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This is the second part of our ESX optimization tips and tricks, diving into storage optimization and configuration options.
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Want to gain the upper hand on your colleagues by getting the very best performance out of ESX? AnandTech IT shares its best practices uncovered in the development of their vApus Mark I benchmark.
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AMD added 2 cores to the improved AMD quad-core “Shanghai”. Which applications can take advantage of these extra cores? The answer is more interesting than you might think at first.
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We proudly present our newest virtualization benchmarking effort: vApus Mark I. The results are quite surprising on the latest server CPUs as it paints a very different picture than VMmark. Get a second opinion on how strong or weak the different CPUs are when they are running heavy-duty virtualized applications on ESX 3.5 Update 4.
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VMmark is supposedly the most important industry standard benchmark today. We investigate the confusing number of different Xeon 5570 VMmark scores and try to understand how relevant VMmark is for the IT professional who is consolidating servers.
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VMware takes its first official steps into true Cloud Computing territory; let's have a closer look at what to expect.
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Better hardware virtualization, a vastly improved server platform, and eight logical cores per CPU: it's no secret that the Xeon "Nehalem" X5570 is the Formula One car among the server CPUs, but how much faster is it, and more importantly, does it offer return on investment? Find out as we run real world server applications on the newest Xeon.
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We compare RAID configurations of up to 16 SATA drives, up to eight SAS drives, and up to eight Intel X25-E SLC SSDs in different situations and try to find out which configuration makes the most sense for different enterprise applications. OLTP in particular has our attention: are the expensive SLC SSD drives capable of outperforming SAS RAID configurations at a lower price point?
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This article is different from the previous ones, as we have changed the methodology we use to evaluate a server CPU. Read on, and find out why we feel this is a better and more realistic approach to compare the best AMD and Intel Server CPUs.
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AMD's new 45nm Shanghai CPU launches today and we ran tests using database workloads. What changes, and what remains the same?
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For those readers finding our in-depth studies of various technologies a bit too daunting, we've created an introductory piece that should allow anyone an easy entry into the fascinating world of virtualization. Did we mention it also plays games?
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Despite the huge die size and 1.9 billion (!) transistors, the six-core Xeon 74xx is a wallflower, for both the public as Intel's marketing. If you've invested in a current Intel quad socket platform, the newly launched Intel 74xx series deserves a lot more attention. We compare the hex-core with AMD's quad-core Opteron and its predecessor.
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Taking a dive into the inner workings of another form of virtualization: Container-based OS virtualization.
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The quad-socket market is extremely interesting and exciting as AMD's quad-core Opteron and Intel's quad-core Xeon MP are well matched. We show you our first sixteen core benchmarks.
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Sun challenges market leaders IBM and HP by claiming that the Sun Fire X4450 can deliver the performance and the functionality of their best 16-core 4U servers in a 2U chassis. Does Sun succeed? We try to quantify if you really save costs and how much.
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If you like to understand how binary translation, paravirtualization, and hardware virtualization work, this article is for you. We delve deep into the heart of VMware ESX, Intel VT-x, and AMD's nested paging to understand the impact on the performance of your virtualized server. Dig in!