COG (Chip-on-Glass) LCD modules are most widely used in smartphones (over 60% of mid-range models), wearables (like fitness trackers, with 400+ million units shipped yearly), and industrial display...
To effectively reduce the power consumption of an AMOLED module, the primary strategy is to minimize the illumination of pixels since black pixels are completely off. A significant action is to imp...
For gaming, TFT LCD outperforms Graphic LCD: it boasts 16.7 million colors(vs. Graphic LCD’s 8-bit, ~16k hues) and 10ms response time(vs. 50ms+), slashing blur; its higher refresh rates (60Hz+) kee...
For beginners starting with display modules, begin with affordable, user-friendly options like 0.96-inch OLEDs (128x64 pixels, ~$2), which use a simple I2C interface(4 pins) for easy connection; pa...
Next, NexPCB display modules aim to boost resolution to 4K ultra-HD(up from current 2.5K) and enhance brightness to 1,500 nits for outdoor clarity, while expanding into smart automotive dashboards ...
To fix display module flickering, start by checking cable connections—90% of minor flickers trace to loose HDMI/DP plugs; reseat them tightly. Adjust refresh rate to 60-75Hz(standard for most panel...
Integrating a character LCD into your project, say a 16x2model with 16 pins, is straightforward: connect its VCC to 5V, GND to ground, then link RS to your microcontroller’s D12, E to D11, and D4-D...
NexPCB stocks several standard modules including popular ones like Wi-Fi/BT combo chips and basic power management ICs; currently, they hold over 3,000 pieces of 15+ common module types in warehous...
To ship display modules safely, first wrap each unit in 2cm-thick anti-static EPE foam to guard against scratches and minor shocks, then nestle them in a rigid cardboard box layered with bubble wra...