Overview

Benefits

High Availability
Utilizing advanced technologies like network virtualization, redundant linkages, primary-secondary gateways, and VPC-based cross-availability zone deployment, the Cloud guarantees robust network availability while ensuring comprehensive protection of network security and reliability across linkages, networks, and IDC levels.

Complete Isolation

Diversified Access
Virtual Private Cloud (VPC) offers multiple networking options for establishing connectivity between your on-premises data center (IDC) and cloud assets, including Direct Connect and VPN connections.

High-performance Internet
Cloud technology facilitates ultra-high-performance Internet connectivity via NAT Gateway, accommodating up to 10 million simultaneous connections, effectively overcoming bottlenecks in Internet access. Moreover, NAT gateways seamlessly integrate with other Cloud services like Elastic Load Balancing and Anycast Internet Acceleration, enhancing the overall business access experience.

Multi-dimensional Security

Visual Management
VPC facilitates the professional visualization of network topology, enabling real-time monitoring of network status, configuration of traffic alerts, and comprehensive network management alongside Flow Logs for enhanced efficiency and intelligence.

Elastic Scalability
Cloud infrastructure enables VPC elastic scaling, obviating the necessity for procuring, deploying, and troubleshooting supplementary network hardware. This capability facilitates the agile adjustment of network resources in tandem with shifts in business scale, thereby bolstering organizational growth endeavors.

Optimal Costs

Service Integration
VPC integration extends seamlessly across numerous Cloud services, including CVM, CDB, and TBDS, ensuring a holistic cloud solution for your needs.
Features
Software-defined Network
The IP address range, subnet IP address range, and routing strategies within VPC are customizable via the Cloud console or APIs. VPC can be subdivided into multiple subnets to facilitate the deployment of applications and services. Management of underlying network device deployment and operations, as well as the enhancement of network performance, are integral aspects of VPC optimization.
Internet Connection
Hybrid Cloud Deployment
Interconnection with Cloud Resources
Interconnecting resources within VPC with other cloud resources is facilitated through Peering Connection (PC) and Classiclink. PC is a service designed to link two VPCs, supporting the exchange of traffic between VPCs across different accounts and regions. This allows resources like CVMs and CDBs to communicate bi-directionally. By utilizing PC, deploying unified global servers and implementing disaster recovery solutions spanning multiple regions and data centers becomes a straightforward endeavor.
Security Control
Scenarios
High-performance In-cloud Network
In-cloud Internet of Things (IoT)
In-cloud Business Acceleration
2-region-3-DC Cloud-based Disaster Recovery
Hybrid Cloud Architecture

VPC facilitates the seamless establishment of a cloud-based interactive live broadcasting infrastructure tailored for high-traffic video and live broadcasting enterprises. This platform enables real-time transmission of video exceeding 100 GB, catering to the elastic transcoding demands of one-to-many configurations within private networks while ensuring uninterrupted user experiences across diverse scenarios.
- Leveraging VPC capabilities, you can construct a robust 10 Gbps cloud network optimized for one-to-many transcoding operations.
- The deployment of high-capacity Elastic IP resources facilitates video transmission surpassing 3 GB.
- Through the utilization of Bandwidth Packages, efficient bandwidth allocation across multiple IPs is achieved, leading to cost reductions.

The Cloud-based IoT service architecture facilitates the seamless handling of vast quantities of connection requests stemming from a diverse array of shared IoT devices, including communal portable chargers, shared bicycles, and unmanned stores.
- CLB efficiently manages large volumes of simultaneous requests to cater to the substantial requirements of IoT applications.
- With over 35 BGP lines, IoT devices can access resources from any region.
- NG safeguards private network assets during internet access.

Gaming Acceleration
In the realm of online gaming, players are dispersed globally, and servers are deployed across various regions. PC simplifies the management of network latency-sensitive situations, such as cross-server PvP battles, enhancing the overall player experience.
- PC facilitates the establishment of robust networks with minimal latency, addressing the cross-server gaming requirements of an international player base.
- With Cloud’s presence spanning 45 availability zones across 25 geographical regions worldwide, it enables strategic business deployment based on proximity, catering to the accessibility demands of players across diverse regions.

The cloud-based Disaster Recovery solution facilitated by PC empowers the creation of a VPC-driven setup spanning two regions and three data centers, effectively addressing the stringent security and high availability demands of financial services within the cloud environment.
- Enterprises can be distributed across various regions, facilitating intra-city active-active disaster recovery.
- Additionally, PC offers cross-region disaster recovery capabilities.
- Robust security measures, leveraging ACLs, security groups, and CAM, are implemented to ensure the secure isolation of business segments within regions.

Constructing a Hybrid Cloud Solution
By leveraging Direct Connect or VPN Connection, you have the capability to establish numerous cloud IDCs within the Cloud platform and interconnect them with local IDCs, facilitating the creation of a hybrid cloud infrastructure conducive to cloud-based disaster recovery and flexible business deployment.
- VPN Connection/Direct Connect facilitates multi-link access.
- The elastic deployment of business operations in the cloud streamlines adaptation to evolving business dynamics.