Tag Archives: load balancing
Demo: Multi-site Active-Active with NSX, F5 Networks GSLB, and Palo Alto Networks Security [Video]
On this site and on the VMware Network Virtualization blog site, I’ve written several blog posts on multi-site solutions with NSX. This post expands on my prior post, Multi-site Active-Active Solutions with NSX-V and F5 BIG-IP DNS posted here on … Continue reading
Posted in Labs, Network Architecture, Network Security, Networking, Palo Alto Networks, Security, Tech Events, Technology, Virtualization and Cloud Computing, VMware, VMware, VMware, VMworld 2017
Tagged Active-Active, Active-Active data centers, Active-Active DCs, ahmed, Application Pools, Cross-VC, Cross-VC NSX, Cross-vCenter NSX, demo, Disaster Recovery, Disaster Recovery Solutions with NSX, DNS, DR, Europe VMworld 2017, F5, F5 Application Pools, F5 BIG-IP DNS, F5 Global Server Load Balancer, F5 GSLB, F5 LTM, F5 Networks, F5 Networks Application Pools, F5 Networks Global Server Load Balancer, Global Server Load Balancer, GSLB, GSLB Load Balancing, humair, Humair Ahmed, load balancing, multi-site, Multi-site Active-Active Solutions, Multi-site Active-Active Solutions with NSX-V and F5 BIG-IP DNS, Multisite, Multisite Networking and Security with Cross-VC NSX, NET1188BE, NET1188BU, NET1190BU, NET1191BU, nslookup, NSX, NSX Disaster Recovery, NSX DR, NSX Multi-site Active-Active, NSX Multi-site Active-Active Demo, NSX Multi-site Active-Active Solutions, Palo Alto Networks, Palo Alto Networks Security, Palo Alto's Panorama, PAN-OS, PAN-OS 8.0, Panorama, Panorama PAN-OS, Panorama PAN-OS 8.0, Pool List, US VMworld 2017, VMworld 2017
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EIGRP – Best Path Selection
By default EIGRP uses bandwidth and delay of the line to determine the best path to a remote network. However, if desired, EIGRP can use a composite of four metrics: bandwidth, delay, reliability, and load. Maximum transmission unit (MTU) is … Continue reading
Posted in Cisco, Labs, Networking, Protocols
Tagged bandwidth, Cisco, Cisco 3725, Cisco 3725 router, Cisco 3725 routers, delay, delay of the line, EIGRP, EIGRP calculation, eigrp load balancing, Enhanced Interior Gateway Routing Protocol, equal cost load balancing, load balancing, router, routing table, topology table
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Creating a LAG between an ESXi vSwitch and a Physical Switch
In this lab I am going to create a LAG (Link Aggregation Group) between an ESXi vSwitch and a physical switch. You can use Cisco, Force10 Dell, Juniper, or any other manufacturer for the physical switch. Depending on the switch … Continue reading
Posted in Cisco, Force10 Networks, Labs, Networking, Technology, Virtualization and Cloud Computing, VMware
Tagged 802.3ad, 802.3ad link aggregation, Cisco, ESXi, ESXi 4.1, etherchannel, Failover, Force10 Dell, Force10 Networks, LAG, Link Aggregation Group, load balancing, NIC Teaming, physical switch, pNIC, port bundle, port channel, port group, Route Based on IP Hash, Route Based on the Originating Virtual Port ID, Use Explicit Failover Order, virtual machine, virtual port ID, virtual switch, VM, VM Network port group, VMkernel, vmNIC, vmware, VMware ESXi, vNIC, vSwitch
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Load Balancing with EIGRP
RIP, RIPv2, IGRP, EIGRP and OSPF are all routing protocols that support equal cost load balancing but IGRP and EIGRP can also support unequal cost load balancing. However, unlike IGRP, EIGRP supports VLSM (Variable Length Subnet Masking). Below I use … Continue reading
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