Chiplet
A chip design architecture in which a SoC is split into multiple smaller chips that are manufactured separately and then interconnected through advanced packaging. It can improve yield and allow flexible combination of different process nodes.
Timeline (last 90 days)
The chiplet architecture, which splits an SoC into multiple small chips, manufactures each using the most suitable process, and then interconnects them through advanced packaging (such as TSMC CoWoS and Intel EMIB), is the current mainstream design paradigm for high-performance processors.
AMD EPYC系列采用Zen架构和Chiplet（小芯片）设计，在单插槽内提供极高的核心数量，并在每瓦性能上建立优势
AMD的Chiplet设计将处理器分割为多个独立小型裸片，通过Infinity Fabric高速互联集成在同一封装内
Placing CPU cores and AI acceleration units within the same package can greatly shorten communication paths, reducing latency and improving bandwidth.
The advantages of chiplet technology include: higher manufacturing yield for smaller dies reducing costs, the ability to use different process nodes for different chiplets, and support for heterogeneous integration.
All Facts (5)
The chiplet architecture, which splits an SoC into multiple small chips, manufactures each using the most suitable process, and then interconnects them through advanced packaging (such as TSMC CoWoS and Intel EMIB), is the current mainstream design paradigm for high-performance processors.
50%UnverifiedAMD EPYC系列采用Zen架构和Chiplet（小芯片）设计，在单插槽内提供极高的核心数量，并在每瓦性能上建立优势
50%UnverifiedAMD的Chiplet设计将处理器分割为多个独立小型裸片，通过Infinity Fabric高速互联集成在同一封装内
50%UnverifiedPlacing CPU cores and AI acceleration units within the same package can greatly shorten communication paths, reducing latency and improving bandwidth.
50%UnverifiedThe advantages of chiplet technology include: higher manufacturing yield for smaller dies reducing costs, the ability to use different process nodes for different chiplets, and support for heterogeneous integration.
50%