That’s right, that time of year is approaching… VMworld US 2013.
For the past 4 years, EMC has sponsored a v0dgeball (Translated Dodgeball for people with a virtual affinity) tourney at the US VMworld Conference.
In those 4 years, v0dgeball participants, spectators, & contributors have raised over $30,000 in donations for the Wounded Warrior Project. Not too shabby, but we can do better. So here we are again with EMC’s 5th Annual v0dgeball Tourney.
A quick recap from last year:
- 11 Teams Played including
- Over 60 Spectators (looked like it was more than that)
- 1,143 #v0dgeball Tweets
- 8,041 Tweetvite Views (http://v0dgeball.com)
- 1st Place Winners – Arista
- 2nd Place Winners – Brocade
- Over $13,000 raised for the Wounded Warrior Project
Categories: Military, Storage, Virtualization Arista, Brocade, Cisco, EMC, Juniper, NetApp, v0dgeball, VCE, VMware, VMworld
Isilon OneFS 7.0 has been out for a couple months. OneFS 7.0 has brought some additional features to Isilon, particularly toward VMware vSphere support.
I blogged about VASA support in another article: Configuring the EMC Isilon VASA Provider.
This article is going to focus on how to configure the NFS VAAI Plugin for Isilon when used with VMware vSphere 5.
Here are the basic technical requirements to get the plugin working:
- An Isilon cluster running OneFS 18.104.22.168 or higher
- VMware vSphere 5.0
- I have used vSphere 5.1 without issue
- *I have heard of several situations where 5.0 does not work successfully
until upgraded to 5.0 Update 2
- **I have not seen this work with vSphere 5.5 (as of early September 2013)
- A SmartConnect zone configured for the presented datastores
- NFS mounted datastores being presented from the Isilon cluster using the SmartConnect zone name (can be short or FQDN)
- All IP addresses in the Isilon pool must be “Allowed IP addresses” in the NFS Client settings in ESXi
The installation process is not 100% straight forward according to the Release Notes, which require a support.emc.com login to get to. I’ll try to provide a little clarification here.
I saw Ivo Beerens’ blog post about using BGInfo and VMware View: Display the protocol used on the VMware View desktop background and it made me think of some of the scripts I’ve used. I figured I would share them.
I’ve used BGInfo for years, and have collected several scripts that I have used for various pieces of info that isn’t always the easiest to get from either the Windows registry or other places. When I worked for a Service Provider, it wasn’t uncommon to have systems spread across different Windows versions, multiple time zones, 64 or 32 bit, etc.
Here are some of the scripts I regularly used when I was an Administrator.
System Type – Displays the Hardware Manufacturer & Model Type
Const wbemFlagReturnImmediately = &h10
Const wbemFlagForwardOnly = &h20
'*** Connect to this PC's WMI Service
Set objWMI = GetObject("winmgmts:\\.\root\CIMV2")
'*** Query WMI for Hardware
Set items = objWMI.ExecQuery("SELECT * FROM Win32_ComputerSystemProduct", _
"WQL", wbemFlagReturnImmediately + wbemFlagForwardOnly)
For Each item In items
strSystemType = item.Vendor & " " & item.Name 'What we're after
If Len(strSystemType) = 0 Then strSystemType = "Not Found in WMI"
VMworld time is here again. And for the 4thd year, EMC is hosting a v0dgeball tournament to benefit the Wounded Warrior Project.
The folks at WWP have a primary mission of:
- Raising awareness and enlist ingthe public’s aid for the needs of injured service members.
- Helping injured service members aid and assist each other.
- Providing unique, direct programs and services to meet the needs of injured service members.
Without your support, they cannot provide this vital assistance to our injured veterans.
So I have had my lab hosts for about a year. I have to say that they have done pretty well. Because of the cost I configured these hosts with 16GB of RAM each. At the time I built them, 8GB sticks of RAM were about $250 a piece, which was a little bit out of my price range. I recently found some 8GB Kingston memory that wasn’t going to break the bank, and give me the ability to do more than I have been able to.
The initial configuration included the following components, and cost around $1,650 ($825/host) not counting shipping/etc.
A year later some prices have changed, some additional processors are support on my boards, larger memory is a little cheaper, and SSD prices have declined.