Tag Archives: PowerEdge server

6WIND – From Data Plane Acceleration to Virtual Appliances

Posted on April 12, 2015 by Humair

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 | 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 | Leave a comment

Dell Networking and VMware NSX: Bridging Between Logical & Physical Networks

Posted on November 5, 2014 by Humair

In a prior blog, Creating Logical Networks and Services with VMware NSX on Dell Infrastructure, I discussed how easily VMs can be moved from physical (VLANs) to logical networks (Network Virtualization Overlays or NVOs). In practicality, there will almost always … Continue reading →

Posted in Dell, Dell Force10, Labs, Network Architecture, Networking, Protocols, Technology, Virtualization and Cloud Computing, VMware, VMware | Tagged CLI, decouple network, decoupled, Dell, Dell NSX Reference Architecture, Dell PowerEdge, Dell PowerEdge Rack Server, Dell PowerEdge Server, Dell S6000, Dell Server, Dell-VMware NSX Reference Architecture, Dell-VMware NSX solution, Distributed Logical Router, Distributed Logical Router Control VM, DLR, DLR Control VM, Hardware NSX L2 Bridge, Hardware VTEP, Logical Network, logical network services, Logical Networks, logical router CLI, logical switch, logical switch CLI, logical switches, Logical-Physical Bridge, network services, NSX, NSX bridge, NSX CLI, NSX design/deployment, NSX Distributed Logical Router, NSX Edge, NSX Edge Appliance, NSX Edge Appliances, NSX Hardware L2 Bridge, NSX L2 Bridge, NSX Manager, NSX Manager virtual appliance, NSX Perimeter Edge, NSX Perimeter Edge CLI, NSX Perimeter Edge Router CLI, NSX Router CLI, NSX Services Gateway, NSX vCenter plugin, NSX-vSphere, NSX-vSphere design/deployment, NSX-vSphere plugin, NSX-vSphere vCenter plugin, NVI VLAN Bridge, Perimeter Edge, Physical-Logical Bridge, PowerEdge server, Rack Server, router CLI, S6000, SDN, SDN solution, SDN solution with NSX, software defined networking, switch CLI, vCenter, Virtual Extensible LAN, virtual machine, vlan, VLAN VXLAN bridge, VM, vmware, VMware NSX, VMware NSX design/deployment, VMware NSX Manager, VMware NSX Manager virtual appliance, VMware NSX Reference Architecture, VMware NSX-vSphere, VMware NSX-vSphere design/deployment, VMware vCenter, VMware vSphere, VNI-VLAN Bridge, vSphere, vSphere Web Client, VTEP, VXLAN, VXLAN encapsulation, VXLAN header, VXLAN-VLAN Bridge | Leave a comment

Creating Logical Networks and Services with VMware NSX on Dell Infrastructure

Posted on October 16, 2014 by Humair

If you haven’t already, please checkout the Dell-VMware NSX Reference Architecture (RA) whitepaper. In the reference architecture I explain in detail the foundational NSX-vSphere components and also how Dell can provide a complete end-to-end infrastructure (servers, networking, storage) to support … Continue reading →

