0.95 Inch Small Color Oled Display 120*240 Resolution 24PINS SPI Interface 300c/D

Oncell touch AMOLED display 0.95 inch 120*240 dots 24PINS SPI interface 300c/d driving IC CST8165 touch IC FT2201

• Perfect Blacks & Infinite Contrast
• Vibrant Colors & Wide Gamut
• Ultra-Fast Response Times
• Flexibility & Thin Designs
• Energy Efficiency
• Always-On Displays (AOD)
• Superior Viewing Angles
• HDR Performance

AMOLED is extremely expensive than LCD and TFT, lifetime is shorter than LCD and TFT and Lower peak brightness in sunstained use

• Factory base located at inland city which has cost effective
• Most advanced new equipment which can keep quality stable
• Most processes using fully automatic equipment which has efficiency and stable quality
• Professional engineers and production leaders who works in LCD field for more than 20 years
• Self design for customized product

• ISO14001
• ISO9001/IATF16949
• SGS of LCD module

Huaxin Technology (Enshi)Co.,LTD

• Hubei.Enshi
• Date of foundation: 2009
• High technology enterprise mainly work on research and development, producing and sells LCD, LCM, TFT, backlight, OLED
• LCD includes: VA, TN, HTN, STN, FSTN, CSTN and other series
• LCM includes: COB, TBA, COG, TP, LED backlight and other series
• Register capital: twenty million
• Current staff: 500+
• RD accounts for 10%
• QC accounts for 15%

• Smartphones and tablets
• Wearables (smartwatches like Apple Watch)
• AR/VR headsets
• Television and Monitors
• Automotive display
• Medical and smart home

• AMOLED displays consume power on a per-pixel basis, meaning that pixels that display black or dark content consume very little power, while pixels displaying bright or white content consume more power.
• LCD and LED displays, on the other hand, require a constant backlight that consumes power regardless of the displayed content.

• AMOLED displays are more power-efficient for content with a lot of dark or black areas, as the individual pixels can be turned off to save power.
• LCD and LED displays consume a relatively constant amount of power regardless of the displayed content, as the backlight remains active.

• AMOLED displays can dynamically adjust the brightness of individual pixels, allowing for better power efficiency in low-brightness scenarios.
• LCD and LED displays typically have a fixed backlight brightness, which can result in higher power consumption even when the display content does not require maximum brightness.

• AMOLED displays tend to be more power-efficient for smaller display sizes, as the power consumption scales with the number of pixels.
• Larger LCD and LED displays may require more power-hungry backlights, potentially reducing their power efficiency compared to AMOLED displays of the same size.