Virtualization is such a profound change to how systems operate that it not only creates new management requirements, but it also breaks legacy management solutions. For these reasons, enterprises should look outside of traditional legacy management vendors for their virtualization performance and capacity management solutions. The focus should be on the richness of the virtualization aware functionality in the solutions, their support of multiple platforms, and how easy the solution is to try, buy and implement.
As Virtual Desktops become standard components of the entire desktop environment there are increasing demands on the end point devices to provide the performance of legacy desktop computers they are replacing. Devices with more memory, faster processors and expandable peripheral device support are quickly replacing the utility devices most associated with thin clients. On Monday February 13, 2012 HP announced the release a new class of thin client devices that are designed to address the end user performance needs and adds security architecture to combat increasing security threats.
For a good portion of the time I have been working in the virtualization space, there has been plenty of hype about how it is just a matter of time before Microsoft “leapfrogs” ahead of VMware in the area of virtualization and with the massive upgraded version of Hyper-V 3.0 that will ship with Windows Server 8, there is thought that Microsoft might just pull off that upset. So in classic Microsoft style, let’s take a look and compare VMware today (ESX/vSphere5) with what Microsoft will have with Hyper-V 3.0 sometime possibly in the “Fall” of 2012.
Solid-state devices (SSDs) are data storage memory (Figure 1) mediums that utilize semiconductor based memoires as opposed to magnetic media found in hard disk drives (HDDs) or magnetic tape. Semiconductor memories include ultra fast volatile dynamic random access memory (DRAM) commonly found as main memory (e.g. RAM) in servers along with and non-volatile memory (NVM) typically NAND flash. Nand flash based SSDs can be found in cameras (as SD cards), cell phones, iPods, and PDAs, as well as in notebooks, net books, laptops, tablets, and workstations. SSDs are also appearing in larger servers, appliances, and storage systems from consumer to enterprise level.
Quest has for many years found itself as third-place runner-up to Citrix and VMware in the VDI business. In some respects this was justified, in others much less so. Quest has neither the resources or virtualization focus of Citrix and VMware, nor does it have the same the channel depth or marketing budget of its competitors, making it too easy to paint a picture of Quest being an also ran. However, at the same time Quest has been a credible competitor to Citrix for much longer than VMware and has managed to deliver a unified VDI and RDS solution in vWorkspace – something that neither Citrix nor VMware have been able to achieve as yet. More importantly, as Citrix’s level of innovation in XenDesktop and XenApp has slowed, and VMware has focused more End User Computing resources on Horizon, Quest has sensed an opportunity and last week’s release of vWorkspace 7.5 clearly shows that it is making the most of it.
Reports on IE6’s death are often greatly exaggerated. IE6 is still there alive and well in a large swathe of enterprise desktops. This puts a risk on projects that look to move an organisation beyond Windows XP. Browsium’s Ion addresses the fear uncertainty and doubt many had with Unibrows. Browsium Ion gives corporate users what will likely be a vital option not just for compatibility for IE6, but to allow for changing configurations and managing web based application access to suit the business, not the application vendor.