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Ethernet testing standards
Ethernet testing standards







ethernet testing standards
  1. #ETHERNET TESTING STANDARDS FULL#
  2. #ETHERNET TESTING STANDARDS SOFTWARE#

Multi stream traffic generation and analysis - send and receive multiple UDP streams and measure throughput, packet loss, delay, jitter and packet reordering at full wirespeed.

ethernet testing standards

Can include 12 transistor-transistor logic (TTL) triggers based on user defined packet detection

  • PacketBroker - Aggregated Ethernet network tap and filter.
  • APIs provided in Python, C# and TCL for easy automation and integration into tools such as Labview.
  • ethernet testing standards

  • Emulate impairments such as congestion, latency, loss, jitter and packet reordering.
  • RFC 6349 based TCP Throughput Testing - test with multiple TCP streams.
  • features, resulting in a powerful and flexible tool that meets any Ethernet/IP network monitoring needs.įor more information refer to PacketScanPX™ webpage. PacketScanPX™ utilizes the PacketExpert™ hardware's 1G/10G wirespeed capture and filter capability, and combines it with PacketScan™'s real time Protocol Analysis, VoIP analysis, Voice Band Analysis, Call Data records etc. GL also enhanced PacketScanPX™ application which combines the features of PacketScan™ analyzer with the capabilities of PacketExpert™ hardware capture and filter features.

    #ETHERNET TESTING STANDARDS SOFTWARE#

    The same two 10 Gbps ports can be converted to 2.5 Gbps ports with an appropriate SFP and a simple software upgrade. The 10/1 Gbps optical ports can be down-shifted to support 1 Gbps electrical ports, thus offering 4 electrical / 4 optical 1 Gbps ports for Ethernet testing. The PacketExpert™ 10GX includes two 10/1 Gbps optical ports, and two 10/100/1000 Mbps electrical/optical capable ports. PacketExpert™ 10GX is a comprehensive Ethernet/IP test solution supporting industry standard functionalities including wirespeed bit error rate testing (BERT), RFC 2544 / Y.1564 / RFC 6349 tests, packet capture, event-driven triggers and actions, traffic playback, impairment generation, stacked VLAN/MPLS tests, and many others.









    Ethernet testing standards