Google llc (20240202115). Chiplet Architecture Data Processing Devices And Methods simplified abstract
Contents
Chiplet Architecture Data Processing Devices And Methods
Organization Name
Inventor(s)
Jakob Raymond Jones of San Jose CA (US)
Chiplet Architecture Data Processing Devices And Methods - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240202115 titled 'Chiplet Architecture Data Processing Devices And Methods
The abstract describes a data processing device with multiple chiplets containing processing and memory elements. One working element generates messages with global addresses, which are evaluated by a circuit to determine if they belong to the chiplet's range of global addresses. Messages within the range are translated to local addresses for routing, while those outside the range are dispatched to other chiplets.
- Chiplets incorporate working elements like processing and memory elements
- Messages generated by working elements contain global addresses
- Evaluation circuit checks if global address is within chiplet's range
- Messages within range are translated to local addresses for routing
- Messages outside range are dispatched to other chiplets
Potential Applications: - Data processing systems - High-performance computing - Networking devices
Problems Solved: - Efficient message routing within chiplets - Scalability in data processing devices
Benefits: - Improved performance in data processing - Enhanced scalability and flexibility in system design
Commercial Applications: Title: "Scalable Data Processing Systems for High-Performance Computing" This technology can be used in supercomputers, cloud computing servers, and networking equipment to optimize data processing and improve overall system performance.
Prior Art: Researchers can explore prior art related to inter-chiplet communication protocols, data processing systems, and high-performance computing architectures.
Frequently Updated Research: Stay updated on advancements in chiplet technology, data processing algorithms, and network communication protocols to enhance the efficiency and performance of data processing devices.
Questions about Chiplet-Based Data Processing Systems: 1. How does the evaluation circuit determine if a message's global address is within the chiplet's range? The evaluation circuit compares the global address of the message with the range of global addresses assigned to the chiplet to make this determination.
2. What are the key benefits of using chiplets in data processing devices? Chiplets allow for modular design, improved scalability, and enhanced performance in data processing systems.
Original Abstract Submitted
a data processing device incorporates a plurality of chiplets having working elements such as processing and memory elements. at least one of the working elements is operative to generate messages directed to working elements of the same chiplet or another one of the chiplets. each message includes a global address. an evaluation circuit determines whether the global address of a message is within a range of global addresses assigned to the chiplet. if so, the message passes to a translation circuit which translates the message to a local address for routing to a working element of the chiplet. if not, the message is dispatched to one or more other chiplets.
