CC500PV6D

Short Description:

The CC500PV6D is a 50-inch diagonal Oxide TFT-LCD display panel product from Nanjing CEC Panda LCD Technology Co., Ltd. (hereafter called PANDA), without backlight and without a touch screen. It features an operating temperature range of 0 ~ 50°C and a storage temperature range of -20 ~ 65°C. Its general features, summarized by QF, include 10-bit color depth and a matte finish. Based on these features, QF recommends that this model be applied to TV sets and similar devices. It has a built-in 12 source chips driver IC. According to the information stored by QF, this model began mass production in Q1 2020 and is currently in production. This model’s specification was first input on July 8, 2020, and the latest update was on April 11, 2024. If you want to embed the CC500PV6D CELL in your future product, QF strongly recommends contacting PANDA or its agents to learn the latest production and specification details. The CC500PV6D production status marked on ckdtv.com is for reference only and should not be used as the basis for decision-making. All specification details are inputted by QF engineers according to the datasheet, but we cannot guarantee the listed specifications are entirely correct.

Product Details

Product Tags

Brand	PANDA	Model P/N	CC500PV6D
Diagonal Size	50"	Panel Type	Oxide TFT-LCD,CELL,FOB
Resolution	3840(RGB)×2160,UHD 89PPI	Pixel Format	RGB Vertical Stripe
Active Area	1095.8(W)×616.41(H)mm	Bezel Opening
Outline Dim.	1105.84(H)×627.91(V)×1.37(D)mm	Treatment	Antiglare (Haze 2.3%),Hard coating (3H)
Luminance	0 cd/m²	Contrast Ratio	6000:1(Typ.)(TM)
View Direction	Symmetry	Response Time	8(Typ.)(G to G)ms
Viewing Angle	89/89/89/89(Typ.)(CR≥10)	Operating Mode	UV2A,Normally Black,Transmissive
Plate Thickness	0.50+0.50 mm	Transmittance	5.0%(Typ.)(with Polarizer)
Support Color	1.07B 70%NTSC	Light Source	No B/L
Weight	2.15Kgs(Typ.)	Designed For	TV
Frame Rate	60Hz	Touch Panel	Without
D-IC Detail	COF Built-in 12 source chips
Interface Type	USI-T,96 pins Connector
Environment	Operating Temperature:0～50℃;Storage Temperature:-20～65℃

The CC500PV6D, a 50-inch diagonal Oxide TFT-LCD display panel from Nanjing CEC Panda LCD Technology Co., Ltd. (referred to as PANDA), is a highly recommended product for TV sets and similar devices according to QF. This 50-inch TFT-LCD panel features a 10-bit color depth and a matte finish. Its operating temperature ranges from 0 ~ 50°C, and its storage temperature ranges from -20 ~ 65°C. This 50-inch TFT-LCD display began mass production in Q1 2020 and is still in production. For embedding the CC500PV6D in future products, QF advises contacting PANDA for the latest specifications and production details.

According to QF, the CC500PV6D is a 50-inch Oxide TFT-LCD display panel from PANDA. This 50-inch TFT-LCD panel, suitable for TV sets, features a 10-bit color depth and a matte surface. Its operating and storage temperature ranges are 0 ~ 50°C and -20 ~ 65°C, respectively. The CC500PV6D began mass production in Q1 2020 and remains in production.

The CC500PV6D from Nanjing CEC Panda LCD Technology Co., Ltd. (PANDA) is a 50-inch Oxide TFT-LCD display panel without a backlight or touch screen, as detailed by QF. This 50-inch TFT-LCD panel is noted for its 10-bit color depth and matte finish, making it ideal for TV sets. It has an operating temperature range of 0 ~ 50°C and a storage temperature range of -20 ~ 65°C. . For integrating this 50-inch panel into new products, QF suggests contacting PANDA to confirm the latest production and specification details.

As per QF's records, the CC500PV6D is a 50-inch diagonal Oxide TFT-LCD display panel from PANDA, suitable for TV sets. This 50-inch TFT-LCD panel features a 10-bit color depth and a matte finish, with operating and storage temperature ranges of 0 ~ 50°C and -20 ~ 65°C, respectively. The CC500PV6D started mass production in Q1 2020 and is currently available in 4 stock items on QF. For detailed and current specifications, QF recommends contacting PANDA directly. The production status marked on QF is for reference only and should not be the sole basis for decision-making.