Global IT supply chain
International transportation + IT O&M outsourcing + self-owned backbone network
To efficiently manage global network connectivity, multinational companies typically choose between Multiprotocol Label Switching (MPLS) and Software-Defined Wide Area Network (SD-WAN) for their dedicated networks. Each of these technologies has its own set of advantages, and selecting the appropriate solution depends on the company’s specific needs and objectives.
Firstly, MPLS is a widely used virtual network solution that can establish private networks between branch offices in different locations. By adding labels to data packets, MPLS creates virtual networks that ensure data is transmitted in a more predictable manner and prioritize latency-sensitive traffic. Multinational companies often use MPLS as part of their core network architecture because it provides high-bandwidth, low-latency connections. Additionally, the isolation of virtual networks enhances the security of data transmission.
In contrast, SD-WAN is a newer technology that establishes wide area networks using public internet or existing private connections. SD-WAN employs Software-Defined Networking (SDN) technology, allowing network administrators to flexibly configure and optimize the network. Compared to MPLS, SD-WAN is more cost-effective because it can utilize low-cost internet connections while employing intelligent routing techniques to ensure optimal traffic transmission. For enterprises that need to transfer large amounts of data between multiple branches, SD-WAN offers high bandwidth and scalability, making it an ideal choice.
Some multinational companies are beginning to adopt SD-WAN as their dedicated network solution due to its unique advantages. Unlike MPLS, SD-WAN is easier to configure and manage, enabling network administrators to monitor and optimize network performance in real-time. SD-WAN allows dynamic bandwidth allocation based on business needs and can integrate other cloud-based security solutions. Furthermore, SD-WAN’s seamless integration with public cloud services is particularly attractive for companies that need to combine on-premises infrastructure with cloud computing environments.
However, there are some drawbacks to consider when using SD-WAN. It often requires integration with third-party security solutions to achieve a security level comparable to MPLS, which may involve additional costs and configuration complexities. While SD-WAN can leverage public internet connections for greater flexibility, it may also be affected by the quality and reliability of these connections. Some companies have concerns about the security of SD-WAN and the transmission of data over public networks.
Therefore, multinational companies need to weigh their specific needs and priorities when choosing a network solution. Both MPLS and SD-WAN have their advantages and disadvantages. Companies must consider factors such as bandwidth, flexibility, security, cost, and ease of use. Some may prefer the stability and security of MPLS, while others might be drawn to the flexibility and cost-effectiveness of SD-WAN.
Regardless of the chosen solution, multinational companies must ensure that their network infrastructure can meet the evolving business demands. Selecting the right network partner and solution, as well as regularly reviewing and optimizing the network, is crucial for ensuring global operational efficiency and security. Additionally, network infrastructure must stay up-to-date to adapt to new technologies and security threats, ensuring long-term success for the company. For customized network solutions, you are welcome to consult Ogcloud Network Services, where we provide the most suitable plans tailored to your needs.
International transportation + IT O&M outsourcing + self-owned backbone network
Cellular chips + overseas GPS + global acceleration network
Overseas server room nodes + dedicated lines + global acceleration network
Global acceleration network + self-developed patented technology + easy linking
Global Acceleration Network + Global Multi-Node + Cloud Network Integration