Install and Configure IBM V3700, Brocade 300B Fabric and ESXi Host Step by Step


Step1: Hardware Installation Follow the official IBM video tutorial to rack and stack IBM V3700.   Cabling V3700, ESX Host and Fabric. Connect each canister of V3700 Storage to two Fabric. Canister1 FC Port 1—>Fabric1 and Canister 1 FC Port … Continue reading

VMware vSphere: What’s New 5.0

HA: VMware provides several features that can be leveraged to increase the availability of a virtualized environment.With the latest release, several enhancements have been incorporated within VMware vCenter Server Heartbeat. These feature enhancements are the result of the focus of VMware in three key areas — manageability, usability,and application support.

Networking:  There are two broad types of networking capabilities that are new or enhanced in the VMware vSphere 5.0 release. The first type improves the network administrator’s ability to monitor and troubleshoot virtual infrastructure traffic by introducing features such as
• NetFlow
• Port mirror

The second type focuses on enhancements to the network I/O control (NIOC) capability first released in vSphere 4.1. The following are the key NIOC enhancements:
• User-defined resource pool
• vSphere replication traffic type
• IEEE 802.1p tagging

User-defined network resource pools in vSphere 5.0 provide an ability to add new traffic types beyond the standard system traffic types that are used for I/O scheduling.

Performance:  The following are some of the performance highlights:

VMware vCenter™ Server scalability
• Faster high-availability (HA) configuration times
• Faster failover rates – 60% more virtual machines within the same time
• Lower management operational latencies
• Higher management operations throughput (Ops/min)

• 32-way vCPU scalability
• 1TB memory support

• vSphere® Storage I/O Control (Storage I/O Control) now supports NFS – Set storage quality of service priorities per virtual machine for better access to storage resources for high-priority applications Network
• vSphere® Network I/O Control (Network I/O Control) – Gives a higher granularity of network load balancing vSphere vMotion®
• vSphere vMotion® (vMotion) – Multi–network adaptor enablement that contributes to an even faster vMotion
• vSphere Storage vMotion® (Storage vMotion) – Fast, live storage migration with I/O mirroring


These advancements build on the core capacities in vSphere to provide improved
scalability; better performance; and easier provisioning, monitoring and troubleshooting. This paper focuses on
the following new features and enhancements:
• Virtual machine enhancements
• Improved SSD handling and optimization
• Command-line enhancements
• VMware® ESXi™ firewall
• vSphere Image Builder
• vSphere Auto Deploy server
• vSphere Host Profiles
• VMware vCenter™ Update Manager

Storage: VMware vSphere™ 5.0 brings many new capabilities to extend the benefits of vSphere 4.1. These new features and enhancements to core capabilities in vSphere provide more performance optimization and easier provisioning, monitoring and troubleshooting.

The topics to be covered in this paper are:
• vSphere® VMFS-5
• vSphere® Storage Distributed Resource Scheduler (Storage DRS)
• vSphere® Storage APIs – Storage Awareness
• Profile-Driven Storage
• Fibre Channel over Ethernet
• vSphere® Storage I/O Control (Storage I/O Control)
• vSphere® Storage APIs – Array Integration
• vSphere® Storage vMotion® (Storage vMotion)

VMware vSphere New Licensing Model:

Attributes ESX4.1 ESX5.0
Licensing Unit CPU CPU
Core per proc

6 cores  Standard
Enterprise, ESS,

12 core for Advanced
and Ent. Plus


Physical RAM
Capacity per host

256GB for Standard,
Advanced Ent, ESS, ESS+

Unlimited for Ent. Plus


vRAM Capacity
per proc


24GB Ess, Ess Plus, Standard
32GB Enterprise
48GB Ent. Plus

Pooling of

N/A vRAM entitlement shared among ESX Host
Monitoring tool N/A Built-in

So how do you know, how much CPU license you need and how much vRAM entitlement you have? For example, you have 3 dual CPU ESX Host, each CPU has 12 core and you would like to buy standard license to start with. In this case, you need 3 Host X 2 CPU=6 CPU standard license. Your entitlement for vRAM would be 24GBx6CPU=144GB in total because standard license only allow 24GB per CPU. In this capacity, you will be able to virtualize 36 virtual machine that means 4GB per virtual machine. So if your hardware capacity is 192GB than you can not use extra 48GB vRAM.

What happen if you need more vRAM, there are two option either you upgrade your license from standard to enterprise or buy more vRAM license. Say you upgrade to Enterprise license than you are entitled to have 32GBx6CPU=192GB vRAM or you have to buy additional 48GB vRAM license on top of standard license.

Installation of vCenter: Here, for this article, I am doing an in place upgrade of my test VMware vSphere 4.1 infrastructure. In a production environment, this is not an recommended approach. you can download 60 days trial version from from VMware evaluation site. Systems requirements are fairly straight forward. you have to have Windows Server 2008 x64 Server as a domain member. In VMware vSphere 5.0 you can download Linux based VMware vCenter appliance. 






Installation of New VI Client: Once you finish installing VMware vCenter, you have to have VI Client 5.0 to connect to the vCenter. Follow the screen shot to install VI client.


Installation of vSphere Update Manager:


Installation of ESXi Dump Collector:



It would be an wise idea to integrate dump collector on vCenter so that you can perform all administrative task from one single platform.


Installation of Syslog Collector:


Installation of Auto Deploy: The vSphere Auto Deploy server simplifies the deployment of VMware ESXi hosts in your environment. Using the Auto Deploy server, you can provision hundreds of physical hosts with VMware ESXi software. You can specify the image to deploy and the host to provision with the image. When a physical host setup for Auto Deploy is turned on, Auto Deploy uses a PXE boot infrastructure in conjunction with vSphere Host Profiles to provision and customize that host. No state is stored on the host itself. Instead, the Auto Deploy server manages state information for each host.
When a physical host is booted, it PXE boots over the network where a DHCP server assigns an IP address and redirects the host to a TFTP server, which directs the host to perform an HTTP boot from the Auto Deploy server. The Auto Deploy server then streams the VMware ESXi software image into memory on the target host. Once the entire image is resident in memory, VMware ESXi boots up and contacts the VMware vCenter Server, where Host Profiles can be used to automatically configure the host. Once the host has been configured, it is placed into the proper VMware vCenter cluster or folder and is available to host virtual machines.


Installation of Authentication Proxy:


Once you have installed every all necessary part of vSphere, you can start all the services associated with the new installation.


New Features at a Glace:




Relevant References:

Download VMware vSphere 5.0

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