Overview
Peering Connection (PC) offers a premium connectivity service characterized by high bandwidth and quality, enabling seamless communication among Cloud resources. PC facilitates interconnectivity across various regions, accounts, or diverse networks, making it particularly suited for intricate network setups like two-region-three-data-center cloud-based disaster recovery or unified game servers. Furthermore, it facilitates interconnection among VPCs, basic networks, and BM networks, effectively catering to the diverse deployment requirements of businesses.
Benefits
Multi-network Interconnection
Peering Center (PC) facilitates heterogeneous connectivity between resources across various Cloud networks, including VPCs, BM networks, and basic networks. It enables on-demand deployment tailored to diverse business requirements, thereby enabling efficient data communication among peers.
Fine-tuned Traffic Management
PC offers monitoring and control functionalities at the IP gateway level, aiding in the swift identification of network issues through visualizing network traffic and managing traffic at the IP level. This ensures the uninterrupted continuity of key business operations through finely tuned QoS policies.
Cloud Resource Sharing
The Cloud’s PC facilitates the sharing of network resources across distinct VPCs, simplifying the construction of a cloud-based disaster recovery solution spanning 2 regions and 3 data centers. This is achieved by harnessing Tencent Cloud IDCs’ capabilities for data synchronization among diverse IDCs.
Security
PC offers non-transferable interconnectivity to uphold data security, ensuring that the interconnection between two VPCs facilitated by PC remains exclusive. This means that data will not be transmitted to other VPCs unless a peering connection has been established.
Cross-account Interconnection
The PC facilitates network connectivity between various accounts, enabling resources from multiple accounts to communicate through routing strategies configured on both ends. Furthermore, it supports traffic exchange between your VPC and the VPC belonging to another entity or service provider.
Stability and High Availability
The underlying physical architecture of the PC ensures high availability by avoiding dependency on any individual hardware component, thereby mitigating risks associated with single points of failure and bandwidth bottlenecks. This setup ensures stable and highly available network connectivity.
Features
Multi-network Interconnection
Peering Connection (PC) facilitates seamless connectivity between resources across disparate Cloud networks, including:
- Interconnection between two Virtual Private Clouds (VPCs)
- Bridging a VPC with a Bare Metal (BM) network
- Linking a VPC with a standard network
This functionality ensures efficient communication among Cloud resources and enables flexible deployment tailored to diverse business needs, streamlining the management of various types of cloud networks.
Gateway Traffic Control
The PC’s gateway traffic control feature offers monitoring and management capabilities at the granularity of IP gateways, facilitating detailed visualization of gateway traffic for clear insights. Furthermore, the speed-limiting functionality of the PC aids in mitigating exceptional traffic.
For instance, in cases where a company experiences a sudden surge in gateway traffic during early morning hours, operational personnel can swiftly identify the root cause by utilizing intelligent gateway traffic control. By analyzing the timestamps of the surges, they can pinpoint the IPs responsible for the increase. Additionally, the gateway traffic control feature allows for bandwidth regulation at the level of individual IP gateways, enabling the restriction of traffic from specific IPs to ensure uninterrupted operations of critical business processes.
Non-transferable Interconnection
Peering connections enable the interconnection of two VPCs, but it’s important to note that such connections are not transferrable. For example, if peering connections are established between VPC 1 and VPC 2, and between VPC 1 and VPC 3, the traffic between VPC 2 and VPC 3 cannot be routed through this arrangement due to the inherent limitations of interconnection.
Cross-account Interconnection
Peering Connection (PC) facilitates network connectivity between various Cloud accounts. It allows for traffic exchange between your VPCs or with those of another entity or provider, leveraging routing strategies configured at both ends for seamless communication.
Scenarios
In-cloud Business Acceleration
2-region-3-DC Cloud-based Disaster Recovery
Gaming Acceleration
In the realm of online gaming, where players are scattered worldwide and servers are distributed across various regions, PC offers a solution for efficiently handling network latency-sensitive situations like cross-server PvP battles, thereby enhancing the overall player experience.
- PC facilitates the establishment of reliable networks with minimal latency, catering to the cross-server gaming requirements of an international player base.
- With a global presence spanning 45 availability zones across 25 geographical regions, Cloud enables proximity-based business deployment, effectively addressing the access demands of players across diverse regions.
With PC, you can establish a VPC-driven disaster recovery setup spanning two regions and three data centers, effectively addressing the security and high availability requirements of financial services in the cloud.
- Deployments across regions allow for intra-city active-active disaster recovery setups.
- PC facilitates cross-region disaster recovery as well.
- Multi-level security measures, including ACL, security groups, and CAM, ensure the security isolation of business regions.
Compute
Edge Computing
Container
Distributed Cloud
Microservice
Serverless
Essential Storage Service
Data Migration
Data Process and Analysis
Relational Database
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Enterprise Distributed DBMS
Database SaaS Tool
Networking
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Security Services
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Domains & Websites
Office Collaboration
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Image Recognition
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Voice Technology
AI Platform Service
Natural Language Processing
Optical Character Recognition
Internet of Things
Message Queue
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Interactive Video Services
Stream Services
Media On-Demand
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Media SDK
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Game Services
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Education Services
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Management and Audit Tools
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Education