Tag Archives: Open vSwitch
6WIND – From Data Plane Acceleration to Virtual Appliances
6WIND is an interesting company I’ve been following for some time now, initially out of curiosity, and then out of more curiosity :-). They first started as a networking software company claiming to solve performance challenges for software defined networks … Continue reading →
Posted in 6WIND, 6WIND, Dell, Dell PowerEdge Rack Servers, Linux, Network Architecture, Networking, Operating Systems, Servers, Technology, Virtualization and Cloud Computing
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Tagged 6WIND, 6WIND packet processing software, 6WIND Turbo IPsec, 6WIND Turbo Router, 6WIND Virtual Accelerator, 6WINDGate, 6WINDGate packet processing software, CPU core, CPU cores, CPU multi-core multi-processor architecture, Data Plane Acceleration, Data Plane Development Kit, Dell, Dell PowerEdge, Dell PowerEdge Server, Dell Server, DPDK, Emulex, forwarding throughput, hypervisor, Intel, Intel CPU multi-core multi-processor architecture, Intel Data Plane Development Kit, Intel DPDK, Intel Xeon, Intel Xeon processor, kernel, KVM, L3 forwarding throughput, linux, Linux kernel, Linux network stack, Linux networking stack, Linux Open vSwitch, Linux operating system, Linux OS, Linux OVS switch, Linux user space, Mellanox, multi-core multi-processor architecture, network function virtualization, network packet processing, networking software company, networking stack, NFV, Open Networking Summit, Open vSwitch, Open vSwitch Conference, OVDK, OVS, OVS switch, packet processing, packet processing software, PowerEdge, PowerEdge server, SDN, Separate Control Plane and Data Plane, software defined networking, standard Linux networking stack, TCP/IP stack, throughput, user space, Vincent Jardin, Virtual Accelerator, virtual appliance, virtual networking, virtualization, Xeon, Xeon processor, zero-copy, zero-copy mode
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Network Virtualization with VMware NSX Dominates VMworld 2013
I’ve been meaning to write this blog for some time now as VMworld 2013 ended in San Francisco in late August. However, as VMworld just eneded in Barcelona, Spain last week, I guess it’s still not too late. I have … Continue reading →
Posted in Arista, Dell, Network Architecture, Networking, Protocols, Virtualization and Cloud Computing, VMware, VMworld 2013
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Tagged Arista, Arista 7150S, CloudStack, Dell, Dell S6000, distributed firewall, ESXi, Hyper-V, KVM, Microsoft Hyper-V, network, network overlay, Network Virtualization, network virtualization platform, Nicira, Nicira NVP, NSX, NSX API, NSX Manager, NSX vSwitch, Open vSwitch, OpenStack, Palo Alto Networks, REST, REST API, RESTful API, STT, tunneling protocols, ultivendor hypervisor environment, vCloud Automation Center, VDS, virtual distributed switch, virtualization, vMotion, vmware, VMware network virtualization platform, VMware NSX, VMware NSX platform, VMware SDDC Architects, VMware Virtual SAN, VMworld, VMworld 2013, vSphere Distributed Switch, vSwitch, VTEP, VXLAN, VXLAN Termination End Point
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