Linux users can take advantage of some pretty low, comparable pricing whether using on-demand or Reserved Instance rates for either the t2.large or m4.large. If local storage is preferred, users will have to look at the previous generations of the M family or use S3, for instance. If storage access speed is a big deal, it’s major to note that the m4.large features EBS optimization. As far as cost management goes, users should be ready to also account for the spending on EBS when using either the t2 or m4.large. The m4s feature their 2.4GHz Intel Xeon Haswell CPUs, which AWS markets as being “optimized for EC2.” While the t2.large features burstable compute, the m4.large has a cap of 6.5 units.īoth instances feature the same amount of memory and both require the provisioning of AWS EBS volumes. West instance pricing from 2016 and is subject to change if AWS makes changes to their rates.īoth the t2.large and m4.large feature dual-core vCPUs, with the t2 sporting high-frequency Intel Xeon processors with turbo modes up to 3.3GHz. m4 largeīoth are similar, but with their own nuances. Let’s start by looking at their specs, as listed on the AWS EC2 website.
#M2.XLARGE ON EC2 PRICING HOW TO#
We’ll also discuss what kind of development environments and scenarios fit each instance best and how to best visualize cloud compute costs to get a better understanding of potential cloud efficiency. We’ll explore what each option means from a cost management standpoint. So, let’s explore some of the reasons why your engineering team would consider either EC2 instance over the other. So, it can be a challenge to decide which is best from a price and performance perspective.Ī right-sized and optimized cloud environment is going to give anyone the best savings. On paper, the t2.large and m4.large instances look very similar. To see our post comparing T3 and M5, click here.
NOTE: The T2 and M4 generations have been replaced by the T3 and M5 generations.
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