NETWORK EMULATION, IMPAIRMENT GENERATION & ANALYSIS

As users demand faster response times and more complex data from their applications, the networks carrying this data are placed under immense pressure to meet these expectations.

Many organisations overlook the importance of emulating real world delays and impairments and often move critical applications straight onto new and untested production networks. Failure to test network variables such as latency, packets being dropped, delivered out of order, duplicated or corrupted will have serious performance implications for any applications running on untested networks.

These network test solutions can accurately simulate realistic real world network behaviour and error conditions in the lab. Network latency (delay) can be increased in a controlled, repeatable manner so that application degradation can be measured as the distance/time is increased. How the application performs as more and more packets are corrupted or received out of order is also measurable in the same repeatable manner.

GCH offer a range of solutions for both Ethernet and Fibre Channel networks including 3-in-1 Ethernet test and monitoring solutions.  Some of the key features are listed below  please contact us for more information and advice on the best solution for your requirements.

Aukua MGA2510:

  • Powerful and versatile test platform in a single 1U chassis
  • Supports traffic generation, network emulation, protocol analysis & monitoring
  • Supports 10M to 10GbE (inc. IEEE 802.3bz 2.5 and 5G Ethernet)
  • Hardware based architecture ensures highest precision
  • Simple intuitive web GUI user interface

Aukua XGA4250:

  • Powerful and versatile test platform in a single 1U chassis
  • Supports traffic generation, network emulation, protocol analysis & monitoring
  • Supports 10M to 25GbE (inc. IEEE 802.3bz 2.5 and 5G Ethernet)
  • Hardware based architecture ensures highest precision
  • Simple intuitive web GUI user interface

APPLICATIONS INCLUDE:

  • How will applications perform when distributed across data centres?
  • What will be the precise effects of delay on application and network performance?
  • How will data centre backup and recovery perform in a real-life environment?
  • Test IPTV, VoIP, Video Conferencing
  • Will the links successfully support data migration?

PROTOCOLS SUPPORTED:

  • Ethernet: From 10Mb to 25G Ethernet
  • Fibre Channel: 4G/8G/16G

Find out more about Network Emulation:

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