Overview of Vietnam's Submarine Cable System: A Gateway to International Infrastructure
Dec 26, 2024Submarine cables play a crucial role as vital bridges, enabling Vietnam's internet system to connect with the global network. Do you know which submarine cable routes currently link Vietnam to the world?
Top 5 important submarine cables in Vietnam
Submarine cables are systems of cables installed on the seabed, playing a crucial role in connecting global infrastructure. These cables serve multiple functions, such as transmitting data, electrical power, and telecommunications signals between countries and continents. Vietnam currently has 5 key submarine cables to ensure high-speed international internet connectivity and maintain exceptional stability.
1. AAG Submarine Cable
The AAG submarine cable is the longest connecting submarine cable in Vietnam, landing in Vung Tau, and is utilized by most domestic internet service providers for international connectivity. Operational since 2009, AAG is a key cable line, playing a crucial role in ensuring the speed and stability of international internet connections. This cable has:
- Capacity: 2.88 Tbps
- Length: 20,000 km
- Connectivity: Southeast Asia to the United States, passing through intermediary points such as Hong Kong, the Philippines, Guam, and Hawaii.
Map of the AAG Submarine Cable Route (Source: submarinecablemap)
2. APG Submarine Cable
The Asia Pacific Gateway (APG) is a submarine cable with a large transmission capacity, offering superior connection speeds compared to previous cables like SMW3 and AAG. Operational since the second quarter of 2016, the APG cable not only helps relieve the load on older cables like AAG but also plays a key role in enhancing international connectivity. It is safe to say that this cable is strategically important in Viettel's international network. By investing in this cable, Viettel ensures stable international bandwidth and meets connectivity demands in key markets such as Japan, South Korea, and China.
- Capacity: 54.8 Tbps
- Length: 10,400 km
- Connectivity: China, Japan, Hong Kong, South Korea, Taiwan, Vietnam, Malaysia, Thailand, Singapore.
Map of the APG Submarine Cable Route (Source: submarinecablemap)
3. IA Submarine Cable
Intra Asia (IA): The TGN-Intra Asia (TGN-IA) cable, also known as the Asia-Europe cable, is considered an important submarine cable for transferring traffic to the Americas and Europe for customers in Vietnam and the surrounding region. Launched in early 2009 and built by Tata Communications, this cable had an initial investment cost of up to 20 million USD.
- Capacity: 3.84 Tbps
- Length: 6,800 km
- Connectivity: Singapore, Vietnam, Hong Kong, Philippines, Guam, Japan.
Map of the IA Submarine Cable Route (Source: submarinecablemap)
4. SMW3 Submarine Cable
The SMW-3 (SEA-ME-WE3 or South-East Asia – Middle East – Western Europe 3) submarine cable is currently the longest in the world and the only cable that connects Asia through India to Europe, rather than heading toward the Americas like other submarine cables.
- Capacity: 320 Tbps
- Length: 39,000 km
- Connectivity: Southeast Asia, the Middle East, and Western Europe.
The SMW-3 cable has a wide connectivity range, linking 39 countries worldwide and serving as a vital bridge between regions. In Vietnam, this cable lands in Da Nang, contributing to the stability and speed of internet connectivity in Southeast Asia. Additionally, SMW-3 effectively supports intercontinental data transmission, making a significant contribution to the growth of international trade and telecommunications.
Map of the SMW-3 Submarine Cable Route (Source: submarinecablemap)
5. ADC Submarine Cable
The ADC (Asia Direct Cable), officially launched on December 19, 2024, is currently the largest submarine cable in Vietnam and plays a crucial role in enhancing internet connectivity, ensuring national information security, and promoting the development of advanced digital services. With impressive technical specifications, it is the most modern submarine cable in Vietnam:
- Capacity: 160 Tbps
- Length: 10,000 km
- Connectivity: Vietnam, Japan, the Philippines, China, Singapore, and Thailand.
