Galaxycore Display Driver ICs | BeiLuo Distributor

About Display Driver ICs

High-performance display driver ICs for LCD and AMOLED panels, supporting HD+ to FHD+ resolutions. Galaxycore's display drivers deliver excellent image quality with low power consumption for smartphones, tablets, and wearable devices.

As an authorized distributor of Galaxycore, BeiLuo provides a comprehensive range of Display Driver ICs products. These products are widely used in industrial control, automotive electronics, consumer electronics, and communication equipment. We offer a complete product line with multiple series to meet various application requirements. All products are genuine and original, backed by professional technical support and comprehensive after-sales service.

Selection Guide: How to Choose the Right Display Driver ICs

Product List

3 products available

Part Number ↕	Resolution Support ↕	Interface ↕	Refresh Rate ↕	Color Depth ↕	Power Consumption ↕	Package ↕	Stock Status	Action
GC9503	HD+ (720x1600)	MIPI DSI 4-lane	60Hz	8-bit (16.7M colors)	15mW	CSP 6.5x4.5mm	In Stock	View Details
GC9702	FHD+ (1080x2400)	MIPI DSI 4-lane	60Hz/90Hz	10-bit (1.07B colors)	25mW	COF 7.2x5.0mm	In Stock	View Details
GC9A01	-	4-wire SPI	-	-	-	COG	In Stock	View Details

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Frequently Asked Questions

What display resolutions are supported by Galaxycore drivers?

Galaxycore display drivers support resolutions from HD+ (720x1600) to FHD+ (1080x2400) for mobile applications. The GC9503 series supports HD+ LCD panels, while the GC9702 series drives FHD+ AMOLED displays. These drivers are optimized for smartphone and tablet applications with excellent color reproduction and power efficiency.

Match the driver IC to your panel resolution. Use GC9503 for HD+ LCD panels and GC9702 for FHD+ AMOLED displays.

What interfaces do Galaxycore display drivers support?

Galaxycore display drivers support industry-standard interfaces including MIPI DSI for high-speed data transmission, I2C for configuration, and SPI for control signals. The MIPI DSI interface supports multiple lanes (1-4 lanes) for bandwidth optimization based on resolution and refresh rate requirements.

Ensure your application processor supports MIPI DSI interface. Most modern mobile processors are compatible with Galaxycore drivers.

Are Galaxycore display drivers suitable for automotive applications?

While primarily designed for consumer electronics, some Galaxycore display drivers can be adapted for automotive infotainment systems. For strict automotive applications requiring AEC-Q100 qualification, please contact our FAE team to discuss specific requirements and available options.

For automotive display applications, verify temperature range and reliability requirements. Contact us for automotive-qualified options.

What is the typical power consumption of these display drivers?

Galaxycore display drivers feature industry-leading power efficiency. The GC9503 HD+ driver consumes approximately 15mW in typical operation, while the GC9702 FHD+ AMOLED driver consumes around 25mW. Both drivers include power-saving modes and dynamic refresh rate control to minimize power consumption during static content display.

For battery-powered devices, these low-power drivers help extend runtime. Consider implementing dynamic refresh rate control for additional power savings.

What package types are available for display drivers?

Galaxycore display drivers are available in compact CSP and COF packages optimized for space-constrained mobile devices. The GC9503 uses a 6.5x4.5mm CSP package, while the GC9702 uses a 7.2x5.0mm COF package. These packages support high-density interconnects required for high-resolution displays.

Select package based on your PCB layout constraints and manufacturing capabilities. COF packages are ideal for ultra-thin device designs.

Do Galaxycore drivers support touch integration?

Yes, Galaxycore display drivers support integrated touch functionality through TDDI (Touch and Display Driver Integration) technology. This integration reduces component count, simplifies PCB design, and improves touch response time by eliminating communication delays between separate touch and display controllers.

Consider TDDI solutions for new designs to reduce BOM cost and improve touch performance. Contact us for TDDI-compatible driver options.