AMD的Strix Halo APU采用了先进的多芯片模块(MCM)设计,这是半导体技术中的一个重要进步。在这种设计中,APU的核心组件——Zen 5 CPU和RDNA 3.5 GPU——被分别制造在不同的芯片上,然后通过高级封装技术集成在一起。这种设计不仅提高了性能,还优化了功耗和散热管理。Zen 5 CPU芯片面积为66mm²,而RDNA 3.5 GPU则占据了307mm²,这种分配反映了各自在处理能力和图形渲染需求上的差异。通过这种模块化设计,AMD能够更灵活地调整和优化APU的性能,以适应不同的市场和应用需求。此外,这种设计还允许AMD在未来通过简单的芯片替换来升级APU的性能,而不需要重新设计整个APU,这大大降低了研发成本和时间。
Related Articles
- AMD shows Strix Halo flagship APU beating NVIDIA RTX 4070 mobile GPU by up to 70% in PC games8 months ago
- PlayStation 6 rumor: AMD to provide Zen 5 CPU with X3D cache, next-gen UDNA GPU8 months ago
- Intel is already testing its next-gen Xe3 graphics architecture, but will it come to desktops?10 months ago
- AMD expands FSR 4 with drop-in support for 85 games with latest Radeon driver update - but you still need an RDNA 4 GPU3 days ago
- Nvidia's 16GB RTX 5060 Ti reportedly 16x more popular than its 8GB variant — German retailer figures suggest customers are steering clear of lower spec model2 months ago
- Industry news live: the latest news from Nvidia, Intel, and AMD2 months ago
- AMD researchers reduce graphics card VRAM capacity of 3D-rendered trees from 38GB to just 52 KB with work graphs and mesh nodes — shifting CPU work to the GPU yields tremendous results3 months ago
- China's first 6nm gaming GPU matches 13-year-old GTX 660 Ti in first Geekbench tests — Lisuan G100 surfaces with 32 CUs, 256MB VRAM, and 300 MHz clock speed3 months ago
- ASRock preps Radeon RX AI Pro R9700 Creator for AI and workstation users — blower card packs massive 32GB of GDDR6 memory, adopts 16-pin connector3 months ago
- New Lossless Scaling update can reduce GPU load by 2x — Version 3.1 could be the most potent FSR/DLSS alternative yet3 months ago