Kaivps analysis software is opening a new chapter of data center with the power of famine
According to Kaivps, the development of the data center is very slow in the past few years. Even in the period of rapid development of the Internet, the data center is only expanding in terms of equipment size. To a large extent, the data center has become a fragmented environment. Instead of having no software, software is isolated in specialized hardware devices. The data center is largely constrained by the dependency between software and specialized hardware. It is this relationship that highlights the importance of hardware devices. All software is developed based on unique hardware. These software are completely dependent on the hardware environment and have poor portability. In addition, the small scale of hardware computing cannot give full play to the advantages of software performance. Therefore, for a long time, software has not played a high role in the data center, and hardware equipment manufacturers have occupied the dominant position in the data center for decades, without giving software opportunities.
With the rise of cloud computing and big data technology, the data center has encountered unprecedented challenges, which provides a good opportunity for the rise of software. The performance improvement of the data center is based on the improvement of the performance of the single machine configuration. For example, faster processors, larger memory, etc. can't basically meet the practical needs. Today, with the popularization of servers, the approach aimed at improving the overall environment by improving the performance of a single machine has become more and more inappropriate, and can not meet the construction requirements of cloud computing and big data environments. And after years of development, the data center environment has become extremely complex. The data center is flooded with servers, networks, and storage of various brands, configurations, and performances. The data center urgently needs an effective integration to manage the chaotic infrastructure environment of the data center. At this time, only software can carry the banner of reform, and only through software can all computing resources in the data center be organically combined to give full play to the advantages of hardware computing. Software has been pushed onto the stage of attention for the first time. At that time, software technologies such as data center management software, distributed operating system, virtualization, and computing have emerged one after another to optimize the data center from different perspectives. The performance of hardware facilities in the data center depends on the performance and quantity of servers, networks, storage and other devices. The performance parameters are generally fixed. The organic combination of these hardware through software can often greatly improve the overall operating performance of the data center, which is also the significance of software.
In the data center, software has been suppressed by hardware for a long time, and now it finally has the opportunity to show its ability. Through software, all computing, network and storage resources in the data center are centralized, uniformly scheduled and allocated, and the utilization rate of these resources is improved. At the same time, it decouples the binding of software and hardware, and uses software to realize some advanced functions of hardware, which changes the long-term monopoly of hardware. This is like a home PC, where we buy a PC with certain hardware parameters according to the budget, and then install various software we need on the PC to realize various functions. These software plays a more important role. PC hardware is developing towards modularization and integration, providing unified and standard interfaces for software. The future development of the data center is similar to the current development of the home PC. The software pre installed in the PC is becoming more and more important, and the hardware is moving towards standardization and modularization. In the future data center, the software will continue to develop from five major directions: the first is the operating system level software, which can manage all kinds of hardware resources in a unified way, abstract resources such as computing, network bandwidth, storage space, etc., and uniformly allocate and manage them to provide operating system level resource management; The second is to focus on data computing technology, such as cloud computing and big data. Such software is completely based on data in the data center to calculate, so as to get the results you need. This part of software is the most popular. It is the massive data in the data center that gives the software more imagination space. Through software, massive data can be sorted, analyzed and classified, So as to obtain some valuable analysis results; The third is software management technology that focuses on application implementation. This kind of software is mostly related to applications. This kind of software is completely separated from hardware. Traditional data centers also need this kind of application software. The new generation of data center application software has more flexibility, reliability and efficiency; The fourth is software focusing on data center virtualization technology, including virtualization between various devices, virtualization within devices, and overall virtualization of the data center. Virtualization technology has developed into a necessary software technology in the data center, playing an important role in the data center; The fifth is the data center management software, which includes the unified management of all devices such as networks, servers and storage, as well as the management of data traffic forwarding, such as SDN technology, centralized software control of all network traffic forwarding in the data center, and management of personnel. This kind of software emphasizes automatic and intelligent management, Complete the management of the data center. The software has gradually penetrated into all aspects of the data center, opening a new chapter in the data center with the power of famine.
Software has brought about a new generation of data center changes, and software is playing an increasingly important role in the data center. However, the software is designed by people. BUGs are inevitable. The software needs to be used continuously, and there is a gradual stabilization process; In addition, the software design is too complex, which will consume too much computing resources, but will reduce the overall performance of the data center. The software should be light, with the goal of consuming the least hardware computing resources; The cost of software design is extremely low, mainly the cost of human resources. At one time, a lot of data center software appeared. These software are mixed, with good and bad quality. It needs to be carefully distinguished, and try to choose products with high popularity; The performance of software depends largely on the hardware. No matter how good the software is, if it is placed in a hardware environment with slow computing, it will not give full play to the advantages of the software. In the process of constantly updating the software, the corresponding hardware facilities should also continuously improve their performance to meet the needs of the software.
In the future data center, software will play a more and more important role. The market dominated by hardware equipment manufacturers in the past is gone forever. Not only various software manufacturers have joined the data center market competition, hardware equipment manufacturers are also seeking transformation to become integrated software and hardware providers. Manufacturers who only provide hardware equipment will face a brutal price war. Only through software, give full play to the advantages of software, and provide differentiated solutions, can they obtain more market profits. The software is opening a new chapter in the data center with the power of famine.
