Tag Archives: Atlantis Computing

Atlantis Computing Releases HyperScale

DataCenterVirtualizationToday, Atlantis Computing moves into the hardware market with a new hyperconverged solution, HyperScale. HyperScale is based on the company’s flagship product, USX. Technically, this solution is not a revolution, but it is an evolution on Atlantis Computing’s part. This is the first time it has delivered an end-to-end bespoke solution that tightly couples certified hardware with its flagship USX product. More to the point, unlike most new entrants into this space, Atlantis has entered straight in with a full product set, multiple-hypervisor support, and three OEM deals. This is in addition to its own Supermicro-based in-house appliance. What’s more, HyperScale has a starting price that does not set your teeth on edge.

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Finding Atlantis USX—The Move to the Ocean from the Sea

Atlantis100x30Most will know Atlantis from the days of ILIO Persistent VDI and ILIO Diskless VDI. I would expect that most even consider it a niche product with the single goal of accelerating desktops. I have to admit, I was shocked to find that this is no longer the case. It is well known that I have been quite vocal in my thoughts about this company. People I know and trust have had bad things to say about its performance and stability. Admittedly, this is hearsay and also very old knowledge. But mud sticks. I also have to say I have undergone a road to Damascus moment regarding this company and its products. They have obviously improved on stability; further, the performance and functionality have gone stellar.  Continue reading Finding Atlantis USX—The Move to the Ocean from the Sea

Atlantis ILIO Persistent VDI 4.0 – VDI Game Changer?

DesktopVirtualizationAtlantis Computing have released the first in-memory storage solution for persistent VDI. Setting aside the remoted experience, peripheral support, licensing and off-line access – the most nemesising nemesis for VDI is hardware scale. A major hardware limiting factor is storage performance.

In a transition from physical PCs to virtual work spaces you can move 50,1000,20,000 people from an environment where everyone has their own hard drive in their own device, to a shared environment where there are (hopefully) no longer 50,1000,20,000 hard-drives.  You do this to achieve cost savings. Still, in the majority of instances, the desktop file system and the apps that run on it weren’t designed to understand such consolidation. Many a desktop project fails because the storage infrastructure wasn’t architected with these mismatches in mind.

Yet, desktop virtualization solutions have have matured to accommodate such issues. A range of increasingly impressive VDI appliances: dedicated drive arrays. Way back in 2010 we were reporting that Atlantis Computing were looking to Transform Desktop Computing with their  In Line Image and Optimization (ILIO) product. Atlantis Computing’s core ILIO product sought to address optimizing non-persistent VDI instances, then offered a RAM based solution with their ILIO DiskLess VDI, then presented a way to optimize Citrix XenApp instances. Atlantis’ offerings look to dramatically reduce the physical hardware required to support virtualized desktop infrastructures.

And now to their portfolio, Atlantis Computing add ILIO Persistent VDI 4.0. Some early stability issues aside, Atlantis have developed a strong and supportive market and expanded on it. What is in this release? If 2013 is to be the year of VDI – how does  ILIO Persistent VDI 4.0 help? Importantly, will Atlantis Computing’s  ILIO Persistent VDI  change the game?

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Gridcentric aims to shakeup VDI with Virtual Memory Streaming

DesktopVirtualizationToronto based start-up Gridcentric, is developing a technology that it refers to as Virtual Memory Streaming that has the potential to reshape the economics of VDI, and deliver the holy Grail of a VDI desktop for less than the price of a PC.  It should come as no surprise to hear that the single biggest performance challenge that all large VDI environments face is the boot storm. The Windows boot and logon processes generate many times more IOPS traffic than steady-state user operations. So much so that in poorly specified systems a boot storm will overload the storage infrastructure, starving Windows of resources and leading to excessively long start-up times. Continue reading Gridcentric aims to shakeup VDI with Virtual Memory Streaming