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2.5D Multi-Core Raster & Vector Graphics Processor for low-power SoCs with Microcontroller
NEMA®| pico VG brings high-quality vector and raster graphics to user interfaces in the silicon area and power-constrained microcontroller market (MCU). This GPU superstar is the perfect candidate to support entry-level IoT platforms, battery-driven wearables, and embedded devices.
SoCs for those applications, with a 32-bit MCU (ARM® M class, ARC® EM5D, RISC-V) are resource constrained and need a powerful yet efficient vector GPU to provide high-quality graphics and stay within the power budget.
A vast SDK with powerful software tools is helping developers to create performant and compelling graphical user interfaces (GUI) in a fraction of time and stay within the power budget by utilizing less than 5% of the CPU performance.
SoCs for those applications, with a 32-bit MCU (ARM® M class, ARC® EM5D, RISC-V) are resource constrained and need a powerful yet efficient vector GPU to provide high-quality graphics and stay within the power budget.
A vast SDK with powerful software tools is helping developers to create performant and compelling graphical user interfaces (GUI) in a fraction of time and stay within the power budget by utilizing less than 5% of the CPU performance.
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Block Diagram of the 2.5D Multi-Core Raster & Vector Graphics Processor for low-power SoCs with Microcontroller
Graphics IP
- 2D Graphics Processor for Wearables/IoT
- RISC-V GPGPU for 3D graphics and AI at the edge
- High-performance 2D (sprite graphics) GPU IP combining high pixel processing capacity and minimum gate count.
- 2D (vector graphics) GPU IP Further advanced architecture for minimized CPU load and increased pixel performance in vector processing
- 2D (vector graphics) & 3D GPU IP A GPU IP combining 3D and 2D rendering features with high performance, low power consumption, and minimum CPU load
- Scalable 3D Graphics Accelerator