Spirent TestCenter OpenFlow Switch Emulation
0 likes107 views
Spirent's OpenFlow switch emulation helps test OpenFlow controllers at scale by emulating thousands of switches. It can generate packet-ins from every emulated switch to the controller to validate that the controller can maintain connections while processing high packet rates. The emulation allows testing topologies, flows, and the limits of controllers before release.
Ad
More Related Content
What's hot (20)
Viewers also liked (12)
Ad
Similar to Spirent TestCenter OpenFlow Switch Emulation (20)
Ad
More from Malathi Malla (17)
Recently uploaded (20)
Spirent TestCenter OpenFlow Switch Emulation
- 1. Spirent TestCenter OpenFlow Switch Emulation Spirent’s OpenFlow switch emulation helps overcome many testing challenges for OpenFlow Controller testing at scale. Large-scale testing can be difficult because of the need to assemble many switches, activate and interconnect many virtual Switches. OpenFlow switch emulation stress-tests the Controller by emulating various topologies, real Switches with real links. With OpenFlow switch emulation you can quickly and easily setup one to thousands of Switches. Once you create your network, Spirent OpenFlow switch emulation will display all the Flows on all Switches and save them to a file. It can also generate OpenFlow “Packet-Ins” from every Switch to the OpenFlow Controller to validate that it can maintain all its connections to all Switches while processing a high rate of Packet-Ins. Spirent TestCenter, C1, Virtual Master controller Slave controller S-3 S-1 S-2 TGen Applications ƒƒ Validate if your OpenFlow Controller can maintain connection to its network under heavy load at large scale, understand what happens when scale is exceeded ƒƒ Perform Packet-In test from every switch to the Controller at a fixed rated to test your Controller stability over time at high-packet rates from a large number of switches ƒƒ Find the limits of the OpenFlow Controller before release. Understand how many packets per second your Controller can handle while still maintaining OpenFlow channels to each and every switch Features ƒƒ Test thousands of real OpenFlow Switches at high scale – number of Switches in network, number of networks, number of Packet-Ins ƒƒ Test various topologies, Packet-In stability and Flow validation ƒƒ Supported on virtual and hardware for 1G to 100G Ethernet ƒƒ View all Flows on all Switches and save them to a file ƒƒ Packet-In Test at a fixed rated to test controller stability over time at high-packet rates from a large number of switches ƒƒ Results for every Switch and Controller connected with additional views for not connected devices Benefits ƒƒ Accelerate OpenFlow SDN Controller testing at scale by defining millions of flows and exercising them with traffic patterns and behavior ƒƒ Reduced CapEx with no physical Switches needed and lower OpEx with quick setup time of the testbed ƒƒ Easy to setup tests at any scale with realistic test environments
- 2. spirent.com AMERICAS 1-800-SPIRENT +1-818-676-2683 | [email protected] EUROPE AND THE MIDDLE EAST +44 (0) 1293 767979 | [email protected] ASIA AND THE PACIFIC +86-10-8518-2539 | [email protected] © 2015 Spirent Communications, Inc. All of the company names and/or brand names and/or product names and/or logos referred to in this document, in particular the name “Spirent” and its logo device, are either registered trademarks or trademarks pending registration in accordance with relevant national laws. All rights reserved. Specifications subject to change without notice. Rev. A | 03/15 Spirent TestCenter OpenFlow Switch Emulation Technical specifications ƒƒ Support for OpenFlow v1.3 and v1.0 ƒƒ Emulate 500 to 2000 Switches per port ƒƒ Connect to multiple Controllers ƒƒ Configure fixed topologies such as Grid, Linear, or Ring ƒƒ Configure independent topologies ƒƒ Topology discovery through LLDP ƒƒ For each Switch configuration includes: ‚‚ DPID ‚‚ Number of ports ‚‚ For each port: port name, mac address and port type ‚‚ Number of hosts: MAC and IP addresses ƒƒ Packet definition: ‚‚ Send from all hosts ‚‚ Send to any host ‚‚ Packet type: MAC, VLAN, IP, ARP and PING ‚‚ Packet size ‚‚ Packet rate or burst size ƒƒ View all Flows on all Switches and save them to a file ƒƒ Packet-In Test – Sends packets from every switch to the controller at a fixed rated to test controller stability over time at high-packet rates from a large number of switches ƒƒ Results Per Switch (Additional view for not connected): Name, State, Controller Connection Count, DPID, OF Ver, Port Count, Flow Count, IP address ƒƒ Results Per Connected Controller (Additional view for Switches not connected): Name, State, DPID, IP address, Role, ‚‚ Flow Mod count (add, mod, delete, rate) ž Packet-Out count & rate ‚‚ Group ModPort ž Mod count ‚‚ Dropped connections ž Table Mod count ‚‚ Packet-In count & rate ž Automation support – save to script – REST API – Command Sequencer ƒƒ Virtual Support Supported platforms ƒƒ Supported on the Spirent TestCenter MX, MX2, FX, and FX2 family modules for 1G to 100G interface support ƒƒ Supported on Spirent TestCenter Virtual ƒƒ Supported on Spirent TestCenter C1 and C50 Ordering information ƒƒ OpenFlow Switch Emulation BPK-1195A Related ƒƒ EVPN Emulation BPK-1311A ƒƒ FCoE/DCBX Emulation BPK-1081A ƒƒ LISP Emulation BPK-1181A ƒƒ OpenFlow Compliance Test Suite VCS-KIT-01-1Y ƒƒ OpenFlow Controller Emulation BPK-1193A ƒƒ SPB Emulation BPK-1182A ƒƒ TRILL Emulation BPK-1187A ƒƒ VXLAN Emulation BPK-1310A