Tag Archives: VMWare ESX
Dell VRF-lite & VMware NSX: Multitenancy Across Physical & Logical Networks
Please checkout the white paper Dell Networking: Multitenancy Across Physical and Logical Environments with VRF-lite and VMware NSX. In the white paper I discuss use cases and how NVO and VRF-lite can be used together to deploy a consistent multitenant … Continue reading
Posted in Dell, Dell Force10, Labs, Network Architecture, Networking, Protocols, Virtualization and Cloud Computing, VMware, VMware
Tagged Dell, Dell Networking, Dell Networking Switches, Dell S4810, Dell S6000, Dell VMware, Dell VMware NSX, Dell VMware NSX 6, Dell VMware NSX 6.0, Dell VMware NSX 6.1, Dell VMware NSX-v, Dell VMware NSX-v 6, Dell VMware NSX-v 6.0, Dell VMware NSX-v 6.1, Dell VMware NSX-vSphere, Dell VMware NSX-vSphere 6, Dell VMware NSX-vSphere 6.0, Dell VMware NSX-vSphere 6.1, Dell VRF, Dell VRF-lite, Dell VRF-lite configuration, Distributed Logical Router, DLR, DLR Control VM, Edge VLAN, ESXi 5.5, multitenancy, Multitenancy Across Physical and Logical, Multitenancy Across Physical and Logical Environments, Multitenancy Across Physical and Logical Networks, multitenant, multitenant framework, Network Virtualization, NSX 6, NSX 6.0, NSX 6.1, NSX L2 Gateway, NSX-V, NSX-vSphere, NVO, NVO and VRF-lite, overlapping IP addresses, overlapping IPs, PE, Perimeter Edge, S4810, S6000, SDN, software defined networking, tenant, tenant VRF, tenant workloads, VDS, virtual appliance, virtual appliances, virtual distributed switch, virtual router, virtualization, vlan, vmware, VMware Distributed Logical Router, VMware DLR, VMware DLR Control VM, VMware Edge Services Router, VMware ESR, VMWare ESX, VMware ESXi, VMware ESXi 5.5, VMware NSX, VMware NSX 6, VMware NSX 6.0, VMware NSX 6.1, VMware NSX L2 Gateway, VMware NVO, VMware PE, VMware Perimeter Edge, VMware VDS, VMware virtual appliance, VMware virtual appliances, VMware Virtual Distributed Switch, VMware vSphere, VMware vSphere 5.5, VNI, VR, VRF, VRF-lite, VRF-lite configuration, VXLAN, VXLAN Network Identifier
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Intel VT FlexMigration and AMD-V Extended Migration – Enabling Dynamic, Agile Data Centers
Server virtualization/consolidation is becoming a norm and data centers and enterprises are now looking towards the horizon at how to bring dynamic, agile, and flexible capabilities to their IT infrastructure. What I will focus on here is one specific technology … Continue reading
Posted in AMD, Intel, Networking, Processors/CPUs, Virtualization and Cloud Computing, VMware
Tagged AMD, AMD CPUs, AMD-V, AMD‐V Extended Migration, CPU, CPUs, Data Centers, Enhanced VMotion Compatibility, ESX, ESX 3.5, ESX 3.5 Update 2, ESXi, EVC, hypervisor, Intel, Intel CPUs, Intel VT, Intel VT FlexMigration, Live Migration, virtual machine, virtual machines, VM, vms, vmware, VMware Enhanced VMotion Compatibility, VMWare ESX, VMware ESX 3.5, VMware ESX 3.5 Update 2, VMware ESXi, vmware vmotion
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VMware vSphere 4 Step-through
VMware vSphere is an industry leading virtualization platform. Basically it is a software suite composed of applications directed towards managing datacenters through the use of virtualization technology. I’m going to briefly discuss some of the major/core components of vSphere 4. … Continue reading
Posted in Technology, Virtualization and Cloud Computing
Tagged Cisco Nexus 1000V, Cloud Computing, Consolidated Backup, Distributed Resource Scheduler, enterprise level virtualization, enterprise virtualization, ESX, ESXi, Fault Tolerance, High Availability, Hot Add, hypervisor, SMP, Storage VMotion, Thin Provisioning, vCenter Orchestrator, Virtual Symmetric Multi-Processing, VirtualCenter, virtualization, VMDirectPath, vMotion, vmware, VMWare ESX, VMware ESXi, VMware vSphere, vNetwork Distributed Switch, vShield Zones, vSphere, vSphere 4
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Symmetrical Multiprocessing in the Physical and Virtual World
The continuous shrinking of transistor size has pushed the limits of how many transistors can be placed on a single die (currently in the millions). In consequence, to utilize the increased amount of transistors, the CPU or “the core” has … Continue reading
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