As the core assets of organizations and enterprises spread across industry verticals, the data storing continues to rise. Lots of companies own their data, be it stored on their own servers in the company or with the data center service providers. It is important for them to make sure the cost-efficiency, high-performance, greater scalability, and reliability for their applications. And for this selection of the best processor based server is necessary.

How to Choose the Right Intel Xeon Processor-Based Server for Improving Application Performance?

Basically, the Intel Xeon processors are built to improve the performance and scalability of the server. In order to gain these features, selection of the right Intel Xeon processor based server for your environment is much more important. An ideal way to identify the best xeon processor based server is to prioritize your workload requirements. There are various factors to be considered.

Some of them are:

• Number of cores and frequency of processor;
• Processors’ memory and bandwidth capacity;
• Energy efficiency and density of the processor;
• Processors’ I/O speed and capacity;
• Reliability, availability, and serviceability of the processor.
• Counting on these factors or requirements will help you determine the best Intel Xeon processor based server for your specific workload.

One of the best Intel processors in the market is the Quad-Core Xeon E5606 processor, mainly used those looking for increased performance on their high-end dedicated servers. The Quad-Core Intel Xeon 5606 processor, code named Westmere-EP, contains four processing cores which is quite enough to boost an application performance.

This E5606 processor is based on the Intel’s core micro-architecture and primarily designed to increase the price/performance and energy efficiency of the existing dual-core processor family. It was also said by Intel, that the chip should provide 4 ½ times increased performance of its single core processor. Since, the launching of the Intel Xeon Quad-Core processors, Dell started offering products with integration of the multi-core processors, which includes Intel’s first Xeon Quad-Core Processor.

The Intel Xeon Quad-Core Processor are designed to meet massive performance headroom that starts with 4 execution cores per socket, and the Hyper-Threading Technology enabled can handle 4 software threads simultaneously.

For mission-critical database solutions, the scalable performance plays a key role. It is very essential for such kind of environments to meet the query response and latency targets, and ability to adopt the benefit of additional server hardware resources as they are added. The E5606 processor based server is perfect for workloads based on the SQL server as well as aids in creating an excellent deployment environment. As testing at Intel, have shown that the SQL server functioning from the E5606 quad core xeon processor provides excellent output in terms of performance and scalability.

The complete sequence of Intel Xeon Processor 5000 provides an opportunity of enabling businesses to get the most possible power from their server hardware as they are energy-efficient and affordable.

Conclusion:

A combination of Microsoft SQL Server and Intel Xeon Quad-Core processors could offer you significant benefits not only in terms of performance and scalability, but are also energy efficient.

One of the critical factors in the success of your website is the availability that dedicated web server hosting offers. Since most web hosting providers already offer 99% of uptime, it is webmasters and customers responsibility to optimize the site properly so that the dedicated servers are not overloaded unnecessarily.

The “server load” may happen if large images, many JavaScript files, CSS files are poorly organized. These situations can cause server overload and damage the user who visits your website with longer loading times.

If you follow the following tips, it can help you to optimize the performance mode of the pages to load faster for better browsing experience.

Compress your files in JavaScript and CSS

After developing your website uses a file compressor JavaScript as JavaScript Compressor. What it does is remove all the blanks significantly that is reducing the weight of JS file and allowing faster loading. In the case of style files (CSS) could do the same through the tool
CSS Compressor.

Move your JavaScript files to the bottom of the page

Although you can not do this always, it is good practice to do whenever possible. When a page loads into the browser to server applications typically are high because you must load the HTML file, images, CSS, etc.. Move files from JavaScript to the bottom, they are not always needed in the initial charge, the first load is necessary for the page view, leaving the end of the scripts will increase the speed of loading and improve the user experience.

Use CSS Sprites

This technique is based on the use of only one big image in your CSS contains all the images used, eg background images, bullets, etc., and then placing it through the CSS. This way your file styles only loads a large image, instead of loading several times the single image. Fewer requests to the server, the faster will be delivered.

Resources:

• https://www.esds.co.in/dedicated-server-hosting.php

Generally you would require to change your MySQL collation so as to solve any problems with foreign character encodings. The very common step that can be taken here is to change your MySQL collation from latin1 to utf8. The same can be changed by using phpMyAdmin and the by following the below mentioned steps :

1. First you need to login to your cPanel account provided with your web hosting account and then click on phpMyAdmin icon located in the Database Box.

