Tesla, inc. (20240356867). COMMUNICATION LATENCY MITIGATION FOR ON-CHIP NETWORKS simplified abstract
Contents
COMMUNICATION LATENCY MITIGATION FOR ON-CHIP NETWORKS
Organization Name
Inventor(s)
Douglas R. Williams of Mountain View CA (US)
COMMUNICATION LATENCY MITIGATION FOR ON-CHIP NETWORKS - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240356867 titled 'COMMUNICATION LATENCY MITIGATION FOR ON-CHIP NETWORKS
The patent application is about systems and methods for reducing latency in arrays of computing nodes. In some embodiments, a method of routing data involves outputting a first bypass signal and a second bypass signal from a first computing node in an array of computing nodes. The first bypass signal indicates routing packet data through a second computing node, while the second bypass signal indicates turning the packet data in a third computing node. The packet is routed through the second node based on the first bypass signal in a single clock cycle, and then routed from the second computing node to the third computing node in another single clock cycle. The second computing node receives the first bypass signal through a faster route than it receives the packet data.
- Reducing latency in arrays of computing nodes
- Routing data through multiple computing nodes in a single clock cycle
- Faster route for bypass signals compared to packet data
- Improved efficiency in data routing
- Enhanced performance in computing systems
Potential Applications: - High-speed data processing systems - Network routers and switches - Cloud computing infrastructure - Data centers and server farms
Problems Solved: - Latency issues in arrays of computing nodes - Efficient routing of data packets - Improving overall system performance
Benefits: - Reduced latency in data processing - Faster data routing capabilities - Enhanced system efficiency - Improved performance in computing environments
Commercial Applications: Title: "Efficient Data Routing Technology for High-Performance Computing Systems" This technology can be utilized in various commercial applications such as: - High-frequency trading platforms - Real-time data analytics systems - High-performance computing clusters - Telecommunications networks
Questions about Efficient Data Routing Technology: 1. How does this technology improve data processing efficiency in computing systems? 2. What are the potential implications of reduced latency in arrays of computing nodes?
Frequently Updated Research: Stay updated on the latest advancements in data routing technologies for high-performance computing systems to ensure optimal system performance and efficiency.
Original Abstract Submitted
this application relates to systems and methods for reduced latency in arrays of computing nodes. in some embodiments, a method of routing data can include outputting a first bypass signal and a second bypass signal from a first computing node of an array of computing nodes, wherein the first bypass signal indicates to route packet data through a second computing node and the second bypass signal indicates to turn the packet data in a third computing node. the packet can be routed through the second node based on the first bypass signal in a single clock cycle, and the packet can be routed from the second computing node to the third computing node in a single clock cycle. the second computing node receives the first bypass signal by way of a faster route than it receives the packet data.
