Tag Archives: F5 Networks VE
Multi-site Active-Active Solutions with NSX-V and F5 BIG-IP DNS
I also published this blog post about Multi-site Active-Active Solutions with NSX-V and F5 BIG-IP DNS on the VMware NSX Network Virtualization Blog on May 31, 2017. The full blog post is provided below and can also be seen on … Continue reading →
Posted in Labs, Network Architecture, Networking, Technology, Virtualization and Cloud Computing, VMware, VMware
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Tagged Active-Active, Active/Active, Active/Active application, BIG-IP, Cross-VC, Cross-VC NSX, Cross-vCenter, Cross-vCenter NSX, DNS, egress, external floating IP, External VIP, F5, F5 BIG-IP, F5 BIG-IP DNS, F5 DNS, F5 Global Server Load Balancer, F5 GSLB, F5 GSLB Wide IP, F5 GTM, F5 load balancer, F5 Load Balancing Method, F5 LTM, F5 Networks, F5 Networks F5 Global Server Load Balancer, F5 Networks GSLB, F5 Networks VE, F5 Round Robin Load Balancing Method, F5 RTT Load Balancing Method, F5 Topology Load Balancing Method, F5 VE, floating IP, Global Server Load Balancer, GSLB, GSLB Load Balancing, GSLB Load Balancing Options, igress, internal floating IP, load balancer, load balancing, local egress, multi-site, Multi-site Active-Active Solutions, Multi-site Active-Active Solutions with NSX-V and F5 BIG-IP DNS, multi-site deployment, Multi-site NSX, Network Virtualization blog, NSX, NSX and F5, NSX Local Egress, NSX multi-site, NSX Multi-site Active-Active Solutions, NSX-V, proximity-based load balancing, SNAT, source network address translation, stretched application, VE, virtual (VE) F5 appliance, VMware Cross-VC NSX, VMware Cross-vCenter NSX, VMware NSX, VMware NSX Network Virtualization Blog, VMware NSX-V
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