Cisco UCS B-Series Reviews

The most valuable feature that the B-Series has is related to the structure and architecture of the solution because in these solutions, you are using fabric interconnect as an interconnect device. The beauty of fabric interconnect is that it can work as in-house mode.

Fabric interconnect is the main component in the UCS solution. Fabric interconnect can act as two modes. One is in-house mode, and the other one is switching mode. The recommended one is in-house mode. When it works in in-house mode, it means that it won't process any storage, like flagging things, zoning, etc. It won't process Spanning Tree Protocol either. It will just proxy everything to the higher switch.

For example, if you have storage network traffic, the fabric interconnect won't process your flagging. It will make a proxy, and send it to your NPIV storage switch. It acts literally as in-house, and that makes the solution and architecture very easy, convenient, and scalable.

The other important feature is the switch technology that Cisco uses on their chassis. It's not like those of other brands. The beauty of Cisco is that with traffic interconnect, your network and storage won't come down to the chassis level.

It will stop at the fabric interconnect, and the traffic between the fabric interconnect and the chassis acts very similar to the fixed technology that Cisco uses between 2K and 5K. This means that the same architecture and the same technology that we use between 2K and 5K is used between the fabric interconnect and the IO module that's used at the back of the chassis.

This means that when you are using the IOM input/output module, the IOM module on the back of the chassis will not be like a regular switchboard. It will be just IO. So, this means that it is scalable. You can add as many chassis as you want to this whole solution, and you can remove them. You can move one chassis to another chassis. You can move one server from chassis one to chassis eight or chassis seven. You can have a lot of clusters. You can have a lot of failovers over the whole package.

Recently, with the new chassis, UCS X-Series, that Cisco recently introduced to the market, it is much more scalable.

The license is expensive.

Cisco should decrease the delay in the delivery of their products.

It's very stable.

Cisco UCS B-Series is more scalable because of the blade servers. It's one of the most scalable solutions in the whole world.

The licensing cost is a little bit expensive because by default, it depends on your fabric interconnect model. Most of the time, however, Cisco provides a lot of promotions to the customers, so the cost can be waived for many projects. The price of the chassis itself is fair.

On a scale from one to ten, I would rate this solution at ten.

My company uses Cisco UCS B-Series for multiple use cases. Mainly, we use the product in our company for the general IT infrastructure deployment.

The solution's most valuable feature stems from its massive computing power, so you can have big data or mission-critical applications running on SQL Server.

The integration is an area where Cisco UCS B-Series needs to provide users with more details. The price of the product's license could be improved.

I have been using Cisco UCS B-Series for almost seven years.

It is a stable solution.

It is a scalable solution, but it requires a lot of the skills to be able to manage and expand the product.

Around six to seven customers of my company work with Cisco UCS E-Series Servers.

The solution's technical support is good and knowledgeable.

The initial setup can be complex, even for someone skilled enough to deploy the product. The deployment is generally not easy since Cisco UCS B-Series directly interacts with Cisco Fabric Interconnect.

The solution can be deployed in five to six days.

The deployment process for Cisco UCS B-Series consists of an approach in which you just provision the servers and upgrade Cisco UCS Fabric Interconnects. Whatever the hypervisor will be, you can take the product to the next level when starting with the product.

An experienced person can handle the deployment and maintenance of the solution.

From a return on investment perspective, Cisco UCS B-Series is worth the money.

There is a need to pay towards the licensing costs of the solution on a yearly basis. Price-wise, it is an expensive product.

There is an additional cost consisting of the modules a person wants to use, apart from the standard licensing costs of the solution.

Cisco makes it possible for its users to work with the new series of its products, which is Cisco's M6 series blade servers, and Cisco also allows for a lot of enhancements to be made. It is a fine solution for big customers.

Considering the multiple use cases for which the solution can be used, others who plan to use it can consider purchasing and deploying it.

I rate the overall solution an eight out of ten.

We use it as a stand-alone for computing only in HyperFlex. Using multiple projects and VDI projects, you can utilize distribution and access codes to find the storage that works for various solutions and scenarios.

They have management on the enterprise side. So, we manage directly through Fabric internet or the rack-mounted directly, whether on-premise, on the cloud, or private.

The most significant benefit of the blade itself is its stethoscope-like functionality. You can remove and reinsert the blade and attach the service profile if any hardware is damaged. This is the main objective of the solution. Additionally, we can leverage it in a hybrid infrastructure. We are also authorized to integrate the solution with other vendors. They have a wide range of offerings, and we integrate HyperFlex, which is merged with fabric and implemented with the ACI or Application Centric Infrastructure, to advance software defense solutions.