Map of the ADC Submarine Cable Route (Source: submarinecablemap)
Viettel is the only Vietnamese entity participating in the investment consortium for this cable and owns the entire submarine cable branch and landing station in Quy Nhon, Binh Dinh. Viettel also owns a pair of fibers on the main trunk of the cable, with a minimum designed capacity of 20 Tbps. It is expected that customers in Vietnam will begin using the service in early 2025.
Vision for the Development of Vietnam's Submarine Cable Infrastructure
According to the ICT infrastructure planning for the period 2021-2030, with a vision towards 2050, the Vietnamese Ministry of Information and Communications has outlined a strategy for the development of the international submarine cable system with the goal of enhancing global connectivity capacity.
2024 – 2027 Period
During this period, Vietnam will focus on heavily investing in submarine cable infrastructure. On December 19, 2024, the ADC submarine cable will officially begin operation, adding international connectivity capacity. In 2025, the SJC5 cable will be deployed to increase capacity and reduce dependence on older cables. Before 2027, the ALC cable will be completed, bringing the total number of new cables in operation to at least four during this period, with total connectivity capacity reaching a minimum of 134 Tbps.
During this time, Vietnam will also continue to maintain key connectivity hubs in Singapore, Hong Kong, and Japan, while periodically reviewing, assessing, and adjusting connection points to meet actual needs. Notably, Vietnam aims to complete and operate at least one submarine cable and one international terrestrial cable owned by the country itself.
2028 – 2030 Period
In this phase, Vietnam will continue to expand its scale by deploying at least six new submarine cable lines, raising the total designed capacity to 350 Tbps. At the same time, one submarine cable and one international terrestrial cable owned by Vietnam will become operational.
Vietnam aims to ensure 90% of its connectivity capacity is linked to major digital hubs in Asia, with 10% of backup capacity directed towards digital hubs in the Americas and Europe. These strategic advancements will not only enhance Vietnam's role in the global data transmission network but also strongly promote the digital economy and the development of regional digital hubs.
Asia Direct Cable (ADC) Submarine Cable: A Major Breakthrough
The Asia Direct Cable (ADC) is the submarine cable with the largest bandwidth capacity in Vietnam, three times the capacity of the APG (Asia Pacific Gateway) cable. This cable, implemented by Viettel, will connect Vietnam to major international digital hubs such as Singapore, Hong Kong, and the United States, helping to expand global connectivity and data transmission capabilities.
Currently, digital hubs such as Singapore, Hong Kong, and the United States play a crucial role in data exchange between regions and countries. This means that direct connectivity with these hubs offers significant advantages for Viettel and international customers. For example, customers can take advantage of modern infrastructure, reduce latency, and increase transmission speed, resulting in higher efficiency for global businesses, especially in sectors requiring high bandwidth like 5G, AI, IoT, and big data.
With its strategic location in the heart of Southeast Asia, Vietnam is an ideal market for businesses and service providers seeking opportunities in the region and globally. Viettel IDC proudly leads the way in Data Center technology and cloud computing in Vietnam. Particularly, with the advantage of owning the best ADC cable in the country, Viettel IDC not only offers direct connectivity to international hubs but also provides pioneering Data Center solutions, leading the market in Vietnam.
This advantage is further elevated by Viettel IDC, the leader in international-standard Data Centers, which integrate green technology and are directly connected to submarine cable infrastructure. This is the ideal solution to help global businesses easily expand operations in Vietnam without concerns about internet disruption or data transmission limitations.
Viettel IDC, the largest and greenest Data Center and Cloud Computing service provider in Vietnam.
Vietnam has been undergoing a strong transformation to become the Digital Hub of the region, serving as a strategic bridge in the global data flow. With its advantageous geographical location, modern telecommunications infrastructure, and remarkable digital growth, Vietnam opens up countless opportunities for international businesses to tap into the region's potential.
