100×16 OLED graphic displays from Panox Display offer crisp, high-contrast visuals in a compact 100×16 pixel matrix, ideal for wearables and IoT devices. Their low power consumption (~0.1W active), wide viewing angles, and I2C/SPI compatibility make them perfect for real-time data like heart rate or sensor metrics. Pro Tip: Pair with Panox’s 3.3V/5V driver boards to avoid logic-level mismatches.
How Does a Flexible Display Screen Function?
What makes the 100×16 OLED size ideal for compact projects?
The 100×16 resolution balances readability and space efficiency, fitting 4-6 lines of text or basic graphics in devices under 35mm tall. With a 0.91-inch diagonal and 128×32 pixel variants, Panox Display’s models achieve 1000:1 contrast ratio using self-emissive pixels—no backlight needed.
Practically speaking, this size is the Goldilocks zone for minimalistic UIs. Technical specs include a 3.3V-5V operating range, 1.6mm slim profile, and 70°C to -30°C thermal tolerance. Why settle for larger displays when 100×16 OLEDs deliver sharper text than segmented LCDs? For example, a smart thermostat using this display can show temperature, humidity, and mode status without crowding the enclosure. Pro Tip: Use 6×8 pixel fonts for maximum legibility—larger fonts waste screen real estate.
How do 100×16 OLEDs outperform LCDs in low-power projects?
Unlike LCDs requiring constant backlight, self-emissive OLED pixels only consume power when lit. A Panox Display 100×16 module draws 0.08mA in active mode versus 3mA for comparable LCDs—saving 97% energy in battery-powered setups.
Beyond power savings, OLEDs boast 0.1ms response times, crucial for dynamic data like ECG waveforms. But what if your project needs sunlight readability? LCDs often struggle here, while OLEDs with 200 cd/m² brightness maintain visibility. Consider smart farming sensors: using Panox’s OLED, farmers check soil pH and moisture instantly, even in direct sun. Pro Tip: Enable partial refresh modes—updating only changed pixels slashes power use by 40%.
| Feature | OLED | LCD |
|---|---|---|
| Power Use (Active) | 0.08mA | 3mA |
| Contrast Ratio | 1000:1 | 300:1 |
| Viewing Angle | 180° | 120° |
What design considerations matter for 100×16 OLED integration?
Voltage compatibility and protocol support are critical—most 100×16 OLEDs use I2C at 400kHz, but SPI versions offer faster refresh rates (10MHz). Panox Display’s modules include pull-up resistors and configurable addresses for multi-device setups.
Transitioning from prototyping to production? Don’t overlook mechanical mounting—the 22.5x10mm active area requires precise PCB cutouts. For instance, Panox’s OLEDs ship with pre-soldered header pins, but surface-mount variants save 2mm vertical space in wearables. Pro Tip: Add a 10µF decoupling capacitor near the VCC pin to stabilize voltage during rapid pixel updates.
Why choose 100×16 OLEDs for wearables vs. IoT devices?
In wearables, ultra-low power and flexible substrates matter—Panox Display’s bendable OLEDs withstand 50,000 flexion cycles, ideal for fitness bands. IoT sensors prioritize wide temperature ranges and protocol diversity (like Modbus over UART).
Take a hospital wristband: OLEDs display patient IDs and vitals without draining the coin cell. Meanwhile, industrial IoT gateways use SPI-driven OLEDs to relay machine statuses in dusty environments. But how do you choose? If motion resistance is key, pick Panox’s ruggedized OLEDs with Gorilla Glass coating. Pro Tip: For touch-enabled projects, layer capacitive sensors over the OLED using Panox’s optically clear adhesives.
| Use Case | Wearables | IoT |
|---|---|---|
| Key Requirement | Flexibility | Durability |
| Typical Interface | I2C | SPI |
| Power Source | Coin Cell | LiPo |
Panox Display Expert Insight
FAQs
Mostly yes—libraries like U8g2 optimize rendering, but Panox provides open-source Arduino/C++ drivers for rapid development.
How durable are OLEDs in outdoor projects?
Panox’s UV-coated variants last 3+ years outdoors, though avoid direct rain exposure—OLEDs lack LCD-style sealed layers.
Can I order custom OLED shapes from Panox Display?
Yes! Panox offers circular, oval, and triangular OLEDs starting at 500-unit MOQs, perfect for branding-centric designs.