It extends the methodology already defined for benchmarking network interconnecting devices in rfc 2544 [ 3] to switching devices. enhanced rfc 2544: 512 byte frame loss test graph enhanced rfc 2544: 512 byte frame loss test results throughput rate ( l1 mbps) frame loss rate ( % ) frames lost pause detect cfg rate ( l1 mbps) 999. rfc 2544 defines a specific set of tests that can be used to evaluate equipment performance. 2 and deny all other traffic. in addition to full support for all of the con■ guration and performance test types described in rfc 2544, aticara2544 offers a number of powerful functional extensions.
rfc2544: benchmarking methodology for network interconnect devices1999 rfc authors: s. any other sources of traffic on the network will cause packet loss to occur at a tester data rate lower. 2 to ip address 198. the single filter case should permit traffic from ip address 198. the rfc 2544 pdf results of these tests will provide the user comparable data from different vendors with which to evaluate these devices. morton request for comments: 9004 at& t labs updates: 25 category: informational issn: updates for the back- to- back frame benchmark in rfc 2544 abstract fundamental benchmarking methodologies for network interconnect devices of interest to the ietf are defined in rfc 2544. rfc 2544 defines a series of tests that can be used to describe the performance characteristics of network interconnecting devices. this memo updates section 26.
therfc2544benchmarkingcanberunonametroethernetandoffersavarietyofdiagnosis, suchas: • throughput— measuresthemaximumrateatwhichnoneoftheofferedframesaredroppedonthedevice. these tests can be used rfc 2544 pdf for deploying pdf and commissioning the ethernet links. by running the vubiq networks rfc 2544 application, installers and end users can avoid the tedious, time- consuming manual method of rfc 2544 testing.
networks referred in rfc 2544 can be local area networks ( lan) or wide area networks ( wan).
configuring rfc 2544
thisdocumentdescribestherfc2544featureandconfigurationstepstoimplementrfc2544. 1 filter addresses two sets of filter addresses are required, one for the single filter case and one for the 25 filter case. rfc 2544 benchmarking methodology march 1999 this model is useful when the test input and output are homogenous ( e.
this memo updates the procedures of the test to measure the back- to- back frames benchmark of rfc 2544, based on further experience. protocol rfc2544 is an international standard to evaluate network equipments, and testers based on this protocol can achieve more. 00 enhanced rfc 2544: 1024 byte frame loss test graph enhanced rfc 2544: 1024 byte frame loss test results. bradner & mcquaid informational [ page 9] rfc 2544 benchmarking methodology march 1999 11. , pdf 1518 byte ip, 802. vendors can use these tests to measure and outline the performance characteristics of their equipment. mcquaid stream: [ legacy] cite this rfc: txt | xml | bibtex doi: 10. it defines a set of 4 tests - throughput, latency, frame loss rate, and back- to- back frames.
fundamental benchmarking methodologies for network interconnect devices of interest to the pdf ietf are de■ned in rfc 2544. in addition, the application allows users to conduct field performance tests without the need to procure expensive field testing equipment. rfc 68 applicability november for example, the rfc 2544 throughput test attempts to characterize a maximum reliable load; thus, there will be testing above the maximum that causes packet/ frame loss. similar to bert, rfc 2544 can be done
over framed ethernet ( layer2), stacked vlan ( q- in- q), stacked mpls, ip and udp. 3 frames in; 576 byte, fragmented ip, x. rfc 2544 benchmarking methodology march 1999 this document defines a specific set of tests that vendors can use to measure and report the performance characteristics of network devices. internet engineering task force ( ietf) a. 17487/ rfc2544 published: 01 march 1999 rfc status obsoletes: rfc1944: benchmarking methodology for network interconnect devices updated by:. aticara 2544 is a free pc application developed by aticara for testing throughput, latency, loss, and burst performance as de■ ned by the ieee rf 2544 methodology.
mcquaid publisher: rfc editor united states doi: org/ 10. 6( 1) sn and later releases bias- free language bias- free language the documentation set for this product strives to use bias- free language. rfc2544based benchmarking test methodology can be applied to a single device under test ( dut), or a network service ( set of devices working together to provide end- to- end service). overview the rfc2544 application is designed to perform a test which includes throughput, latency, frame loss, and back- toback. nowadays, as the scale of ip network and the number of its users increasing, requirements for higher quality of service and better network security have significantly grown. 3 frames into the dut; 64 byte ip, 802. • prerequisitesforconfiguringrfc2544, page 1. the rfc2544 application is designed to perform a test which includes throughput, latency, frame loss, and back- to- back. the internet engineering task force ( ietf) rfc 2544 “ benchmarking methodology for network interconnect devices” defines tests that describe the performance characteristics of a network interconnecting device. • frameloss— measurestheperformanceofanetworkdeviceinanoverloadedstate. network test is an important way to ensure the efficiency and reliability of network. 3 frames out), or the method of test can distinguish between dissimilar input/ output. as these tests follow standard procedures, they also make it easier for customers to make sense of the glitzy marketing- speak employed by most vendors. configuration guides cisco me 1200 series carrier ethernet access devices nid configuration guide, cisco ios 15. 27 date: throughput rfc 2544 test report rfc 2544 test report 1 general test information device under test: mikrotik ccr1036- 8g- 2s+ router operating system: routeros 6. • back- to- back— measuresthebufferingcapacityofadevice. rfc 2544 benchmarking methodology for network interconnect devices, march 1999 file formats: status: informational obsoletes: rfc 1944 updated by: rfc 6201, rfc 6815, rfc 9004 authors: s. the rfc 2544 describes benchmarking tests for network devices. this rfc primarily deals with devices which switch frames at the medium access control ( mac) layer.