Viettel IDC is proud to be the pioneer of Viettel and Vietnam in providing comprehensive digital infrastructure solutions, from international-standard data centers to strong Internet connectivity through strategic submarine cable lines. Partner with Viettel IDC today to leverage optimal connectivity, accelerate digital transformation, and achieve ambitious goals in the digital era.
Choose Viettel IDC - the starting point for international businesses' success in Vietnam!
- Email: support@viettelidc.com.vn
- Website: viettelidc.com.vn
Featured news
Related news
Kubernetes vs Serverless? Which Is the Right Choice for Enterprise Architecture?
In the Cloud Native era, Kubernetes vs Serverless represents a classic clash between two philosophies: Maximum control or ultimate convenience? If Kubernetes can be considered the solid backbone for complex Microservices systems, Serverless is the speed-driven launchpad that helps optimize costs for enterprises. So, which one is the right fit for your architecture?
What Is Kubespray? A Production-Ready Kubernetes Deployment Solution for Enterprises
Kubernetes has revolutionized Container orchestration, providing an efficient and flexible solution for application deployment. However, manually setting up and maintaining a Kubernetes Cluster is often highly complex and can easily become overwhelming.
What Is Minikube? A Beginner’s Guide to Running Kubernetes
Do you want to start learning Kubernetes but are concerned about server rental costs or complicated configuration? Minikube is the perfect answer. So, what is Minikube, and how does this tool turn your laptop into a “pocket-sized” Kubernetes Cluster that you can use for completely free hands-on practice?
What Is a Helm Chart? The Most Effective Way to Manage Kubernetes Applications
Are you overwhelmed by having to manage dozens of separate YAML configuration files every time you deploy an application to Kubernetes? That’s when you need Helm Chart – a solution often described as the key to escaping configuration hell.
What Is a Service in Kubernetes? A Complete A-Z Guide to Service Types and Configuration
In the Kubernetes world, Pods have one defining characteristic: they are ephemeral. They are constantly created, terminated, and replaced. Each time this happens, a Pod’s IP address changes. This creates a challenging problem: How can A communicate with B if B’s IP address keeps changing? The answer is Kubernetes Service.
What Is a Namespace in Kubernetes? A Complete A-Z Guide to Creating and Managing Namespaces
A Kubernetes Cluster is like a huge office building. Without proper zoning, resource conflicts between departments (Dev, Test, Prod) are inevitable. Kubernetes Namespaces are the essential partitions that divide physical infrastructure into multiple Virtual Clusters, ensuring effective isolation and management.
Kubernetes Cost Optimization: Effective Cloud Cost Reduction Strategies for Businesses
Kubernetes enables businesses to deploy and operate containerized applications at scale with greater flexibility. However, this flexibility also comes with increasingly complex cost management challenges. Kubernetes cost optimization is not simply about cutting resources or shrinking the cluster.
What Is the Vertical Pod Autoscaler? Effectively Optimizing Pod Resources in Kubernetes
In Kubernetes, manually setting CPU and memory resources for Pods can easily lead to either resource shortages or infrastructure waste. Improper configuration can cause applications to slow down, experience OOMKilled errors, or prevent the cluster from fully utilizing its available capacity. The Vertical Pod Autoscaler provides a smarter approach by automatically recommending and adjusting resources based on actual usage.
What Is the Kubernetes Scheduler? How Kubernetes Decides Where Pods Run
In Kubernetes, a Pod does not automatically start running immediately after it is created. It first needs to be assigned to a suitable node within the cluster. This task is handled by the Kubernetes Scheduler, whose role is to determine where a Pod should run. The Scheduler helps allocate resources efficiently, maintain system stability, and optimize overall performance.
Kubernetes vs Docker: Understanding the Key Differences for Effective Container Deployment
During the application containerization process, many people who are new to DevOps often confuse Docker and Kubernetes as two tools with the same role, and some even believe that learning only one of them is sufficient. In reality, Docker and Kubernetes solve two completely different problems, but they are closely connected within modern deployment architectures.
Comment ()