Extreme Networks GTAC Knowledge Videos:
https://www.youtube.com/channel/UCi7dH5JchA6JrDVzqEfckqA
GTAC Knowledge Home:
https://gtacknowledge.extremenetworks.com/
Extreme Networks GTAC Knowledge Videos:
https://www.youtube.com/channel/UCi7dH5JchA6JrDVzqEfckqA
GTAC Knowledge Home:
https://gtacknowledge.extremenetworks.com/
After the VM has been installed login with the username of root and a password of password in the VM console screen.
Issue the commands dnetconfig in order to configure EMC setup information.
Enter the hostname for the appliance [ExtremeManagement]:
Enter the IP address for ExtremeManagement:
Enter the IP netmask [255.255.255.0]:
Enter the gateway address:
Enter the IP address of the name server (Optional):
Enter the IP address of an alternate name server (Optional):
Enter the domain name for ExtremeManagement (Required):
Do you want to use NIS (y/n) [n]?
Issue the command dateconfig to configure an NTP server for use with ExtremeManagement.
Do you want to use NTP (y/n) [n]? y
Please enter an NTP Server IP Address (Required):
Would you like to add another server (y/n) [n]?
Restart the server with the command reboot.
Connect to the Extreme Management Center web client with http port 8080 or https port 8443.
Enter command passwd if you wish to change the root password at any time.
Extreme’s Network Management Software is called Extreme Management Center (formerly called NetSight). This application can discover network devices using pre-built device profiles for Extreme switches (including the Avaya BOSS and VOSS software based switches).
Discover your network and sites for wired or wireless devices. Perform firmware upgrades and backup configuration files. Compare archived configuration changes for a particular device to see what has changed. Manage switch configuration changes and port changes using scripts.
Acts as a trap receiver and syslog receiver and shows alarms and events.
VSP7K
port 1 mode xrxorxtx monitor-port <PC port> mirror-port-X <port to mirror>
port 1 mode disable <when finished>
VSP4K
syslog host 1
syslog host 1 address <IP of syslog Server>
syslog host 1 enable
VSP7K
logging remote address <IP of syslog Server>
logging remote enable
Three way handshake includes SYN, SYN ACK, ACK. Close connection with FIN, FIN ACK or TCP RESET.
Web 80
FTP 21
Load balancers offer tremendous benefits by improving server farm availability, scalability, manageability, and security. Server load balancing is the most popular application for load balancers. Load balancers can perform a variety of health checks to ensure the server, application, and the content served are in good condition. There are many different load-distribution algorithms to balance the load across different types of servers in order to get the maximum scalability and aggregate processing capacity. While stateless load balancing is simple, stateful load balancing is the most powerful and commonly used load-balancing method.
Network address translation forms the foundation for the load balancer’s processing. There are different types of NAT, such as destination NAT and source NAT, that help in accommodating a variety of network designs with load balancers. Direct Server Return helps in load-balancing applications with complex NAT requirements, by obviating the need for destination NAT.
ERS Access to SMLT Core:
MLT
mlt 1 name “Trunk #1” enable member 49-50
mlt 1 advance
SPT disabled when connect to IST SMLT cluster
VLACP enabled.
MSTP backwards compatible with RSTP. MSTP instance 0 (CIST) = RSTP.
STPG (ERS)
spanning-tree stp 1 priority 1000 (primary root bridge)
OR
spanning-tree stp 1 priority 2000 (backup root bridge)
Interface Ethernet ALL
spanning-tree port 1 learning normal
spanning-tree port 2-48 learning fast
Exit