English
You are here:
Display unit and graphics accelerator for IoT and wearables
Create dazling user experiences with the compact DCNano, GCNano or GCNanoLiteV full function GPU including 3D effects in silicon footprints ranging from 0.1~0.2 sq. mm in 28nm depending on the configuration.
Based on Vivante’s product proven GPU technology this is a complete solution for IoT and Wearables display including the GCNano display unit and DEC-Lite frame buffer compression.
Based on Vivante’s product proven GPU technology this is a complete solution for IoT and Wearables display including the GCNano display unit and DEC-Lite frame buffer compression.
Features
- Low power display controller
Benefits
- Hardware off-load compatiable with virtually all CPU types
- Ultra-compact driver footprint enables DDR-less operation with onboard SRAM
- Silicon area starting at 0.1 sq. mm.
- Complete product solution for wearables and IoT including available UXDK royalty free development tool
- Compatible with both RTOS and OS-less systems
Deliverables
- Complete turnkey driver stack (C source code)
- Verilog RTL with Cadence/Synopsys design kits
- Display subsystem consulting
Applications
- Ultra cost/power sensitive IoT and Wearable applications
View Display unit and graphics accelerator for IoT and wearables full description to...
- see the entire Display unit and graphics accelerator for IoT and wearables datasheet
- get in contact with Display unit and graphics accelerator for IoT and wearables Supplier
Display Controller IP
- Display controller for dual-display
- Display Controller - LCD / OLED Panels (AXI Bus)
- Display Controller - LCD / OLED Panels (AXI4 Bus)
- TFT/LCD/MIPI Display Controller and Composition Engine
- Customizable Display Controller with composition support
- Display Controller - LCD / OLED Panels (AHB-Lite Bus)