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RS860EQL-GD40 Specification
Panel Brand RisingStar Panel Model RS860EQL-GD40
Panel Size 86â?³ Panel Type a-Si TFT-LCD, LCM
Resolution 3840(RGB)Ã??2160 Pixel Format RGB Vertical Stripe
Display Area 1895.04ï¼?Hï¼?�?1065.96(V) mm (A.A) LCD screen IPS
Outline Size 1930ï¼?Hï¼?�? 1111(V) �? 75.5(D) mm Surface Hard coating(2H), Anti-glare low reflection treatment of the front polarizer (Haze 3%(Typ.))
Brightness 4000 cd/m�²or customized Contrast Ratio 1200:1 (Typ.)
Viewing Angle 89/89/89/89 (Typ.)(CRâ?¥10) Display Mode Normally Black, Transmissive
Display Colors 1.07B Response Time 8 (Typ.)(Tr+Td) ms
Frequency 60Hz Supply voltage 24V (Typ.)
Weight TBD (Typ./Max.) Signal Interface LVDS 51 pins
Environment Operating Temp.:-20â??~70â??; Storage Temp.:-20â??~70â??
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RisingStar Wide Temperature Sunlight Readable LCD Panel Series
Model name Size (inch) brightness Resolution Operating temperature
RS101ICE-GE07 10.1 700 1280*800 -20 ~ 70 â??
RS156HCE-GE10 15.6 1000 1920*1080 -20 ~ 70 â??
RS190E0M-GE10 19 1000 1280*1024 -20 ~ 70 â??
RS215FHB-GE15 21.5 1500 1920*1080 -20 ~ 70 â??
RS270FHB-GD20 27 2000 1920*1080 -20 ~ 70 â??
RS320DPY-GD30 32 3000 1920*1080 -20 ~ 70 â??
RS490EPY-GD30 49 3000 1920*1080 -20 ~ 70 â??
RS550EPY-GD45 55 4500 1920*1080 -20 ~ 70 â??
RS650QUB-GD30 65 3000 3840*2160 -20 ~ 70 â??
RS750ENT-GD40 75 4000 3840*2160 -20 ~ 70 â??
RS860EQL-GD40 86 4000 3840*2160 -20 ~ 70 â??
RS980DQY-GD35 98 3500 3840*2160 -20 ~ 70 â??

RS980DQY-GD35 Specification

Panel Brand RisingStar Panel Model RS980DQY-GD35
Panel Size 98 Panel Type a-Si TFT-LCD, LCM
Resolution 3840(RGB)2160 Pixel Format RGB Vertical Stripe
Display Area 2158.85(H)1214.35(V) mm (A.A) LCD screen S-IPS
Outline Size 2192.8(H) 1248.4(V) 63.5(D) mm Surface Hard coating(2H), Anti-glare low reflection treatment of the front polarizer (Haze 28%(Typ.))
Brightness 3500 cd/m²or customized Contrast Ratio 1200:1 (Typ.)
Viewing Angle 89/89/89/89(Typ.)(CR10) Display Mode Normally Black, Transmissive
Display Colors 1.07B 68% NTSC Response Time 8 (Typ.)(Tr/Td) ms
Frequency 60Hz Supply voltage 24.0V (Typ.)
Weight TBD (Typ./Max.) Signal Interface LVDS 51 pins
Environment Operating Temp.:-20~70; Storage Temp.:-20~70

LCD Screen Selection and Procurement: Custom Solutions for Medical and Electronics Applications

In the rapidly evolving fields of medical device manufacturing and electronics customization, selecting the right LCD screens is crucial for ensuring high performance, reliability, and user satisfaction. At JONSEN LIMITED, we specialize in LCD screen selection and procurement, offering tailored solutions that meet the unique needs of international manufacturers. Our expertise in medical device manufacturing and electronics sourcing ensures that your products are equipped with the highest quality displays, optimized for performance and cost-effectiveness.

I am Sohag from Bangladesh, I have a collection of broken phone displays.LCD 1.7", 2.4", 2.8"- screen. I can supply them as per your requirement. Thank you.

Used A grade LED/LCD monitor Panels that are being used for manufacturing of LED/LCD monitors and TVs in India, Africa, Pakistan, Bangladesh, Turkey and Nepal.

Core Differences Between OLED and LCD
Display Technology & Illumination
OLEDs are self-emissive, meaning they generate their own light. LCDs rely on backlights, typically LEDs. That difference makes OLEDs more flexible in design and capable of better black levels.

Contrast & Color Accuracy
OLEDs win big here. Because they can turn off individual pixels, the blacks are truly black. The contrast ratio is nearly infinite. LCDs, on the other hand, always have some light leakage, making blacks more of a dark gray.

Color accuracy is often better on OLED, which can matter if you need to monitor fine visual details say, on a machine control screen or diagnostic interface.

Power Consumption
Surprisingly, OLED can use less power but only if the screen is mostly black. Bright, all-white screens can use more energy than LCDs. LCDs have consistent energy usage since the backlight is always on.

Response Time
OLEDs react instantly. Perfect for fast-moving visuals or interactive interfaces. LCDs can have a slight lag, which may not matter much unless you're using touch or need rapid display updates.

Viewing Angles
OLEDs crush it here, offering nearly perfect viewing from any angle. LCDs suffer from color and contrast shifts when viewed off-center which could be a problem if multiple operators are viewing the same panel.