![spirent ethernet testing rfc spirent ethernet testing rfc](https://demo.fdocuments.in/img/378x509/reader019/reader/2020040117/5ac0fe817f8b9ad73f8c6bb7/r-1.jpg)
![spirent ethernet testing rfc spirent ethernet testing rfc](https://www.gl.com/images/ethernet-tester-rfc2544-throughput-test-results-graph-web-packetexpert.jpg)
High port density for cost-effective performance and stress testing is important to fully load switching fabrics and determine device and network scalability limits. It must be able to simultaneously generate wire-speed traffic, emulate the requisite protocols, and make real-time comparative performance measurements. Tester Requirements To determine the true capabilities and limitations of a DUT, the tests in this journal require a test tool that can measure router performance under realistic Internet conditions. Each test case has a unique Test Case ID that is universally unique across the ecosystem. The journal is divided into sections by technology.
Spirent ethernet testing rfc how to#
How to use this Journal This provides test engineers with a battery of test cases for the Spirent Test Ecosystem. The Spirent Test ecosystem and Spirent Catalogue of Test Methodologies are intended to help development engineers and product verification engineers to rapidly develop and test complex test scenarios.
![spirent ethernet testing rfc spirent ethernet testing rfc](https://smartechconsulting.com/wp-content/uploads/2017/05/SPT-9000A-1.jpg)
The Spirent Catalogue of Test Methodologies represents an element of the Spirent test ecosystem that helps answer the most critical Performance, Availability, Security and Scale Tests (PASS) test cases. Introduction Today’s Devices Under Test (DUT) represent complex, multi-protocol network elements with an emphasis on Quality of Service (QoS) and Quality of Experience (QoE) that scale to terabits of bandwidth across the switch fabric. Spirent Journal of Benchmark PASS Test Methodologies