This course gives arrange experts an utilitarian comprehension of BIG-IP Local Traffic Manager acquainting understudies with both usually utilized and progressed BIG-IP LTM highlights and usefulness.
Joining address, broad hands-on labs, and study hall talk, the course assists understudies with building the balanced range of abilities expected to oversee BIG-IP LTM frameworks as a major aspect of an adaptable and superior application conveyance arrange.
Back up the BIG-IP framework design for safety's sake Configure virtual servers, pools, screens, profiles, and perseverance objects Test and check application conveyance through the BIG-IP framework utilizing nearby traffic measurements Configure need bunch initiation on a heap adjusting pool to enable servers to be actuated distinctly as expected to process traffic Compare and complexity part based and hub based unique burden adjusting techniques Configure association points of confinement to put a limit on traffic volume to specific pool individuals and hubs Differentiate between treat, SSL, SIP, all inclusive, and goal address fondness industriousness, and portray use cases for each Describe the three Match.
Instatement of BIG-IP (authorizing, provisioning, and arrange setup)
A survey of BIG-IP nearby traffic setup objects Using dynamic load adjusting strategies Modifying traffic conduct with ingenuity (counting SSL, SIP, all inclusive, and goal address proclivity perseverance)
Observing application wellbeing utilizing Layer 3, Layer 4, and Layer 7 screens (counting straightforward, scripted, and outside screens)
Preparing traffic with virtual servers (counting system, sending, and reject virtual servers)
Changing traffic conduct with profiles (counting TCP profiles, propelled HTTP profile alternatives, reserving, pressure, and OneConnect profiles)
Progressed BIG-IP LTM setup choices (counting VLAN labeling and trunking, SNMP highlights, bundle channels, and course spaces)