0.86 Inch Mini Oled Display 96*32 28 Pins I2C Interface Driving IC SSD1316Z2

HuaXin Advantage:

• 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 work in LCD field for more than 20 years
• Self design for customized product

Our Certificates:

• ISO14001
• ISO9001/IATF16949
• SGS of LCD module

Huaxin Technology (Enshi) Co., LTD

• Hubei.Enshi
• Date of foundation: 2009
• High technology enterprise mainly working 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+
• R&D accounts for 10%
• QC accounts for 15%

• Wearable Devices
• Portable Audio Players
• Thermostats and Home Automation Devices
• Car Dashboards and Instrument Clusters
• Medical Device
• Consumer Electronics
• Industrial and Professional equipment

• Display Structure: PMOLED displays consist of an array of organic light-emitting diodes (OLEDs) arranged in rows and columns. Each OLED acts as a single pixel and emits light independently.
• Passive Matrix: PMOLEDs use a passive matrix addressing scheme, where each row and column intersection in the display matrix is controlled by a driving circuit. This circuit applies voltage to the selected pixels to activate them.
• High Contrast and Color Saturation: PMOLED displays offer high contrast ratios and vibrant colors. Since each pixel emits its own light, PMOLEDs can achieve deep blacks and vibrant colors without the need for a backlight.
• Power Efficiency: PMOLED displays are generally power-efficient. They consume power only for the pixels that are active, as OLED emit light when a voltage is applied to them. In contrast, LCD displays require a backlight that consumes constant power regardless of the content being displayed.
• Thin and Flexible: PMOLED displays are relatively thin and can be manufactured on flexible substrates. This makes them suitable for applications where flexibility or bendability is desired, such as curved displays or wearable devices.
• Limited Resolution and Size: PMOLED technology has certain limitations compared to other display technologies. PMOLED displays are typically limited in resolution, and their pixel densities are lower compared to active matrix OLED (AMOLED) or LCD displays. Additionally, PMOLED displays are more suitable for smaller-sized screens due to manufacturing constraints.
• Screen Persistence: PMOLED displays are susceptible to a phenomenon called screen persistence or burn-in, where prolonged display of static images can result in image retention or permanent damage to the display.

• Higher Resolution: AMOLED displays can achieve higher resolutions than PMOLED displays.
• Better Color Reproduction: AMOLED displays offer superior color reproduction.
• Faster Refresh Rates: AMOLED technology supports faster refresh rates.
• Improved Power Efficiency: AMOLED displays are more power efficient in many usage scenarios.
• Larger Screen Sizes: AMOLED technology is better suited for larger screen sizes.
• Flexibility and Curved Displays: AMOLED displays excel in flexible and curved display applications.