The price of the solution can be improved.

I have been using the solution for ten years.

The solution is stable.

The solution is scalable. We have more than 52,000 customers using this solution. We have it installed in banking, government entities, and private sectors.

The initial setup is not easy. You should know or understand the data center, particularly when integrating with SAN, NAS storage, or NFS.

It generally takes 30 minutes to an hour for basic tasks. However, it may take several days to involve blade integration and integration with other systems. The project's timeline depends on various factors, such as integration requirements, scope, and configuration tasks. Based on these considerations, we can estimate the number of days required for integrating the object.

First of all, we gather information from the customer regarding the project's purpose. The project has multiple components, such as configuring IBM Athena for management, aligning with the latest stable software, and configuring service profiles based on the project scope.

Once we complete these tasks, we will move on to system administration, which includes providing a visual interface and configuring the operating system. Depending on the scenario, we will decide whether to install a hypervisor or directly install the working system on the server. This decision will be based on the sandbox environment we have.

Cisco UCS does not require a license. However, this license is not specific to users. In collaboration with the tech team, it also controls and stores other components, such as hypervisors, JES control, technology integration, and analytics.

It integrates with all other solutions, including building and internal solutions.

Overall, I rate the solution nine out of ten.

The Cisco UCS B-Series servers are used to run backend databases ranging from small, medium, to large, running different versions of RDBMS such as Oracle, SQL, MySQL. It also includes cloud databases, big data such as Cassandra, MongoDB, PostgreSQL, and Snowflake.

Additionally, the middle-tier component includes IAM systems such as Oracle, SailPoint, Ping Federate, and Okta, including Oracle Fusion apps such as EBS, ERP systems, HR system, HCM, both on-premises and cloud. The Cisco UCS B-Series supports various deployments in on-premises data centers and cloud.

Our clients typically start with a proof of concept deployment, focusing on smaller operations before scaling up to larger ones, handling OLTP, OLAP, and large data warehouses. As clients see the value, they proceed to invest further in the system. Cisco UCS B-Series is also designed for cloud virtualization and integrates with VMware, Hyper-V, and Intersight.

Cisco UCS B-Series is flexible as it can be built as a standalone system and expanded horizontally and vertically in a cluster mode. A standout feature is the Unified Fabric which combines LAN and SAN, reducing the need for numerous cables and offering consistent configuration, unlike traditional setups.

Furthermore, Cisco UCS B-Series is a cost-effective alternative to Exadata and integrates seamlessly with cloud virtualization platforms.

Cisco UCS B-Series offers an alternative to more expensive solutions such as Exadata, managing high growth and heavy data loads efficiently. It is essential for setups such as government projects due to its ability to handle massive data operations. Additionally, strong support services make it a reliable choice for businesses.

There is a need for Cisco UCS B-Series to evolve and scale vertically, particularly with the increasing data demands and the integration of AI, ensuring the solution remains certified and capable under such conditions.

I have not had a chance to directly deal with them, but I have not received any negative feedback from my team who directly deals with Cisco support. The overall feedback I received indicates that they are very happy with the support.

Cisco UCS B-Series is quite flexible and can expand horizontally and vertically, using cluster mode to support additional system loads. However, given the rise in AI and massive data, there is room for improvement in ensuring Cisco UCS B-Series remains AI-certified and capable.

Originally, Oracle utilized HP's storage systems, and during this architectural phase, Cisco UCS B-Series was involved. Oracle later shifted to its proprietary solutions such as Exadata, which led to a migration from non-Oracle products to Oracle products.

The initial implementation typically involves me handling the deployment of Cisco UCS B-Series, with the support of a team of at least three people. The system grows from there.

Comparing Cisco UCS B-Series with traditional servers, while its initial cost may be slightly higher, it is not as expensive as Oracle Exadata, making it a worthwhile investment. It pays off in the long run, especially for cloud virtualization.

The Cisco UCS B-Series system is very adaptable as it can be set up as a standalone, expanded, and operated in a cluster mode. Flexibility in scalability supports business growth.

My clients use Cisco UCS B-Series servers for a range of databases, including Oracle, SQL, and MySQL, but also accommodate cloud databases and big data such as Cassandra and MongoDB.

To ensure high levels of client comfort and satisfaction, projects often commence with a proof of concept before scaling to larger operations, accommodating OLTP, OLAP needs, and vast data warehouses.

