Cloud network acceleration can effectively improve the transmission speed and performance of cloud servers between users and data centers. A series of technologies and methods can be adopted. Common cloud network acceleration methods are as follows!

CDN (Content Delivery Network)

CDN is a technology that speeds up content delivery and reduces latency by deploying server nodes around the world to cache static and dynamic content to the nodes closest to the user.

Edge computing

Edge computing By deploying server nodes close to users, computing and storage capabilities are moved to the edge of the network, reducing data transmission distance and improving latency to improve response speed.

Accelerated agency

Accelerated agent is a kind of proxy server that specially optimizes the speed in the data transmission process, and improves the transmission through data compression and reducing the packet transmission cost.

Intelligent routing

The intelligent routing technology selects the optimal path for data transmission based on network conditions, avoiding congestion and delay, and improving transmission efficiency.

Multipoint acceleration

Deploy servers on multiple network nodes to achieve throughput transfer of data, reducing congestion and latency.

Data compression

The transmitted data is compressed to reduce the amount of transmitted data, thereby increasing the transmission speed.

Load balancing

The network load is balanced among multiple servers to avoid heavy load on a single server and improve network performance.

Network optimization

The noise and delay in network transmission are reduced by adjusting network parameters and optimizing protocols.

Storage technology

Using storage technology, the data is temporarily stored on nodes near the user, and can be directly obtained from the storage for the next access, improving the access speed.

QoS (Quality of Service) management

QoS technology is used to allocate network resources, ensure the priority of data transmission for critical applications, and improve the transmission speed of important data.

The preceding methods can be used independently or in combination. Based on actual application scenarios and requirements, you can select an appropriate cloud network acceleration method to improve data transmission speed and performance.