Posted in Dell, Dell Force10, Labs, Network Architecture, Networking, Virtualization and Cloud Computing, VMware, VMware | Tagged Blade, Blade Server, blade switch, CLI, decouple network, decoupled, Dell, Dell EqualLogic, Dell EqualLogic Array, Dell EqualLogic PS 6210XS, Dell EqualLogic PS6210XS, Dell EqualLogic storage, Dell EqualLogic Storage Array, Dell MXL, Dell MXL Blade Switch, Dell NSX Reference Architecture, Dell PowerEdge, Dell PowerEdge Blade Server, Dell PowerEdge Rack Server, Dell PowerEdge Server, Dell S4810, Dell S6000, Dell Server, Dell-VMware NSX Reference Architecture, Dell-VMware NSX solution, Distributed Logical Router, Distributed Logical Router Control VM, DLR, DLR Control VM, EqualLogic, EqualLogic array, EqualLogic PS 6210XS, EqualLogic PS6210XS, EqualLogic storage, EqualLogic Storage Array, Hardware NSX L2 Bridge, Hardware VTEP, Logical Network, logical network services, Logical Networks, logical router CLI, logical switch, logical switch CLI, logical switches, Logical-Physical Bridge, MXL, MXL blade, network services, NSX, NSX bridge, NSX CLI, NSX design/deployment, NSX Distributed Logical Router, NSX Edge, NSX Edge Appliance, NSX Edge Appliances, NSX Hardware L2 Bridge, NSX L2 Bridge, NSX Manager, NSX Manager virtual appliance, NSX Perimeter Edge, NSX Perimeter Edge CLI, NSX Perimeter Edge Router CLI, NSX Router CLI, NSX Services Gateway, NSX vCenter plugin, NSX-vSphere, NSX-vSphere design/deployment, NSX-vSphere plugin, NSX-vSphere vCenter plugin, NVI VLAN Bridge, Perimeter Edge, Physical-Logical Bridge, PowerEdge Blade Server, PowerEdge server, Rack Server, router CLI, S4810, S6000, SDN, SDN solution, SDN solution with NSX, software defined networking, Storage Array, switch CLI, vCenter, Virtual Extensible LAN, virtual machine, vlan, VLAN VXLAN bridge, VM, vmware, VMware NSX, VMware NSX design/deployment, VMware NSX Manager, VMware NSX Manager virtual appliance, VMware NSX Reference Architecture, VMware NSX-vSphere, VMware NSX-vSphere design/deployment, VMware vCenter, VMware vSphere, VNI-VLAN Bridge, vSphere, vSphere Web Client, VTEP, VXLAN, VXLAN encapsulation, VXLAN header, VXLAN-VLAN Bridge | 1 Comment

Configuring a Syslog Server on CentOS 6.3 for Dell Force10 Switches

Posted on July 11, 2013 by Humair

In this lab I’m going to demonstrate how to configure a syslog server to use with Dell Force10 switches. A syslog server can be used to store log files remotely on an external server. Syslog servers can be invaluable when … Continue reading →

Posted in CentOS, Dell, Dell Force10, Labs, Linux, Network Architecture, Networking, Operating Systems, Troubleshooting | Tagged CentOS, CentOS 6.3, Configure FTOS syslog, Configure FTOS syslog server, configure rsyslog, configure syslog, Configure syslog for Dell, Configure syslog for Dell Force10, Configure syslog for Force10, Configure syslog for FTOS, Configure syslog on CentOS, Configure syslog on CentOS 6, Configure syslog on CentOS 6.3, configuring rsyslog server, configuring syslog server, Dell, Dell Force10 S4810. Force10 S4810, Dell Networking, Dell PowerEdge, Dell PowerEdge R620, Dell PowerEdge Server, Dell S4810, Dell S50N, Dell Server, FTOS, iptables, linux, linux iptables, linux syslog, linux syslog server, log to linux syslog, log to linux syslog server, PowerEdge R620, PowerEdge R620 server, PowerEdge server, rsyslog, rsyslog server, S4810, S50N, syslog, syslog server | Leave a comment

Deploying a Dell PowerEdge M1000e Chassis with Dell Blade Servers and Dell MXL Blade Switches

Posted on June 10, 2013 by Humair

In this blog I demonstrate how to setup a Dell M1000e chassis with a Dell PowerEdge M620 server and two Dell MXL blade switches [FTOS 8.3.16.2]. The Dell M1000e chassis is part of a larger network composed of three Dell … Continue reading →

Posted in Dell, Labs, Network Architecture, Networking, Technology, Windows Server 2008 R2 | Tagged 57810S CNA, Broadcom, Broadcom 57810, Broadcom 57810S, Broadcom 57810S CNA, Broadcom CNA, Dell, Dell Force10 MXL, Dell Force10 S4810, Dell M1000e, Dell M1000e chassis, Dell M1000e PowerEdge chassis, Dell MXL, Dell MXL Blade Switch, Dell MXL switch, Dell S4810, Dell S4810 switch, Force10 MXL, Force10 Networks MXL, Force10 Networks S4810, Force10 S4810, M620 server, Open Shortest Path First, OSPF, PowerEdge, PowerEdge M620, PowerEdge M620 server, PowerEdge server, S4810 switch, server, Windows Server 2008, Windows Server 2008 R2, Windows Server 2008 R2 Enterprise | 2 Comments