On a scale of one to ten, I rate Cisco UCS B-Series a nine.

I use it for telephony. 

The telepresence devices are improved. You can call by phone handset only, video call, and integrate with Teams and other third-party tools.

First of all, Cisco is not going for perpetual licensing. They charge recurring fees every year for everything, even adding phones. Technically, it's good, but that is one fault.

Previously, it was perpetual. Buy it and use it. But now, it has changed. 

I have five years plus experience with it. 

I would rate the stability a seven out of ten. 

I would rate the scalability as seven out of ten. Other vendors also have easy deployment methods, sometimes even easier than Cisco.

Our clients are enterprise businesses. 

Overall service and support from Cisco is very good. They give the perfect solution.

They are good, but the warranty claiming process is lengthy. We have to get on calls with different people. The channel partner also charges to claim it. The end-user should have all the privileges to claim the devices directly with Cisco.

Positive

We are not going to use Cisco for our upcoming large telephony project because of the high pricing and recurring charges.

The initial setup is easy. It takes a few hours. 

I am the implementor. 

It's expensive. Cisco is always expensive compared to other vendors.

Overall, I would rate it a seven out of ten. 

We use the solution to host all of our USX. The solution was deployed for the hypervisor.

The most valuable feature is definitely the service profile. I feel it provides a more stable environment, with very few issues with the hardware or fabric. These issues are rare and usually minor.

The cost is expensive and has room for improvement.

I have been using the solution for almost eight years.

The solution is stable.

The solution is scalable.

The technical support was excellent; it was professional and very effective. The support I received was satisfactory, although it may have been due to the fact that my issue was not particularly significant.

The initial setup was straightforward and we have not encountered any issues in a very long time. I believe the FCOE protocol has been improved since we first used it, as the IQ N number was not generated automatically. This was the only issue I have encountered with Cisco UCS, but since then it has been quite stable and robust.

The solution is definitely expensive. Compared to the more in-demand hyper-converged environments such as Nutanix or DVX rail, Cisco UCS B-Series is even more costly due to the expensive fabric interconnects. The only benefit we will get when adding more chassis to the two fabrics is the ability to scale up. Therefore, if we are only using two, three, or four chassis, the cost is high.

I give the solution a ten out of ten.

We have four people that use the solution and one person who is primarily responsible for any related UCS.

This is an on-premises enterprise solution that is primarily used for Microsoft, Linux, and Oracle workloads which require intensive computing for hosting/running clustered and standalone applications.

The solution is very reliable in comparison to the other brands. Additionally, the uptime is very good, and they ensure 99.9% of uptime.

The configuration could be simplified as the initial setup process is complex.

We have been using this solution for eight years for multi-organizations.

The scalability is very portable and swappable. So we can add and expand resources easily. Dozens of people are using the solution in our organization, and six are responsible for managing the infrastructure as administrators.

We have had experience with the customer service and support team multiple times when there is a hardware failure, and we requested an RMA for the replacement.

The initial setup is difficult as it is a Unified Computing System, and expertise is required to configure it. Implementation normally takes more than two hours to initialize a new blade, or DC server and initialize a new chassis. However, this solution requires days because the cable installation, uplink planning, deployment, and everything is included. So we need to create a complete project plan for the technical side to deploy this equipment.

It is expensive, which is why limited customers utilize it. However, it is enterprise-class, reliable, stable, and fast. In the past eight years, I have never had any bad experiences with Cisco UCS or faced any outages.

I rate the solution a nine out of ten because it is a tricky piece of equipment with state-of-the-art technology, reliable parts, good stability, and robust features. When you need to compute, it will provide you with speed. However, the solution can be improved by simplifying the configuration.

The solution is being used for our internal use along with VMware.

The solution is very unified and the technical team is very supportive, no help is needed from outside vendors. 

Next generation support for VMware needs to be introduced as it does not support eighth-generation VMware. 

I have been using Cisco for the last ten years. 

The solution is stable. 

It is a scalable solution. A total of fifty users are using the solution at the moment. 

The technical support team is knowledgeable, customer-friendly and fast in their responses. 

As long as one knows the process, the installation is straightforward. The deployment takes a week's time as it's a big installation. A group of engineers are required for the deployment. The deployment is done by taking track installations and then a few more updates and putting them under the sphere, and you should be using Cisco UCS Manager for the updates.

I have seen a return on investment. 

Cisco is compatible with Mac and Dell. Overall, I rate the solution an eight out of ten.