18497436. Selective Transfer of Data Including a Priority Byte simplified abstract (SiFive, Inc.)

Selective Transfer of Data Including a Priority Byte

Organization Name

SiFive, Inc.

Inventor(s)

Michael Klinglesmith of Chambery (FR)

Eric Andrew Gouldey of Fort Collins CO (US)

Wesley Waylon Terpstra of San Mateo CA (US)

Selective Transfer of Data Including a Priority Byte - A simplified explanation of the abstract

This abstract first appeared for US patent application 18497436 titled 'Selective Transfer of Data Including a Priority Byte

Simplified Explanation

A data responder can decide whether to prioritize a request for a priority byte to be transmitted ahead of other bytes on a bus. This decision involves transferring a block of data across multiple clock cycles, with the priority byte either transferred in the first clock cycle or later.

• The data responder determines whether to grant a request for a priority byte to be prioritized for transmission.
• The priority byte can be transferred in the first clock cycle or in a later clock cycle.
• The data responder may receive the request from a data requestor and signal the grant of the request by asserting a signal on a wire connected to the data requestor.

Key Features and Innovation

• Prioritization of a priority byte for transmission on a bus.
• Transfer of data across multiple clock cycles.
• Granting or ignoring requests for priority byte transmission.
• Signaling the grant of the request to the data requestor.

Potential Applications

This technology could be used in systems where certain data needs to be transmitted with higher priority than others, such as in real-time communication systems or critical data transfer applications.

Problems Solved

• Efficient prioritization of data transmission.
• Ensuring timely delivery of critical data.
• Managing data flow on a bus effectively.

Benefits

• Improved data transmission efficiency.
• Enhanced control over data prioritization.
• Better management of data flow in systems.

Commercial Applications

Title: "Enhanced Data Prioritization Technology for Efficient Communication Systems" This technology could find applications in industries such as telecommunications, networking, and industrial automation where timely and prioritized data transmission is crucial for system performance and reliability.

Prior Art

There may be prior art related to data prioritization techniques in communication systems or data transfer protocols that could be relevant to this technology.

Frequently Updated Research

There may be ongoing research in the field of data prioritization and efficient data transmission techniques that could impact the development and implementation of this technology.

Questions about Data Prioritization Technology

How does this technology improve data transmission efficiency?

This technology improves data transmission efficiency by allowing for the prioritization of critical data over non-critical data, ensuring timely delivery of important information.

What are the potential applications of this technology beyond communication systems?

The potential applications of this technology extend to various industries where efficient data transmission and prioritization are essential, such as in industrial automation and real-time monitoring systems.

Original Abstract Submitted

A data responder may determine a selection between granting a request for a priority byte to be prioritized for transmission ahead of other bytes via a bus and ignoring the request. Granting the request may include transferring a block of bytes of data across multiple clock cycles with the priority byte transferred in a first clock cycle before other clock cycles of the multiple clock cycles. Ignoring the request may include transferring the block across multiple clock cycles with the priority byte transferred in a clock cycle after the first clock cycle. The data responder may receive the request from a data requestor. The data responder may assert a signal on a wire, connected to the data requestor, to indicate a grant of the request and a transfer of the priority byte in the first clock cycle.