​Enterprise level network configuration: providing accelerated support for cross-border ERP systems?

Enterprise level network configuration: providing accelerated support for cross-border ERP systems??? Solution//Global IPLC service provider of Shigeng Communication

一、In today's globalized operation, the ERP system of multinational enterprises is like a central nervous system. However, the network connecting global headquarters and various branch offices often becomes a "blood clot" for smooth business operations - slow page loading, delayed data synchronization, and frequent disconnections during peak business periods. These lagging phenomena not only hinder efficiency, but may also lead to decision-making errors and business losses.

This article will delve into how to build a high-speed, stable, and secure "data highway" for multinational ERP systems through enterprise level network configuration.

1. Challenge analysis: Why cross-border ERP always lags behind?

Before optimizing, it is necessary to understand that the root causes of slow speed are multifaceted:

Physical latency and network detours

Physical laws limit: Data is transmitted in optical fibers at a speed of about 200000 kilometers per second, and the theoretical delay for a distance of nearly 10000 kilometers from Shanghai to Frankfurt exceeds 50ms.

Routing complexity: Actual data packets need to pass through multiple operator networks during transmission, and improper path selection may result in actual delays of up to 300-500ms and an increase of over 30% in path hops.

Inefficient protocol

TCP protocol bottleneck: Traditional TCP protocol is inefficient in long-distance and high latency environments, and its congestion control mechanism wastes more than 30% of bandwidth resources.

Application layer interaction: Each click of ERP may trigger multiple data exchanges between the front-end and server, and high latency will amplify the waiting time for each interaction.

Bandwidth competition and packet loss

International export congestion: During peak business hours, international export bandwidth can easily become a bottleneck, and packet loss rates may rise to 2-5%.

Critical business obstruction: An unoptimized network cannot distinguish business priorities, and video traffic may seize bandwidth for critical ERP transactions.

2. Solution: Build a four layer accelerated protection system

First layer: Network path optimization - intelligent routing to avoid congestion

SD-WAN (Software Defined Wide Area Network)

Path optimization: Automatically bypass congestion and faulty nodes, effectively reducing jitter and packet loss.

Key application assurance: Set the highest priority for ERP traffic such as SAP and Oracle based on policies.

Cost optimization: Guide non critical traffic to lower cost routes while ensuring quality.

Working principle: By continuously monitoring the real-time quality of multiple links such as MPLS, the Internet, 4G/5G, and so on, we can intelligently choose the optimal path for ERP traffic.

Core values:

Global Acceleration Service

Implementation method: Utilize global edge nodes from cloud service providers such as Alibaba Cloud GA and AWS Global Accelerator. User traffic is accessed nearby and then directly connected to the ERP data center through the optimized backbone network within the cloud service provider.

Effect: It is equivalent to "short circuiting" the unstable public Internet for long-distance transmission through private high-quality networks, and the measured transcontinental delay can be reduced by more than 30%.

Second layer: Transmission protocol optimization - improving the efficiency of single lane traffic

TCP optimization technology

Enable BBR algorithm: a congestion control algorithm developed by Google that optimizes data transmission by measuring bandwidth and RTT, especially performing well in cross-border environments.

Adjusting TCP window size: Increasing the TCP window size can improve the efficiency of long-distance transmission and reduce confirmation waiting time.

Application layer optimization

Data compression: Compress large amounts of non real time data queries and report results, reducing transmission load by 70%.

Cache technology: Deploy cache servers in regional centers to cache static data (such as material master data) frequently accessed by branch offices locally.

Third layer: Architecture optimization - making data "run closer"

Distributed database or read-write separation

Read write separation: Deploy read-only database replicas in overseas regional centers, allowing overseas users to directly access local replicas for query operations, and synchronizing only write operations to the headquarters main database.

Microservice transformation: Deploy relatively independent and latency sensitive services (such as query and reporting services) on overseas nodes.

ERP load balancing

Deploy a load balancer on the front-end of the ERP server to distribute global user access requests to different application server instances, avoiding single point overload.

3. Practical case: The new path of ERP for a manufacturing giant

Background: A German owned automotive parts manufacturer has 90 factories in China, and employees need real-time access to the SAP ERP system located at its headquarters in Germany.

Pain points: Slow page loading (8-15 seconds), delayed data synchronization leading to production plan errors.

Solution:

Deploy SD-WAN dedicated link: Establish a direct connection channel from Shanghai to Frankfurt, optimizing the number of routing hops from 22 to 9.

Implementing TCP acceleration technology: optimizing transmission efficiency under high latency, achieving a packet compression rate of 40%.

Prioritize ERP traffic: Ensure critical business bandwidth and set SAP HANA synchronization as the highest priority.

achievements:

The system response time has decreased from an average of 12 seconds to 2 seconds

Data synchronization delay reduced from 4 hours to near real-time

Reduce production errors caused by system delays by 85% annually

Accelerating cross-border ERP systems is not simply a bandwidth upgrade, but a systematic project involving networks, protocols, architecture, and management. Through a four layer protection system of intelligent routing (SD-WAN), protocol optimization (TCP acceleration), architecture adjustment (read-write separation), and fine-grained management (QoS), enterprises can build an efficient and stable "data highway".

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: