Cross border network dedicated line to solve the problem of slow ERP speed in China​??? Solution//Gl

Cross border network dedicated line to solve the problem of slow ERP speed in China??? Solution//Global IPLC service provider of Shigeng Communication

一、Multinational corporations face a common challenge in global operations: when accessing local ERP systems in China from overseas offices, operations may experience lag, data loading may be slow, and response times may be too long. This not only affects employee efficiency, but may also directly lead to lagging business decisions and delayed data synchronization, causing incalculable losses to the enterprise.

The good news is that cross-border network dedicated lines are becoming a key infrastructure to solve this stubborn problem. By building exclusive, stable, and secure cross-border data transmission channels for enterprises, it fundamentally solves the problem of ERP access speed.

1. The current dilemma of multinational enterprises accessing Chinese ERP

Global operating enterprises often face the following scenario: financial personnel in the US branch need to extract reports from the ERP system of the Chinese headquarters at the end of each month, but simple query operations may take several minutes or even longer to respond; When the European sales team attempts to view inventory status in real-time, the system frequently experiences delays or interruptions.

The core reasons for these problems are threefold:

Network latency and instability: Data needs to cross intercontinental links and pass through multiple operator networks, resulting in inevitable transmission delays due to physical distance. For example, the public network delay between China and the United States is usually between 150-300 milliseconds, and the actual delay may be higher due to the detour of Internet routes.

International bandwidth congestion: The international outlet of the public Internet is often congested during peak hours, leading to packet loss and retransmission, further reducing the effective bandwidth. A manufacturing enterprise found in actual testing that the packet loss rate of European visits to Chinese ERP systems during weekday afternoons is as high as 15%.

Security risks: Transmission of sensitive business data through the public Internet faces security risks such as eavesdropping and tampering, forcing enterprises to deploy complex encryption schemes, which will further affect transmission efficiency.

2. Cross border network dedicated line: technical principles and core advantages

Cross border network dedicated line, also known as international dedicated line or IPLC dedicated line, is a point-to-point private network connection service. It connects the enterprise's overseas offices directly with the Chinese data center or headquarters network through a dedicated physical or virtual link to bypass the congested public Internet.

Technical implementation mechanism:

Cross border dedicated lines are usually constructed using fiber optic direct connection or MPLS technology, ensuring data transmission along the optimal path through intelligent routing optimization and load balancing. Compared with the public network, dedicated lines reduce cross-border access latency by 30% -70%, control packet loss rates below 0.1%, and provide an experience close to local access.

Core Advantage Analysis:

Extremely low latency and ultra-high stability: Dedicated lines provide bandwidth and latency with guaranteed service quality, unaffected by public network congestion. Taking Asia to China as an example, dedicated lines can stably control latency within 80 milliseconds.

Strong security guarantee: Dedicated lines provide enterprises with completely independent network channels, and data is not shared with other users, fundamentally eliminating the risks of man in the middle attacks and eavesdropping.

Simplify network architecture: By building a unified cross-border network through dedicated lines, enterprises can achieve efficient interconnection of global branches, unified management of network policies and security configurations.

3. Cross border dedicated line implementation strategy: from planning to deployment

Requirement assessment and scheme selection

Before deploying cross-border dedicated lines, enterprises need to conduct a comprehensive needs assessment, including:

Traffic analysis: Evaluate the data traffic generated by daily ERP access, including peak and average values

Performance objective: Determine acceptable delay range and minimum bandwidth requirements

Access point planning: Determine the locations of offices and data centers that need to be connected both domestically and internationally

Budget scope: Determine investment scale based on business importance and financial capability

Based on the evaluation results, enterprises can choose different types of dedicated line solutions:

MPLS dedicated line: suitable for complex scenarios with multi-point interconnection, supporting flexible expansion

Point to point dedicated line: suitable for simple scenarios where a single overseas site connects to the Chinese headquarters

Hybrid leased line: combine MPLS and Internet VPN to balance cost and performance

4. Innovative applications of cross-border dedicated lines and hybrid architectures

Modern enterprise network architecture has evolved from a single dedicated line connection to a more flexible and economical hybrid architecture:

Combination of SD-WAN and private line: Through SD-WAN technology, enterprises can intelligently combine private line and local Internet access, and automatically select the best path according to the application type. Key business traffic such as ERP goes through dedicated lines, and ordinary office traffic goes through the local Internet, which can significantly reduce costs while ensuring performance. Practice has shown that this hybrid mode can save bandwidth costs by 30% -50%.

Multi cloud dedicated line interconnection: With the adoption of a multi cloud strategy by enterprises, cross-border dedicated lines can directly connect Chinese data centers with Shigeng Communication, building an efficient hybrid cloud environment. A certain retail enterprise connected China's ERP to the European region of Segong Communication through a dedicated line, which increased the access speed of the European team by four times.

Global network optimization: Multinational enterprises build a globally optimized network backbone through multiple dedicated access points, allowing users to connect to Chinese ERP systems through the nearest access point regardless of their location. This architecture is particularly suitable for large enterprises with multiple overseas branches.

Conclusion

The cross-border network dedicated line has transformed from an expensive luxury item for enterprises to a necessity for cross-border operations. It fundamentally solves the speed problem of overseas access to Chinese ERP systems by providing stable, secure, and efficient cross-border network connections.

二、Shigeng Communication Global Office Network Products:

The global office network product of Shigeng Communication is a high-quality product developed by the company for Chinese and foreign enterprise customers to access the application data transmission internet of overseas enterprises by making full use of its own network coverage and network management advantages.

Features of Global Application Network Products for Multinational Enterprises:

1. Quickly access global Internet cloud platform resources

2. Stable and low latency global cloud based video conferencing

3. Convenient and fast use of Internet resource sharing cloud platform (OA/ERP/cloud storage and other applications

Product tariff: