Amazon's Elastic Load Balancing automatically distributes incoming application traffic across multiple targets, such as Amazon EC2 instances, containers, IP addresses, and Lambda functions. It can handle the varying load of your application traffic in a single Availability Zone or across multiple Availability Zones. Elastic Load Balancing offers three types of load balancers with the vendor states all feature the high availability, automatic scaling, and robust security necessary to make…
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VMware NSX
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VMware NSX is network virtualization technology. VMware NSX is no longer sold as a standalone product and is now available as a part of VMware Cloud Foundation.
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Amazon Elastic Load Balancing
VMware NSX
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Elastic Load Balancing
VMware NSX
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Community Pulse
Amazon Elastic Load Balancing
VMware NSX
Considered Both Products
Elastic Load Balancing
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Anonymous
Chose Elastic Load Balancing
Again as noted we're still in the trial process seeing if we want to migrate over but the biggest benefit of elb is its interconnectivity with other Amazon web services hosted applications that our company is using and the in-house support from AWS. This is very attractive when …
We have not used any other solution out there in the market but our dev-ops team did deep research and AWS provided us the solution we needed to be cost-effective. Also, the decision to keep working with Amazon was strategic. We were already using other AWS features and [Amazon …
In the past we use physical Load Balancers. That solution works, but it had several negative points. The first, it was not elastic. It requires a physical server setup in order to work. Also a technician works for one or more days to set up the solution. And then, we had the …
We use both Cisco ACI and VMware NSX, and while they have different strengths and capabilities, I would recommend VMware NSX, as it can be used in all VMware environments, without costly physical infrastructure changes. Cisco ACI provides some of the same capabilities, but not …
We use both ACI & NSX. They both provide a programmable network and in future releases of ACI they will allow you to stretch fabrics into the cloud like you can do with NSX. ACI, when compared to NSX, turned out to be significantly cheaper, but it also was lacking certain …
It really is a straight-up situation. From my current experience if you have two or more services hosted on Amazon web services that need transactions between each other with a variable flow of traffic then elb is a fantastic method for routing that traffic and making sure that no one back and component gets overloaded with requests while other existing components are just standing there idle waiting for some traffic. As noted earlier in my review we are still doing a trial run with the service as not all of our components are hosted on AWS yet and we aren't having as great luck with transactions between hosted and non-hosted but that could also simply be a learning curve on our part.
Our high-security environments require end to end encryption, but also tend to have larger budgets. Since beginning utilization of VMware NSX, we've been able to meet the unique requirements for our high-security clients, but it does have a large price tag that goes along with it. This isn't a particularly well-suited solution for environments with tighter budgets, but it definitely provides security where we need it and are willing to pay for this solution
Broadcast Suppression: By suppressing broadcast traffic, we have been able to deploy a single VDI network in a /18 network space, allowing for rapid growth and proper DHCP lease timing for a VDI instant clone environment.
Networking HA: Leveraging internal mechanisms for high availability, it provides disaster resiliency to a virtual networking environment.
Cost Savings: All available features of NSX are licensed simultaneously. Load balancers, firewalls, and routers are all licensed as features, not per object, allowing for the deployment of as many of these objects as are needed.
AWS Elastic Load Balancing has this trick. First, you need to know how it works. ELB is not the only piece here. ELB has a very close relation with AWS Target Groups. You create or select a target group every time you create a Load balancer. Target groups allow you to connect the load balancer to EC2 autoscaling groups, Lambda functions, or even a single EC2 instance. While this sounds complex, it becomes easy, once you know his tricks. Thanks to the user interface, managing a ELB is an easy task. The rules editor is really useful, although it will need a bit of improvement to some interface items
AWS gives you several support plans. On the free plan, you basicaly need to google for help, but the good news is that AWS Elastic Load Balancing works. We has more than 15 load balancers and we never run into a problem that require support. But you mght consider a support plan if you are going to do something more complex or critical
We have not used any other solution out there in the market but our dev-ops team did deep research and AWS provided us the solution we needed to be cost-effective. Also, the decision to keep working with Amazon was strategic. We were already using other AWS features and [Amazon Elastic Load Balancing] integrates great with those.
We use both Cisco ACI and VMware NSX, and while they have different strengths and capabilities, I would recommend VMware NSX, as it can be used in all VMware environments, without costly physical infrastructure changes. Cisco ACI provides some of the same capabilities, but not all. It's focus relies on physical networking changes.