2. Now you need to select the Database you would want to manage from the drop down menu located on the left.

3. Then click on the Operations tab in the top menu of your phpMyAdmin

4. Once you click on Operations you will see at the bottom of the page the collation option. You need to now select a collation from the drop down menu and click on the Go button.

Please be informed that after you change the collation of a database only the new tables will be created with the new collation.  All the other tables will remain with the collation, they were initially created with.

Server virtualization has been into trend from a couple of last years and it is a reality that knocks companies, bringing numerous benefits to all who seek the resource savings and a more effective IT management. Furthermore, it is a green technology.

To give a broader view of server virtualization, identified a huge list of advantages and a few disadvantages, which can be compensated by using a cloud provider with recognized market action.

Advantages of Virtual Server:

1. Facilities to be simplified and space saving.
2. Centralized management.
3. Full compatibility with applications.
4. Greater availability and easier recovery in case of disaster.
5. Facility for running backups.
6. Support and maintenance simplified.
7. Controlled access to sensitive data and intellectual property by keeping them safe inside the data center.
8. Hardware independence.
9. Best use of space: the fewer physical devices installed, the greater the availability of space in racks.
10. The provision of new servers is reduced to a few minutes.
11. Migrating servers to new hardware transparently.
12. Saving electrical energy used by servers.
13. Security – using virtual machines (VM), you can define what is the best environment to run each service with different security requirements, several tools and operating system most suitable for each service. Virtual machines can be isolated and independent of each other, including the host machine. Using a virtual machine for each service, the vulnerability of a service does not affect the other.
14. Reliability and Availability – the failure of a software does not affect the other services.
15. The use of a VM as the development environment allows testing at different OSs, and for providing an isolated environment that prevents faults in the configuration and / or implementation, or even viruses, damaging the machine hardware.
16. The cost reduction is possible using small virtual servers on a more powerful single server.
17. Adapting to different workloads, which can be treated simply. Typically, virtualization software reallocate hardware resources dynamically between a virtual machine and another.
18. Load balancing: the whole virtual machine is encapsulated. Thus, it becomes easy to change the virtual machine platform and increase its performance.
19. Support for legacy applications: when a company decides to migrate to a new operating system, you can keep your old operating system running in a virtual machine, which reduces the cost of migration. It is worth remembering that virtualization can be useful for applications that run on legacy hardware, which is subject to failure and have high maintenance costs. With that hardware virtualization, you can run these applications on newer hardware with lower maintenance costs and higher reliability.
20. Reduction of personnel costs, power and cooling by using less physical equipment.
21. Better utilization of hardware – the hardware sharing by virtual machines is reduced to idle equipment.
22. With virtual machines, you can simulate entire networks, including heterogeneous networks.
23. You can use operating systems that do not have compatibility with the hardware, using the resources of hardware virtualization. This enables testing and even economy with the purchase of hardware.
24. Reduced downtime.
25. Ease of migration environments – prevents reinstallation and reconfiguration of systems to be migrated.

Disadvantages of Virtual Server:

1. Management – virtual environments need to be instantiated (create instances on virtual machines), monitored, configured and saved. There are products that provide those solutions, but this is the field in which they are the largest investments in the area of  virtualization.
2. Difficulty in direct access to hardware, for example, specific cards or USB devices.
3. Performance – currently there are no consolidated methods to measure the performance of virtualized environments. To compensate, we introduce an extra layer of software between the operating system and hardware, VMM or hypervisor, which generates a higher processing cost than would have without virtualization. Another important point to emphasize is that no one knows exactly how many virtual machines can be run per processor, without the loss of quality of service.
4. Great RAM consumption since each virtual machine will occupy a separate area of the same.
5. Great use of disk space, since it takes all the files for each operating system installed on each virtual machine.

As you can conclude, virtualization has more advantages than disadvantages, because it ends up solving and facilitating many operations. But it is necessary to evaluate all aspects involved in virtualization to avoid crises. For example, the vulnerability or burning a physical host will all virtual machines vulnerable or unavailable, requiring disaster recovery plans. Should also analyze whether the virtual machines have the performance needed for critical operations.

Resources:

• https://www.esds.co.in/vps-hosting.php
• https://www.esds.co.in/enlight-cloud-hosting.php