10 GB MAC CORE Verification Zero Inter Packet Gap Module for Ethernet Technology

The 10GB MAC CORE Verification - Zero IPG Packet Module is a design validation approach for a network interface card (NIC) that operates at a data rate of 10 gigabits per second (10GPS). The verification approach involves the use of a packet generator and analyzer to test the NIC's ability to t...

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Bibliographic Details
Main Authors: Ramesh, M., Kumar, Gali Venkata Sai, Bhuvanesh, Kothuri Venkata Sai, Reddy, Medini Pavan, Krishna, Pasupuleti Leela, Aarthi, V.P.M.B
Format: Conference Proceeding
Language:English
Subjects:
10Giga bits per second
Control systems
Data integrity
Ethernet
High-performance
Inter Packet Gap
Media Access Control Core Verification
Modern network configurations
Network efficiency
Network interface card
Packet boundaries
Packet loss
Packet module
Propagation losses
Receivers
Reliability engineering
Traffic analyzer
Traffic Generator
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Summary:The 10GB MAC CORE Verification - Zero IPG Packet Module is a design validation approach for a network interface card (NIC) that operates at a data rate of 10 gigabits per second (10GPS). The verification approach involves the use of a packet generator and analyzer to test the NIC's ability to transmit and receive packets with zero inter-packet gap (IPG). That the receiver can distinguish between individual packets. However, some network configurations an IPG is a brief pause between packets sent across a network, and it is typically required to ensure may require the ability to transmit packets without an IPG, which can increase network efficiency by allowing more data to be transmitted in a given time period. The 10GB MAC CORE Verification - Zero IPG Packet Module involves the use of a test setup that includes a traffic generator, a traffic analyzer, and the NIC under test. The traffic generator is used to generate packets with a zero IPG, and these packets are transmitted to the NIC under test. The traffic analyzer monitors the NIC's ability to receive and correctly process these packets.
ISSN:2768-5330
DOI:10.1109/ICICCS56967.2023.10142494