Comparison of 11th generation servers with previous generation servers

Compared to the 10th generation, the 11th generation servers have had many differences to meet the needs of businesses. To be more precise, these servers are designed to meet the growing needs of companies and perform tasks such as data analysis, training machine learning models, etc. Therefore, it is not surprising that many companies are looking to buy these servers or replace them with the old generation. For example, the dl380 g11 server is one of the most popular and high-end products in the market, which is of interest to companies. For more information about Server price dl380 g11 Contact Netsa company. Now let's look at some of the important differences between the 11th generation servers.

Performance of Gen11 servers

One of the interesting and important points that can be seen in connection with the 11th generation servers is the discussion of performance and efficiency, which has caused these servers to have significant differences compared to the 10th generation. Among the differences between the 11th generation servers and the 10th generation and of course the 10th plus, the following should be mentioned:

Support for new processors: The 11th generation servers use 4th and 5th generation Intel Xeon Scalable and AMD EPYC 7004 processors, which significantly increase performance and efficiency. These processors play an important role in increasing productivity by providing processing cores, cache and lower energy consumption. For example, Intel's 4th generation Xeon processors offer 60 processing cores, support 4800 MHz DDR5 memory, and allow the server to use a PCIe 5.0 expansion slot that has twice the bandwidth of PCIe 4.0. Also, the fifth generation processors offer 64 processing cores and have the ability to support DDR5 memory with a frequency of 5600 MHz, which makes the servers very fast in performing calculations.

Faster memory: As we mentioned, the 11th generation servers support high-speed DDR5 memories that increase the bandwidth and their modules have increased capacity compared to previous generations. For example, you can install 4TB of main memory on a dl380 gen11 server. It should be explained that DDR5 memories have reduced the speed gap between the main memory and the processor so that information can be accessed more quickly. Therefore, hardware components share information with each other with less waste of time. This issue plays an important role in reducing costs in the long run.

Support for more flexible storage media: From the 10th generation onwards, HP servers have made important achievements in the field of storage media support, so that in addition to supporting hard disks and solid state memories, they have also supported other media such as NVMe and Intel Aptyn persistent memories, which increase the storage speed significantly. increases significantly. The 11th generation servers now support another new technology called EDSFF so that organizations can take full advantage of the new generation of SSD flash memory specifically designed for data centers. These memories, which have been marketed in different classes, have a higher speed and capacity than the previous generations, and on the other hand, they produce less heat. Also, it is possible to install more of them on the server.

Advanced security: 11th generation servers use efficient security features such as Silicon Root of Trust and Intel Boot Guard to increase security to make it harder for hackers to break into systems and infrastructure.

Easier management: Generation 11 servers, like previous generations, support new management tools such as HPE OneView and HPE InfoSight, which make their management process easier.

Artificial intelligence features: The 11th generation servers are optimized to support AI workloads and support AI accelerators such as the NVIDIA A100 Tensor Core GPU. These chips are specially designed for data centers so that the process of building and training intelligent models can be done in a shorter period of time.

Cost: In the discussion of costs, the important thing to consider is that the purchase of 11th generation servers may be expensive at first, but in the long run, it will accelerate the return on investment process and bring profitability. In terms of costs, we should mention the following.

Less energy consumption: 11th generation servers use new technologies such as Power Efficiency Mode that reduce energy consumption.

Lower operating costs: 11th generation servers help network administrators to reduce their operational costs due to the presence of capabilities such as HPE InfoSight.

Applications of HP 11 generation servers

Now that you are somewhat familiar with the differences of this server compared to the 10th generation, let's point out some of its powerful uses.

Artificial intelligence and machine learning: As mentioned earlier, 11th generation servers are optimized to handle artificial intelligence and machine learning workloads and can be used for tasks such as natural language processing, image recognition and machine vision.

Big Data Analytics: 11th generation servers can be used to analyze huge amounts of data. This feature is especially useful for companies active in the financial industry, insurance and tax administration, who have to deal with various requests. In the last months of the year, these organizations have to deal with a heavy volume of cases and need smart tools that accelerate the process of doing things. These servers allow the above organizations to process cases in the shortest time by installing big data analysis tools.

cloud computing: Another important application of these servers is related to deployment in cloud data centers. To be more precise, companies active in the field of providing services such as IaaS (Infrastructure as a Service) and Pass (Platform as a Service (PaaS)) are used.

last word

According to the explanations we provided, we must say that the 11th generation HP servers have made significant improvements compared to their previous generations. These servers have significantly increased performance and efficiency, offer advanced security capabilities and easier management, and can help organizations reduce costs. So if you are looking for a new server, HP 11th generation servers are a great option.

For example, the dl380 g11 server should be described as one of the powerful products in the market, which performs better compared to the most advanced 10th generation server, namely the dl380 gen10 plus. This two-unit server is equipped with two sockets that can support the fourth and fifth generation Intel Xeon processors. To be more precise, if you install two central processors on the server, you will have access to 120 processing cores in the fourth generation and 128 processing cores in the fifth generation, which can handle heavy workloads such as hosting virtual machines, handling database requests and has etc. Thanks to the support of 8 terabytes of main memory for the use of both processors, this server allows you to host big data clusters such as Hadoop in the server memory so that the process of training machine learning models is faster and programs do not have to frequently access the hard drive. Refer to disks to extract information from databases. As you can see, this server has the best ability to handle heavy and complex workloads.