Brand |
BOE |
Model P/N |
HV320WX2-206 |
Diagonal Size |
32.0" |
Panel Type |
a-Si TFT-LCD,CELL,F0B |
Resolution |
1366(RGB)×768,WXGA 49PPI |
Pixel Format |
RGB Vertical Stripe |
Active Area |
697.685(W)×392.256(H)mm |
Bezel Opening |
|
Outline Dim |
716(H)×411.1(V)×1.34(D)mm |
Treatment |
Antiglare (Haze 10%),Hard coating (3H) |
Luminance |
0 cd/m² |
Contrast Ratio |
1200:1(Typ.)(TM) |
View Direction |
Symmetry |
Response Time |
8(Typ.)(G to G) |
Viewing Angle |
89/89/89/89(Typ.)(CR≥10) |
Operating Mode |
AFFS,Normally Black,Transmissive |
Plate Thickness |
0.50+0.50 mm |
Transmittance |
6.6%(Typ.)(with Polarizer) |
Support Color |
16.7M 72%NTSC |
Light Source |
No B/L |
Weight |
895g(Typ.) |
Designed For |
TV |
Frame Rate |
60Hz |
Touch Panel |
Without |
D-IC Detail |
COF Bult-in 4 source+2 gate chips |
||
Interface Type |
LVDS(1 ch,8-bit),30 pins Connector |
||
Power Supply |
12.0V (Typ.) |
||
Environment |
Operating Temperature:O~50℃;Storage Temperature:-20~ 60℃ |
The HV320WX2-206, developed by BOE Technology Group Co., Ltd. (hereafter referred to as BOE), is an advanced 32.0-inch diagonal a-Si TFT-LCD display panel. This product is designed without a backlight and touch screen, making it an ideal component for various applications, especially in television sets.
The HV320WX2-206 is notable for its operating temperature range of 0 ~ 50°C and a storage temperature range of -20 ~ 60°C. These specifications ensure the panel's reliable performance under diverse environmental conditions. The panel features a matte finish, which significantly enhances the viewing experience by reducing glare and reflections.
A standout technical feature of the HV320WX2-206 is its built-in 4 source + 2 gate chips driver IC. This integrated circuitry simplifies the design process, thereby improving the overall performance and reliability of the display panel.
Given its robust features and high-quality specifications, QF recommends the HV320WX2-206 for use in television sets and other similar applications. The display characteristics, combined with its durable design, make it an ideal choice for manufacturers seeking dependable and high-performance display solutions. The matte finish reduces glare, making it an excellent option for brightly lit environments such as living rooms and commercial spaces.
According to QF, the HV320WX2-206 began mass production in the second quarter of 2013 and is now discontinued. The specifications for this model were first recorded on March 21, 2014, with the latest update on January 19, 2024. Although it is no longer in production, the model’s legacy and specifications continue to be relevant for historical reference and potential niche applications.
For manufacturers looking to integrate the HV320WX2-206 CELL into their future products, QF strongly recommends contacting BOE or its authorized distributors to obtain the most current production and specification details. Accessing the latest information is crucial for making well-informed decisions about display technology. Furthermore, QF's established relationship with BOE ensures that clients receive up-to-date and accurate information.
The production status listed on ckdtv.com is intended for reference only and should not serve as the sole basis for decision-making. All specification details are inputted by QF engineers based on the datasheet, but there may be errors during the input process. Therefore, direct consultation with BOE or its authorized distributors is advisable to ensure the accuracy and completeness of the information.
The HV320WX2-206 display panel from BOE exemplifies advanced display technology, offering a blend of high performance, durability, and reliability. Its application in television sets and other demanding environments highlights its versatility and quality. By maintaining direct contact with BOE or its authorized distributors, manufacturers can maximize the potential of this exceptional display panel in their products. This panel's combination of technical excellence and practical application makes it a standout choice in the competitive field of display technology.