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Emulex Announces High Performance Support for VMware vSphere® 5.5

August 2013 by Marc Jacob

Emulex Corporation announced that with the release of VMware vSphere® 5.5, Emulex I/O connectivity, monitoring and management solutions provide broad support and integration for VMware users across VMware virtualization management platforms and hypervisors. Emulex also announces planned support for Virtual Extensible LAN (VXLAN) offload in VMware vSphere, with the forthcoming Emulex Virtual Network eXceleration™ (VNeX) virtual network offload technology which provides optimal performance for virtual networks and reduced CPU overhead on the host. In early engineering testing, Emulex VNeX technology is shown to improve network throughput by up to 130%, depending on system configuration.

Leveraging industry standard VXLAN technology, VMware virtual networking solutions address some of the challenges of cloud and next generation data center networking by enabling flexible workload mobility inside the private, public, or hybrid cloud, and reducing the cost and complexity of network reconfiguration dramatically. Forthcoming Emulex VNeX technology simplifies network scaling by enabling IT managers to adapt or provision the network as virtual machines (VMs) that start up, shut down, or move, based on the VM’s specific workload requirement, thereby shifting available resources for other workloads on the logical network.Emulex VNeX virtual network offload technology further accelerates VMware vSphere performance by offloading VXLAN stateless offloads for virtual switches that support VMware vSphere, allowing environments to more efficiently scale to meet the needs of customers while improving network throughput and reducing CPU overhead. In early engineering testing, Emulex VNeX technology is shown to improve network throughput up to 130%, depending on system configuration.

In addition to planned Emulex VNeX support, Emulex connects, monitors, and manages I/O in VMware vSphere environments in the following ways:

Superior Gen 5 Fibre Channel Connectivity for Virtualized, Flash, and Cloud Environments: Emulex Gen 5 Fibre Channel HBAs, including the newly announced LPe16004 Gen 5 quad-port FC HBA, LPe15004-M8 8GFC HBA, and the LPe16202 converged fabric adapter, enable up to 1.2 million I/O operations per second (IOPS) on a single port, with up to 75% reduced latency vs. 8GFC HBAs2, addressing the needs of scalable private clouds, mission-critical application virtualization like databases, and VDI environments. The new Emulex Gen 5 HBAs further enable the full power of VMware caching solutions, providing the only balanced IOPS and low latency storage network to take full advantage of host- and storage-based flash cache.

100% Accurate Network Monitoring: Virtual and cloud environments exponentially increase the potential for network issues with increased volume and variety of network traffic. The Emulex Endace portfolio of network visibility products simplify building and maintaining effective - virtual networks by recording network traffic and alerts with continuous 100% accuracy, regardless of network speed, or traffic type. The Emulex Endace solutions allow network operations (NetOps) personnel to identify critical network issues such as boot storms, switch failures, incorrect network configurations, and attacks, and effectively address them.
Integrated Management: Emulex OneCommand® Manager plug-in for VMware vCenter™ Server simplifies management of Emulex I/O connectivity solutions within VMware vSphere environments directly from VMware vCenter Server, and within the vSphere Web Client™. Emulex’s native mode drivers for VMware vSphere 5.5 have full management support through OneCommand Manager and industry-standard CIM providers. In addition, OneCommand Manager has added support for single-root I/O virtualization (SR-IOV), providing administrators with the ability to deploy hardware device virtualization on the I/O path within the server, maximizing bandwidth utilization for virtual server environments and hybrid clouds built on the VMware platform.


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