How to optimize the performance of enterprise WAN for WAN optimization applications?

Performance test results show that the combination of storage, virtualization, and WAN optimization solutions delivers superior data migration capabilities that deliver value to users. With F5 integrated solutions, including the BIG-IP WAN Optimization Module, enterprise users can use existing broadband more efficiently and reduce the cost of replicating data between data centers.

"As enterprises continue to consolidate their globally dispersed data centers, the pursuit of business continuity disaster recovery (BC DR) is driving the need for storage replication and VM migration capabilities between data centers," said Joe Skorupa, research vice president, Data Center Transformation, Gartner. This trend—along with the general growth in data migration between enterprise data centers—has led to the emergence of private WAN optimization offerings.

These products can help organizations maximize the performance of critical business continuity disaster recovery operations while minimizing bandwidth costs for high-speed WAN links. ”

F5, NetApp, and other vendors jointly conducted a series of tests to validate the value of combining WAN optimization services with storage and virtualization technologies. The test results show that the integrated WAN optimization service meets user requirements for availability, performance, and storage migration, while significantly reducing the impact of performance latency.

"By using F5 and NetApp, users can further optimize secure replication and live migration operations over long distances between data centers to enhance data migration and traffic balancing," said Patrick Rogers, vice president of solutions and alliances at NetApp. ”

Through additional testing, Hitachi Data Systems has validated that F5's big-IP devices can be combined with Hitachi TrueCopy Remote Replication for use on Hitachi's universal storage platform and Hitachi's adaptable modular storage. At the same time, the significant performance and security benefits associated with WAN replication have been demonstrated in tests of Dell EqualLogic PS Series Internet SCSI (iSCSI) arrays in combination with F5 BIG-IP solutions, including the BIG-IP WAN Optimization Module (WOM).

WAN optimization refers to the optimization of the enterprise network to improve the transmission speed and stability of the network, reduce network latency and packet loss rate, and improve user experience and work efficiency. WAN optimization has a wide range of applications, involving all aspects of the enterprise, such as remote work, data transmission, ** conferencing, etc.

As businesses grow, the number of branch offices increases, and so does the need for employees to work remotely. WAN optimization can improve the efficiency and stability of remote work by optimizing network transmission paths and reducing network congestion. For example, by using accelerators and compression techniques, the time and bandwidth consumption of data transmission can be greatly reduced, and the efficiency of remote work can be improved.

WAN optimization can speed up the speed and stability of data transmission by optimizing network transmission paths and improving bandwidth utilization.

In addition, WAN optimization also plays an important role in meetings. With the globalization of enterprises, the first meeting has become an important way for enterprises to communicate and collaborate. WAN optimization can improve the quality and stability of conferences by optimizing network transmission paths and reducing network latency.

For example, by using Quality of Service (QoS) technology, you can prioritize the data flow of the conference to ensure the quality and stability of the conference.

This is an IE consideration, so it's really hard to deal with without a true level.

WAN. Wide Area Network (English: Wide Area Network), abbreviated as WAN, also known as Wide Area Network, Extranet, Public Network, WAN is not the same as the Internet, it is a remote network that connects computer communication in different regions of the local area network or metropolitan area network, mainly using packet switching technology.

WAN usually spans a large physical area, covering a wider range than both local area networks (LANs) and metropolitan area networks (MAN), covering a range of tens to thousands of kilometers, it can connect multiple regions, cities and countries, or across several continents and can provide long-distance communications, forming an international long-range network.

WAN optimization.

WAN optimization suppresses the excessive occupation of limited bandwidth by traffic that users do not care about, and improves the utilization rate of the entire network, so that the limited WAN bandwidth can be reasonably utilized!

Common problems in enterprise WANs:1.It is common to see a large number of routes, gateways, and cross-regions and carriers.

2.Packet loss and prolonged use are less efficient.

3.Too much interaction leads to poor transmission efficiency.

The existing problems of the enterprise WAN are accelerated through the [Yunjie Communication WAN.

The solution can solve the problems caused by WAN technology limitations when data is transmitted over the WAN, such as bandwidth tension, latency, and disorderly competition for bandwidth resources by WAN data. WAN acceleration products truly improve the performance of application systems, redefine modern enterprise networks, improve enterprise data interconnection performance, reduce costs, and provide the required reliability and efficiency for business development through data compression, network data caching, application acceleration, and application control management.

Yunjie WAN optimizes product value1.Improve the performance of enterprise applications.

2.Reduce the cost of network usage.

3.Improve the reliability of enterprise connectivity.

Features of Yunjie WAN optimization solution1.High reliability. Implement path selection, multiplexing, second-level switching, and redundant coding.

2.Multi-level optimization. Data edge delivery, data compression, high-performance transmission, adaptive transmission.

3.Easy to manage. Easy deployment, centralized configuration, visual interface, monitoring and alarming.

WAN optimization can bring the benefits of reduced latency, reduced congestion, and faster bandwidth-hungry web applications to distributed enterprise networks.

WAN optimization breathes new life into slow WAN links, alleviating congestion, speeding up file transfers, and improving application responsiveness. Since many enterprise WANs have limited bandwidth, they may become congested during data transfers. At the same time, distributed enterprises often suffer from high latency due to the long physical distance between them.

The promotion of ** popularity.

Technically, there is no difference between WAN optimization and WAN acceleration. In fact, WAN acceleration is a type of WAN optimization. Enterprises can optimize their WAN to maximize the use of existing bandwidth.

Enterprises are experiencing slow network speeds, and critical office applications are often unusable. WAN optimization prioritizes business-critical processes so that they run smoothly. With a WAN optimization solution, enterprises can control which critical program traffic is prioritized.

WAN optimization can reduce the payload on an application to minimize the amount of bandwidth required to transmit data. WAN optimization solutions, such as SD-WAN private lines, reduce bandwidth consumption and overall costs for enterprises.

Safe, high-speed and stable enterprise WAN solutions can be learned more about Yunjie Communications.

To build a WAN, you need to find a network company that builds a WAN.

Industry insiders**, the WAN optimization global market revenue is set to reach $12.1 billion in 2019, driven by market developments, demand for WAN optimization-as-a-service options, and continued growth in IP protocols and Ethernet services.

The 2015 Global Network Purchasing Intentions Survey reveals how companies will invest in WAN optimization in the coming year. In fact, WAN optimization products are in the top five of enterprise IT investment plans as enterprises rush to address WAN-related performance issues.

The survey also addresses why the IT industry needs to adopt WAN optimization techniques to improve WAN performance. The main reasons include the need to support QoS, the need for real-time application acceleration for services such as VoIP and **, and bandwidth aggregation.

To meet these performance needs, IT departments are evaluating a variety of WAN optimization technologies and tools, ranging from WAN optimization as a service to virtual WAN optimization offerings. As network traffic grows at an exponential rate, IT departments need to take full advantage of every technology that ensures users get the performance they need.