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Dubhe-90
High Performance 64-bit RISC-V Processor
data centers, PC, mobile devices, high-performance network communications, and machine learning
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Dubhe-83
Follows the RVA23 Profile, supports RVV1.0 and supports all extensions of Vector Crypto
mobile, desktop, AI, and automotive
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Dubhe-80
64-bit application processor for energy-efficient computation
mobile, desktop, AI, and automotive
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Dubhe-70
ultra-low power consumption out-of-order commercial-grade 64-bit RISC-V CPU IP
mobile, desktop, and AI
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StarNoC-500
StarFive's first self-developed interconnect fabric IP with cache coherence support
supporting the construction of multi-cores and SoC to provide cache coherence NoC
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StarNoC-700
StarFive's self-developed interconnect fabric IP with cache coherence support
supporting cache coherence, enabling the construction of manycore SoC solution
StarNoC-500
StarNoC-500 is StarFive's first self-developed interconnect fabric IP with cache coherence support, supporting the construction of multi-cores and SoC.
Feature
Providing NoC with cache coherence:
- connecting multiple CPU clusters, IO devices, and DDR, and maintaining cache coherence within the SoC.
High Performance
- Provides Last Level Cache (LLC), offers Snoop Filter, improves the efficiency of coherence maintenance modules, and memory hierarchy performance.
Efficient Data Exchange
- Supports CPU and IO device sharing of LLC, simplifying CPU and IO data exchange and improving performance.
Low Power Consumption
- Supports LLC way shutdown, cache retention, and other low-power technologies.
High Reliability
- Snoop Filter and LLC support SEC-DED (Single Error Correction Double Error Detection).
Control Interface Support (CFG & MMIO):
- CPU configuration of IO devices and on-chip SRAM reading; IO device access and configuration of on-chip interconnect coherence.
Design Specifications
Support multiple Fully Coherent Master (FCM)ports
Support multiple CPU core/cluster configuration
Support Component Aggregation Layer (CAL)
Support multiple Coherent IO (CIO) ports
Frequency: 1.2 Ghz@12nm (Reference)
Cache Size: Typical 4 MB (Configurable)
Bus Width: 256 Bit (Configurable)
High bandwidth, low power consumption, low latency
