Original Lossless codec IP core - Full HD 30fps@126MHz (1Sample/clk)
You are here:
High performance Linux-capable processor
The SiFive U84 Standard Core is a single-core instantiation of our most scalable out-of-order RISC-V application processor, and is capable of supporting full-featured operating systems such as Linux.
The U84 is feature rich and architected for high performance/area or watt, making it ideal for various target markets (e.g., edge/autonomous, enterprise/networking and consumer markets).
The U8 Series features SiFive’s maximum performance RISC-V Linux-capable application processor. The U8 core has a 3 issue out-of-order superscalar with support for virtual memory. The U8 Series provides unprecedented scalability and is optimized for the highest performance per watt. This makes it ideal for applications such as edge compute, 5G base stations and AR/VR/MR.
The U84 is feature rich and architected for high performance/area or watt, making it ideal for various target markets (e.g., edge/autonomous, enterprise/networking and consumer markets).
The U8 Series features SiFive’s maximum performance RISC-V Linux-capable application processor. The U8 core has a 3 issue out-of-order superscalar with support for virtual memory. The U8 Series provides unprecedented scalability and is optimized for the highest performance per watt. This makes it ideal for applications such as edge compute, 5G base stations and AR/VR/MR.
查看 High performance Linux-capable processor 详细介绍：
- 查看 High performance Linux-capable processor 完整数据手册
- 联系 High performance Linux-capable processor 供应商
Block Diagram of the High performance Linux-capable processor
CPU IP
- High Bandwidth Out-of-Order RISC-V CPU IP Core
- Compact, low-power 32-bit RISC CPU
- High-performance 32-bit RISC CPU
- All in one solution for AI in RISC-V
- 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