Intel corporation (20240320100). WARM RESTART IN A NETWORK PROCESSOR DEVICE simplified abstract
Contents
WARM RESTART IN A NETWORK PROCESSOR DEVICE
Organization Name
Inventor(s)
Robert Valiquette of Carignan (CA)
Alexandre Hamel of Brossard (CA)
Benoit Roy of Pierrefonds (CA)
Michel Noiseux of Brossard (CA)
Simon Perron Caissy of Saint-Constant (CA)
Benjamin H. Shelton of Eugene OR (US)
WARM RESTART IN A NETWORK PROCESSOR DEVICE - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240320100 titled 'WARM RESTART IN A NETWORK PROCESSOR DEVICE
Simplified Explanation: The patent application describes a warm restart process for a network processor device, where the switch is reset while communication links remain active.
- The warm restart process involves resetting the switch on a network processor device.
- Communication links are maintained in an active state during the warm restart.
- Notifications are sent to hardware components drivers to indicate the completion of reinitializations.
- An indication is provided once the hardware components have been successfully reinitialized.
- The warm restart process is completed based on this indication.
Key Features and Innovation:
- Warm restart process for network processor devices.
- Switch reset while communication links remain active.
- Notifications to drivers for hardware components.
- Indication of completion of reinitializations.
- Efficient and seamless warm restart procedure.
Potential Applications: This technology can be applied in:
- Network infrastructure maintenance.
- Data centers and server management.
- Telecommunications equipment.
- Industrial control systems.
- Internet of Things (IoT) devices.
Problems Solved:
- Minimizes downtime during network processor device restarts.
- Ensures continuous communication links during the restart process.
- Streamlines the reinitialization of hardware components.
- Improves overall network reliability and performance.
Benefits:
- Enhanced network reliability.
- Reduced downtime for maintenance.
- Improved efficiency in network operations.
- Seamless transition during restart procedures.
- Better overall performance of network processor devices.
Commercial Applications: Title: "Efficient Warm Restart Technology for Network Processor Devices" This technology can be utilized in:
- Networking equipment manufacturing.
- IT infrastructure management companies.
- Telecommunication service providers.
- Industrial automation solutions.
- IoT device manufacturers.
Questions about Warm Restart Technology: 1. How does the warm restart process differ from a cold restart in network processor devices?
- The warm restart process involves resetting specific components while keeping communication links active, unlike a cold restart where the entire system is shut down and restarted.
2. What are the potential risks associated with warm restart procedures in network processor devices?
- Risks may include data loss, network instability, and potential hardware damage if not executed properly.
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Original Abstract Submitted
a warm restart is initiated at a network processor device, which includes a switch, one or more hardware components, and physical layer circuitry to implement one or more communication links. the switch is to be reset during the warm restart while the one or more communication links remain in an up state. a notification of the warm restart is sent to a set of drivers for the one or more hardware components and notifications are received from the set of drivers, where the notifications identify that reinitializations of the hardware components in association with the warm restart are complete. an indication is sent that the reinitializations of the hardware components are complete, where completion of the warm restart based on the indication.
