Eco4Cloud Workload Consolidation is a Virtual Infrastructure Optimization Solution designed to improve the economics of virtualized data centers with an intelligent software platform, which increases performances and decreases costs.
Eco4Cloud Workload Consolidation works on top of a virtualization platform, and uses the exposed API to connect to the platform and optimize the workload placement in a virtual farm in order to make it more…
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Hyper-V
Score 8.5 out of 10
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$24.95
per month
Pricing
Eco4Cloud Workload Consolidation
Hyper-V
Editions & Modules
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$24.95
per month
Bronze
$49.00
per month
Silver
$89.00
per month
Gold
$135.00
per month
Platinum
$199.00
per month
Offerings
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Eco4Cloud Workload Consolidation
Hyper-V
Free Trial
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No
Free/Freemium Version
Yes
No
Premium Consulting/Integration Services
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No
Entry-level Setup Fee
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Community Pulse
Eco4Cloud Workload Consolidation
Hyper-V
Features
Eco4Cloud Workload Consolidation
Hyper-V
Server Virtualization
Comparison of Server Virtualization features of Product A and Product B
Eco4Cloud is well suited in VMware farms that have standard VM deployments, especially with small VMs, with nothing blocking vMotion and hardware fully compatible with IPMI 2.0 (minimum). It doesn't work well if many VMs are nodes in a Microsoft cluster because they would be unmovable and therefore their host would never be put in stand-by mode. If every host in the cluster has at least one guest VM that is a node of a Microsoft cluster, no host in the cluster will ever be put in stand-by mode.
Because Hyper-V is a Microsoft product and based on Windows OS, creating virtual Windows servers and clients are easy. When we want to test our group policies it it best to do it on hyper-v environment then implement to production clients. The same goes with operating system quality and features updates as well as operating system upgrades.
It consolidates workloads in VMware clusters using an algorithm that seems to work better than VMware DRS. It keeps headroom for workload peaks and to withstand the number of host failures set for the cluster in vCenter.
If the workload is very variable, Eco4Cloud will not continuously turn a host on and off but it will settle to keep the host running. It sort of "rightsizes" the cluster keeping only the right number of hosts running. This is another main difference when comparing Eco4Cloud with VMware DRS/DPM which strictly follows the workload and sometimes isn't fast enough in turning on the hosts when the workload is ramping-up.
To do a good job Eco4Cloud needs to analyze the hosts and the VMs. Therefore, the troubleshooting component of Eco4Cloud can figure out if there are problems in the configuration of the hosts (e.g. vMotion settings). It can also determine if a VM is stuck and can't vMotion (e.g. using the physical CD-ROM) or if it's oversized or undersized.
Something Eco4Cloud has and others don't is a technology named Smart Ballooning. With Smart Ballooning Eco4Cloud recovers unused RAM from the VMs and gives it back to the host way before the host goes over the 94% RAM threshold. This allows us to reach higher levels of overbooking.
Virtualization - Hyper-V does this well and I feel like it might be the best and easiest software out there to use. I am able to spin up virtual environments very quickly. Hyper-V also has a "quick" add feature where you don't even need to have the OS ISO on your computer and you can choose between Windows 10, Server or Ubuntu.
Setup and Management - Hyper-V is pretty straight forward. When I first started using this it seemed a bit confusing, but after a couple of days of playing with it you end up finding out everything is pretty straight forward and really not that complicated.
Just turn off the VM and go into the settings and you can manage the Storage, Memory, and CPU's.
Setting a VM up on a Domain is super easy and you can create a static mac address for the machine so in Windows DHCP you can use that static mac address to give that VM an IP it can use every time it boots up.
I think the best feature is the ability to create "Checkpoints" - If you are going to be doing something over and over and you need to start from the same point with each test you can setup your VM the way you need it prior to testing. Create a Checkpoint. Do your tests and then revert back to the Checkpoint so the system will be exactly how you had it setup prior to testing. Then you can go on and do your second set of tests and so on.
Another great thing is the ability to just backup the vhdx file.
