Moore Threads has entered the AI PC scene with a powerful new offering, the Yangtze SoC. This advanced system-on-chip integrates eight cores and delivers impressive neural processing power. As the demand for AI in personal computing increases, Moore Threads aims to make a significant impact with its latest technology. The Yangtze SoC is poised to elevate AI capabilities in PCs, promising a host of features tailored for the modern user.
Yangtze SoC: Technical Specifications
Moore Threads has launched the Yangtze SoC, crafted especially for the AI PC market. This innovative solution packs numerous features into its architecture, presenting a competitive edge in the market. The Yangtze chip includes 8 cores clocked at up to 2.65 GHz. While this might not set new benchmarks for CPU speed, the comprehensive integration of various components is what steals the show.
The Yangtze SoC’s standout feature is its 50 TOPS (INT8) Neural Processing Unit (NPU), engineered for tasks like speech and image recognition. It integrates a high-performance integrated GPU for 3D rendering, along with capabilities for LLM acceleration, video encoding, and decoding. The SoC supports cutting-edge formats like H.265, H.264, and AV1, offering media playback at 8K @ 30 FPS and 4K @ 60 FPS.
Moore Threads’ AI PC Platforms
Moore Threads is expanding its product lineup with two new systems: the MTT AIBook and the MTT AICube Mini PC. These devices are equipped with LPDDR5X memory, providing bandwidths exceeding 100 GB/s, and support various computing formats including FP16, FP32, and FP64.
The Yangtze SoC is designed for energy-efficient performance, aiming to deliver high-end capabilities without excessive power consumption. Its feature set includes an impressive DPU for display outputs, a DSP for enhanced audio effects, and support for high-resolution camera inputs. As it enters the market, the Yangtze SoC is well-positioned to compete with upcoming offerings from global giants like Intel, AMD, and others, establishing a strong foothold for Moore Threads in the burgeoning AI PC industry.
