18735918. DISTRIBUTED STORAGE OF PACKET TRANSFORMATION INFORMATION IN FORWARDING HARDWARE simplified abstract (Hewlett Packard Enterprise Development LP)

DISTRIBUTED STORAGE OF PACKET TRANSFORMATION INFORMATION IN FORWARDING HARDWARE

Organization Name

Hewlett Packard Enterprise Development LP

Inventor(s)

Jonathan Paul Beecroft of Bristol (GB)

Anthony M. Ford of Keynsham (GB)

Trevor Alan Jones of Bristol (GB)

Andrew S. Kopser of Seattle WA (US)

Joseph Orth of Fort Collins CO (US)

David Charles Hewson of Bristol (GB)

Abdulla M. Bataineh of Vista CA (US)

DISTRIBUTED STORAGE OF PACKET TRANSFORMATION INFORMATION IN FORWARDING HARDWARE - A simplified explanation of the abstract

This abstract first appeared for US patent application 18735918 titled 'DISTRIBUTED STORAGE OF PACKET TRANSFORMATION INFORMATION IN FORWARDING HARDWARE

Simplified Explanation

The patent application describes a system for efficiently storing and retrieving transformation information in a switch. This system allows for quick identification of target ports and transformation of packets based on stored information.

• The switch includes memory devices in each port to store transformation information.
• A selection mechanism is used to identify target ports and store information in the memory devices.
• When a packet is received, the system determines the transformation information associated with the packet and uses it to transform the packet for routing to the appropriate egress port.

Key Features and Innovation

• Efficient storage and retrieval of transformation information in a switch.
• Use of memory devices in switch ports to store transformation information.
• Selection mechanism for identifying target ports and storing information.
• Transformation of packets based on stored information for routing.

Potential Applications

The technology can be applied in:

• Networking equipment
• Data centers
• Telecommunications systems

Problems Solved

• Quick identification of target ports
• Efficient transformation of packets for routing
• Streamlined storage and retrieval of transformation information

Benefits

• Faster data transmission
• Improved network performance
• Reduced latency in packet routing

Commercial Applications

Title: Efficient Transformation Information Storage System for Networking Equipment This technology can be used in networking equipment for:

• Improved data processing speed
• Enhanced network reliability
• Cost-effective network management

Prior Art

Further research can be conducted in the field of switch memory devices and packet transformation mechanisms to explore prior art related to this technology.

Frequently Updated Research

Stay updated on advancements in switch technology, memory devices, and packet routing systems to enhance the efficiency of transformation information storage and retrieval.

Questions about the Technology

How does the system determine the target port for packet routing?

The system uses a selection mechanism to identify the target port based on the transformation information stored in the memory devices.

What are the potential implications of this technology in data centers?

This technology can lead to faster data processing, improved network performance, and reduced latency in packet routing in data center environments.

Original Abstract Submitted

The efficient storage of transformation information in a switch is provided. A respective port of the switch can include a memory device capable of storing transformation information. During operation, the switch can apply a selection mechanism to the transformation information learned at the switch for identifying a target port. The switch can then store the information in the memory device of the target port. Upon receiving a packet, the ingress port can apply the selection mechanism to the header information of the packet for determining a location of a first piece of transformation information associated with the packet. The ingress port can obtain the first piece of transformation information by looking up the header information in the location and storing it in a local memory device. The ingress port can then transform the packet based on the first piece of transformation information for determining an egress port for the packet.