As I mentioned at the beginning of this review we run most everything from Hyper-V. I make weekly backup of the vhdx files which are the Virtual Environment files.
This is an extreme example, but if the building ever caught on fire I could go out and buy like 15 PCs at Best Buy and load up Hyper-V on them and just import the vhdx files and be back up and running fairly quickly.
I would love to see Hyper-V add a better remote control feature. As it is, it uses RDP to connect to any VM in the host. This is old technology and slowly deprecating. It would be significantly more useful to have a controlled interface for remoting to the VM's that is much more like Teamviewer, LogMeIn, etc.
Cheap and easy is the name of the game. It has great support, it doesn't require additional licenses, it works the same if it is a cluster or stand-alone, and all the servers can be centrally managed from a system center virtual machine manager server, even when located at remote sites.
It is very easy to configure new virtual machines and manage them. But you have to use different interfaces to perform various tasks. Especially as soon as it comes to clustering you have to use at least two different interfaces (Hyper-V Manager and Failover-Cluster Manager) to perform all necessary tasks. The newly released Windows Admin Center is a way into the right direction to get all management tasks into one single interface.
In the past 2 years our Hyper-V servers have only had a handful of instances where the VM's on them were unreachable and the physical Hyper-V server had to be restarted. One time this was due to a RAM issue with the physical box and was resolved when we stopped using dynamic memory in Hyper-V. The other times were after updates were installed and the physical box was not restarted after the updates were installed.
Hyper-V itself works quickly and rarely gave performance issues but this can be more attributed to the physical server specifications that the actual Hyper-V software in my opinion as Hyper-V technically just utilizes config files such as xml, and a data drive file (VHD, VHDX, etc) to perform its' duties.
Most of the time, you can find support on the thousands of websites, blogs and community sites that are out there. Very much Internet supported, and if you don't stray too far away from the standard setup of Hyper-v, you shouldn't go wrong. I've had to call a couple of times, and Microsoft was very good at resolving my problem. it seem that Microsoft has heard from people and their support system, and are doing a much better job in this
We had in person training from a third party and while it was very in depth it was at a beginner's level and by the time we received the training we had advanced past this level so it was monotonous and redundant at that point. It was good training though and would have provided a solid foundation for learning the rest of Hyper-V had I had it from the beginning.
The training was easy to read and find. There were good examples in the training and it is plentiful if you use third party resources also. It is not perfect as sometimes you may have a specific question and have to spend time learning or in the rare case you get an error you might have to research that error code which could have multiple causes.
initial configuration of hyper-v is intuitive to anyone familiar with windows and roles for basic items like single server deployments, storage and basic networking. the majority of the problems were with implementing advanced features like high availability and more complex networking. There is a lot of documentation on how to do it but it is not seamless, even to experienced virtualization professionals.
We compared the consolidation feature and we obtained exactly the same amount of servers in stand-by. The main difference was that Eco4Cloud turned off the unneeded hosts in 2 days while VMTurbo Operations Manager required one day per host. This behavior is caused by the different algorithms implemented by these two products. Compared to Eco4Cloud, VMware DRS/DPM was very aggressive (we tried it in vSphere 5.0). We haven't tested it with vSphere 6 yet.
Considering the maturity of ESXi, Hyper-V is something I would definitely consider using in future jobs or organisations. We selected Hyper-V after many years of using ESXi; several factors led us to this change, including a poor support experience with VMware, and the lower cost of Hyper-V. We looked at other options including Nutanix and Hyper Converged Infrastructure, however with such a busy team we didn't have the time to learn this completely new technology stack, whereas (whilst also new) Hyper-V had a much easier learning curve.
Nothing is perfect but Hyper-V does a great job of showing the necessary data to users to ensure that there is enough resources to perform essential functions. You can also select what fields show on the management console which is helpful for a quick glance. There are notifications that can be set up and if things go unnoticed and a Hyper-V server runs out of a resource it will safely and quickly shut down the VM's it needs to in order to ensure no Hardware failure or unnecessary data loss.