1. Is the HDMI interface native to the panel?
No. The panel’s native interface is LVDS. HDMI compatibility is achieved through an external driver board for integration with standard video sources.
2. Is 1000 cd/m² sufficient for direct outdoor sunlight?
1000 cd/m² supports sunlight-readable performance in many outdoor or high-ambient environments. For full direct sunlight exposure, optical bonding and anti-glare treatment are recommended.
3. Can this display be integrated with capacitive touch?
Yes. Projected capacitive touch panels can be integrated, including custom cover glass, optical bonding, and waterproof front panel structures if required.
4. What operating temperature range does it support?
Industrial-grade configurations typically support extended operating ranges such as –20°C to +70°C. Final specification depends on the selected backlight system.
5. Is this module suitable for long-term industrial projects?
Yes. Industrial TFT modules are designed for longer supply cycles compared to consumer panels. Lifecycle planning and panel roadmap confirmation are recommended for long-term deployments.