Global Data Service
GDS Hanoi Thanglong
About This Data Center
We understand how critical your information systems are. Business continuity, disaster planning, network redundancy and performance along with security are all essential parts of your infrastructure. With endeavor from GDS, you will have more free hands to focus on your core business. Global Data Service Joint Stock Company (GDS) is a joint venture between VNPT Group, the largest telecom carrier in Vietnam and the world telecom giant NTT Communications (Japan). GDS builds and manages Thang Long Data Center in Hanoi, offering more than 6000 m2 data center space and colocation services to hundreds of customers. The Data Center fully leverages the know-how and global standards from NTT Communications and ample domestic network of VNPT. The Thang Long Data Center facilities are well-equipped with the cutting-edge infrastructure to deliver the availability and resiliency you need for business-critical applications. Thang Long Data Center is bringing an entirely new concept to bear on the IT industry -- a massively scalable, campus for constructing and housing the largest, greenest and most secure private and public cloud networks imaginable. Therefore, our world-class data center meets or exceeds general and industry-specific certification standards.
Address: Thang Long Data Center, Lot P5, Thang Long IP, Dong Anh
Website: http://www.gds.vn
Email: sales@gds.vn
Phone: +84-4-3562 6996
Technical Specifications
Location
Address: Thang Long Data Center, Lot P5, Thang Long IP, Dong Anh
Key Features
- State-of-the-art security systems
- Redundant power and cooling
- 24/7 monitoring and support
- High-speed connectivity
- Scalable infrastructure
Why Choose This Data Center
Excellent Connectivity
Direct access to major internet exchanges and multiple fiber providers for optimal network performance.
Top-Tier Security
State-of-the-art security measures including biometric access control, 24/7 surveillance, and redundant systems.
High Performance
Designed for high availability and performance, with redundant power and cooling systems.