技术资料
Ensure A Smooth Growth Transition with Pre-Deployment Testing Experience
Problem: Manage Subscriber Growth and SLA Guarantees
Subscriber growth and exploding service offerings are challenging existing access networks. Service providers are struggling to manage their networks with careful capacity planning and IPv6 transitioning considerations. But with subscribers that range from residential broadband customers using PPPoE or DHCP, to telecommuters using IPsec and enterprises using dedicated leased lines, it is difficult to assess the impact of network volatility as buildout occurs. Managed growth means avoiding outages and interface flaps and controlling quality of experience (QoE) for real-time and business-critical services as your access network evolves.
Solution: Scalable Emulation Test to Ensure Dynamic and Robust Access Networks
For high-performing multiplay networks, service providers need pre-deployment validation that includes realistic simulations of the dynamic behavior of subscribers accessing the networks. The IxLoad Network Access and VPN test solution provides a rich set of emulations with dynamic interface behavior that adds a new dimension of subscriber and network realism when testing application-aware devices.
Highlights
Solution: Scalable Emulation Test to Ensure Dynamic and Robust Access Networks
For high-performing multiplay networks, service providers need pre-deployment validation that includes realistic simulations of the dynamic behavior of subscribers accessing the networks. The IxLoad Network Access and VPN test solution provides a rich set of emulations with dynamic interface behavior that adds a new dimension of subscriber and network realism when testing application-aware devices.
Key features:
Network Access and VPN Technologies Supported
Technology |
Protocols |
Broadband Access |
DHCP, PPPoE, PPTP, L2TP and GRE |
IPv6 Transitioning |
DSLite, 6RD, and SLAAC |
Authentication |
802.1x, EAP over UDP, and NAC |
Security/VPN |
IPsec |
Dynamic Control Plane (DCP)
DCP dynamically creates and tears down interfaces during testing. With DCP, every interface is created in conjunction with the new subscribers and the application traffic begins immediately after the interfaces are configured, replicating real-world subscriber behavior.
Network Failure Threshold (NFT)
NFT operates in conjunction with DCP and enables IxLoad to run tests even when some interfaces fail during the test run. A failure threshold controls the number of allowed failures, beyond which the test is aborted.
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