VMware vSphere Reviews

My primary use case for vSphere 6.7 is that it's used strategically as a management plain for all 2,100 ESXi hosts across our environment.

In terms of mission-critical apps, I couldn't tell you, because I operate the public cloud and we don't really care what our customers use it for.

We do not use VMware Cloud on AWS yet but it is something we are exploring.

In regards to a performance boost, I don't know at the application level, but I can tell you, purely at the vCenter level, that we have seen improvements in our ability to migrate from Windows to the appliance, now that there is full feature-parity across the stack. We're seeing reduced resource usage from the appliance, it's way more efficient in 6.7. Operations are able to complete faster, so we're happy.

It has streamlined things for us. We've been able to standardize on the newer 6.7. It's definitely given us a path forward, where we might be able to look at expanding into the public cloud, augmenting our on-prem solution now that we have some sort of feature parity.

The primary use case for the product is, we use it as our core infrastructure to power all of our servers as well as any kind of application that runs tolling for the region.

For mission-critical applications that we use this for, it's mostly for proprietary applications that were specifically built to run tolling. So all of our tolling applications run on vSphere 6.7.

In terms of a performance boost, we have seen about a 10 percent boost; not by much. Our workloads aren't CPU or memory-intensive, they're more idle-intensive with storage.

The solution has improved our organization in terms of compliance. In the past, we struggled with VM encryption. We couldn't encrypt the virtual machines with older versions of vSphere without some kind of third-party tool. Now, with 6.7, it's all in the application itself, in vSphere. We no longer have to procure additional products to meet that requirement. We can just do it on the fly, and pass our audit with no issues.

In terms of managing it, it's a lot simpler now with the vSphere HTML5 client. With the phase-out of the Flash client, which everyone doesn't like, it allows us as administrators to do our jobs far more efficiently than it did with the Flash client.

The primary use case is for virtualization, including the implementation of vSphere, vCloud Foundation, vCloud Director, and cloud automation with vSphere.

My customers, particularly SMBs, mainly utilize High Availability (HA), DRS, and vMotion features. The vMotion feature is beneficial for online migration of virtual machines from one host to another without downtime. High Availability and vMotion are significant features used in the standard edition to support SMB customers.

I am currently working on creating infrastructure for VMware, implementing new infrastructure, and addressing troubleshooting and error problems. 

Additionally, I have completed a project on VxRail, specifically focusing on configuration and operational knowledge.

VMware vCenter is extremely useful as we can manage between 100 and 1,000 hosts using just one management tool. It provides high availability and DRS. 

VMware also offers a free version of the vSphere application, which is vital. For larger deployments, a paid version is available that offers additional site-related features. VMware's scalability is based on standard metrics conducted through load testing. 

The most supportive features of VMware vSphere include high availability and DRS. The vSphere application is free and very useful, ensuring effective management and improvement in operations. With vCenter, we efficiently manage a vast number of hosts with just one management tool.

The primary use case is for virtualization of the Windows environment for our organization. 

It has performed wonderfully. Over the course of the last 10 years, we have implemented vSphere Hypervisor and moved from five percent virtualization up to a current rate of about 85 percent, for our Windows environment.

The mission-critical apps we use it for are for production facilities, as well as optimizers for the machine equipment that is at those production facilities. There are ancillary systems in our corporate data centers that are used for the internal customer-facing apps, to work with the business intelligence piece, which can monitor metrics as well as capacity planning, ordering, and business warehousing. All of these business-critical functions run on vSphere Hypervisor.

We are able to increase the density of the virtualized servers and, with the increased density we have a lot of page sharing as well as memory sharing. We see performance increases from Server 2012 and forward; 2003 is debatable. There were negligible differences in 2012 but we did see benchmark performance improvement from utilizing Hypervisor and the increased density that comes with it.

We have used the following functions:

1. Hypervisor: to ensure that the virtual server provide web and email services to the company, thus providing a stable operation a with single sign-on integration of an AD server and vCenter.

2. Network and Storage: centralized data server software and user virtualization using ThinApp or installed into the Catalog on VDI, to help increase the security of its IT systems therefore saving time operating workstations.

3. VDI: help focus resource systems, build systems, and workstations with specific software for each organization within the company to ensure effective use, such as:

• Labs Dept.
• Demos for Marketing Dept.
• 3D web design, office applications provide access via web browsers or mobile devices.

Also, we have a CRM system and helpdesk support portal to help record information and interact with customers. Additionally, customers will be directed to the support of technical assistance from experts of VMware and Microsoft. (Redhat and Citrix Xen we do not know how this will work yet).

We use the standard system Helpdesk Support TOR, SOW and ISO 27005 information security for customers in order to put an automated customer feedback for the ticket or marked escalation answered to ensure support complete time appointments.

The primary use case for VMware vSphere is to reduce the amount of hardware requirements and its simplicity. It is used to optimize server management and is crucial for critical applications, especially for Tier 1 telecommunications companies that need high availability and 24/7 uptime.

The most valuable features of VMware vSphere include its user-friendly interface, which simplifies the usage and reduces costs for engineers. Additionally, the tool is highly available, which is crucial for implementing critical applications requiring 24/7 availability. Its ability to keep costs down and ensure high availability makes it an essential tool for telecommunications customers.

The company I work for is a global company and has many data inflection issues. Quality control decisions are not actually made at the local level. It is made at the headquarter level in Europe. 

We have our cloud site solution, our production environment, and our data recovery environment. We use VMware solutions integrated with HP solutions for hardware replication and storage-to-replication facilities. We use vSphere with ESXi 6.0, primarily for VM migration. We have an HP storage replication system in place for our first storage requirements with the VMs. Every other one is managed by VMware vMotion. vSphere and ESXi 6.0 are used to host our application servers, operational applications, and additional HR applications.

For extensions, we have vMotion to manage the virtual machines so that we can watch the network. For all of our backup requirements currently, we use the HP Data Protector. 

We have some downtime, but we can quickly recover from a disaster depending on the magnitude or the extent of the disaster using vSphere. The software will recover from any disaster that happens. We have also reduced our cost of production as well. vSphere has also improved our operational productivity. We have isolated servers that we couldn't integrate together, but now we can with vSphere, despite the fact that they are different models. Where they're different physical models, different memory models, you can integrate all of them. It makes our resources more available and our services more reliable to our users.