Tuesday, March 2, 2010
Friday, August 14, 2009
Friday, April 24, 2009
Here is some info from the site:
ShadowProtect IT Edition 3 provides the following benefits:
Bare metal recovery of Windows servers, desktops and laptops in minutes.
Restore or migrate backup images to and from physical systems and virtual environments (P2V, V2P and V2V).
Hardware independent restore of backup images to different systems (P2P).
Unlimited use on servers, desktops and laptops.
No software installation required.
Bootable recovery CD provides automatic hardware detection and network support.
Create full online or cold state backup images.
A simple view to quickly recover files and folders or update backup images.
Compress and encrypt backup images for efficiency and security.
Configuration tools to manage domains, mapped drives and network resources
Thursday, April 23, 2009
by Hamish Speirs
"Go green with your NetWare servers."
Originally developed to allow NetWare servers to run more efficiently under VMWare, vmBoost also has a benefit for physical servers - Energy Savings.
Many current NetWare servers are running on multiprocessor or multi core CPUs. When the workload on the server needs all of those CPUs, then they're there to work, but what about when there isn't much load on the server? When NetWare is 'idle', it is actually running an idle loop routine - so when idle, the CPU is actually working at 100% utilization, idling. Even with todays more efficient processors, running a CPU at 100% to do nothing is inefficient and expensive.
Typical workloads on NetWare servers are dynamic, so why have a static quantity of CPU resources available? What vmBoost does is make the available CPU resources dynamic. As the workload increases more CPU resources are made available. As the load decreases, the available resources are reduced. Instead of having a CPU running at 100% utilization when it's idling, idle CPU's are shut down completely. When the load on the server increases, the idle CPU is brought back online.
Just as physical servers are inefficient when idling, so are virtualized Netware servers. For example, a virtualized quad CPU NetWare server will drive three physical CPU's to 100% utilization, even when the server is completely idle. For this reason it has always been the rule to only allocate a single virtual CPU to NetWare when virtualizing it. By dynamically bringing CPU's on and offline according to workload, and more effectively idling them when they are online, a virtualized NetWare server can play nicely in a virtual infrastructure.
To download a demo, read more, or purchase, click the following link and go to the Home Menu and look for vmBoost link.
Tuesday, April 21, 2009
watch -d "ls -lhtu *vmdk"
When there is no more activity and all *.delta.vmdk's are gone it has finished.