Brand |
BOE |
Model P/N |
DV215FHM-NN0 |
Diagonal Size |
21.5" |
Panel Type |
a-Si TFT-LCD,LCM |
Resolution |
1920(RGB)×1080,FHD 102PPI |
Pixel Format |
RGB Vertical Stripe |
Active Area |
476.064(W)×267.786(H)mm |
Bezel Opening |
479.8(W)×271.2(H)mm |
Outline Dim |
495.6(H)×292.2(V)×11.2(D)mm |
Treatment |
Antiglare,Hard coating (3H) |
Luminance |
500 cd/m²(Typ.) |
Contrast Ratio |
1000:1(Typ.)(TM) |
ViewDirection |
Symmetry |
Response Time |
14(Typ.)(G to G) |
Viewing Angle |
89/89/89/89(Typ.)(CR≥10) |
Operating Mode |
ADS,Normally Black,Transmissive |
Support Color |
16.7M 73% NTSC |
Light Source |
WLED [2483P],30K hours,W/O Driver |
Weight |
1.97Kgs (Typ.) |
Designed For |
TV\PC |
Frame Rate |
60Hz |
Touch Panel |
Without |
nterface Type |
LVDS(2ch,8-bit),30 pins Connector |
||
Power Supply |
5.0V(Typ.) |
||
Environment |
Operating Temperature:0~50℃;Storage Temperature:-20~60℃ |
The DV215FHM-NN0 from BOE Technology Group Co., Ltd. (hereafter called BOE) is a 21.5-inch diagonal a-Si TFT-LCD display panel featuring an integral WLED backlight system, without a backlight driver and without a touch screen. QF reports its operating temperature range as 0 ~ 50°C and its storage temperature range as -20 ~ 60°C. Its features include a WLED backlight, reverse interface (I/F), matte finish, and Energy Star 7.0 compliance. QF recommends applying this model to industrial and digital signage applications. According to QF's information, this model began mass production in Q2 2020 and is currently in production. The specifications were first input on October 8, 2018, with the latest update on February 16, 2024. For embedding the DV215FHM-NN0 LCM in future products, QF advises contacting BOE or its agent for the latest production and specification details. The production status marked on ckdtv.com is for reference only and should not be used for decision-making. All specification details are inputted by QF engineers according to the datasheet, but errors may occur during inputting.
BOE Technology Group Co., Ltd. (hereafter called BOE) offers the DV215FHM-NN0, a 21.5-inch diagonal a-Si TFT-LCD display panel with an integral WLED backlight system, without a backlight driver, and without a touch screen. QF highlights its operating temperature range of 0 ~ 50°C and a storage temperature range of -20 ~ 60°C. This model's features, summarized by QF, include a WLED backlight, reverse interface (I/F), matte finish, and Energy Star 7.0 compliance. QF recommends its application in industrial and digital signage sectors. According to QF, this model started mass production in Q2 2020 and is currently in production. The specifications were first recorded on October 8, 2018, with the latest update on February 16, 2024. For those considering the DV215FHM-NN0 LCM for future products, QF strongly suggests contacting BOE or its agent for the most current production and specification details. The production status on ckdtv.com is for reference only and should not be used for decision-making. All specification details are entered by QF engineers based on the datasheet, but errors may occur during inputting.
The DV215FHM-NN0, produced by BOE Technology Group Co., Ltd. (BOE), is a 21.5-inch diagonal a-Si TFT-LCD display panel with an integral WLED backlight system, without a backlight driver and without a touch screen. According to QF, it operates within a temperature range of 0 ~ 50°C and has a storage temperature range of -20 ~ 60°C. The general features include a WLED backlight, reverse interface (I/F), matte finish, and Energy Star 7.0 compliance, as summarized by QF. This model is recommended for industrial applications and digital signage. Information from QF shows that mass production began in Q2 2020 and the model is currently in production. The specifications were first input on October 8, 2018, and the latest update was on February 16, 2024. For embedding the DV215FHM-NN0 LCM in future products, QF strongly recommends contacting BOE or its agent for the latest production and specification details. The production status on ckdtv.com is for reference only and should not be used for decision-making. All specification details are inputted by QF engineers according to the datasheet, but errors may occur during inputting.