Overview
Cloud Connect Network (CCN) offers comprehensive meshed interconnection solutions facilitating cross-regional multi-point connectivity both within and beyond the cloud environment. Leveraging intelligent scheduling and routing learning capabilities, CCN enables the establishment of swift, reliable, and economical full-mesh interconnected networks, catering to the demanding network speed prerequisites of applications including online education, gaming acceleration, and hybrid cloud setups.
Benefits
Full-mesh Interconnection
Proudly operating in more than 20 regions worldwide, our IDCs facilitate seamless interconnection. Once VPC/Direct Connect gateways are linked to CCN, any two points can be interconnected without the need for extra links.
Intelligent Scheduling
CCN comprehensively monitors the entirety of network topology, routing, and live bandwidth, employing an intelligent scheduling system to facilitate local access, shortest path routing, and preemptive link fault mitigation. This approach notably minimizes network latency and enhances connection stability.
Routing Learning
CCN’s multi-level routing autonomously adapts to changes in network topology, eliminating the need for manual configuration and modification. Additionally, CCN’s straightforward management significantly enhances the network’s scalability and operational efficiency.
Simple Management
CCN’s full-mesh interconnection eliminates the frequent need to establish multiple peering connections and Direct Connect tunnels. Moreover, CCN’s multi-level routing facilitates automatic forwarding and learning without the need for manual routing configuration. This enhances operational efficiency, allowing you to concentrate on core business innovations that bolster corporate competitiveness.
High Security
Leveraging MPLS-VPN technology, CCN segregates tenant networks, thereby eliminating data leakage risks, ensuring robust security, and fulfilling the stringent network security requirements of sectors like finance and government.
High Bandwidth
The outbound bandwidth in a single region can reach up to 100 Gbps, effortlessly accommodating high bandwidth requirements. You can adjust the bandwidth flexibly at any time, ensuring even smoother inter-service access.
Low Latency
Leveraging Cloud’s globally deployed private network links and intelligent scheduling algorithm, CCN facilitates direct interconnection between any two points using the shortest path on the private network. This method avoids public network bypassing and link congestion, enabling global multi-point interconnection with minimized latency.
Stability and Reliability
CCN’s network access and forwarding devices are deployed in clusters with comprehensive high-reliability configurations, ensuring seamless application performance and exceeding 99.95% network availability.
Optimal Costs
CCN employs a pay-as-you-go model based on the 95th percentile of the monthly peak usage, ensuring that you only pay for the bandwidth you actually use, thereby minimizing costs.
Features
Full-mesh Interconnection
With automatic forwarding and learning between multiple nodes and hierarchical routes across the entire network, routing convergence is achieved within seconds. This enables immediate interconnection and efficient management of all network instances on CCN.
Smart Learning and Scheduling
CCN eliminates the need for intricate route maintenance by utilizing full-mesh interconnection across multiple nodes and links. Its intelligent scheduling system continuously monitors the multi-layer network topology, routes, and traffic across the entire network to facilitate optimal local performance.
Automatic Route Delivery
CCN’s multi-level routing supports automatic learning, ensuring that any changes to your network topology automatically update the routing table. This eliminates the need for additional configurations or updates, simplifying management requirements and significantly enhancing scalability and operational efficiency.
High-speed Transmission with Ultra-low Latency
Cloud operates a network of interconnected Internet Data Centers (IDCs) spanning over 20 regions worldwide. Any two network instances linked to the CCN are interconnected via the most direct route available on the private network.
Scenarios
Online Education
Hybrid Cloud
Gaming Acceleration
In the context of online education where educators and learners are dispersed globally, it is essential for live broadcasting platforms to establish top-tier interconnections spanning multiple regions. This ensures seamless audio and video communication during cross-regional transfers. Leveraging Cloud’s presence across more than 20 regions worldwide and employing an intelligent full-mesh scheduling algorithm, CCN facilitates direct interconnection between any two points via the most efficient private network routes, mitigating issues like public network bypassing and link congestion. This results in a global multi-point interconnection network with minimized latency.
CCN facilitates the connection of local IDCs, cloud-based elastic service expansion zones, and backup IDCs, removing the necessity of establishing numerous peering connections and Direct Connect tunnels. It automatically generates routes, streamlining configuration processes. Additionally, its network access and forwarding devices are distributed in clusters for deployment, ensuring a reliability rate exceeding 99.95% and simplifying the construction of hybrid clouds.
Online gaming often involves players from various global locations and utilizes servers deployed across multiple regions. CCN facilitates meeting the precise latency demands of players, particularly in situations like cross-server PvP battles, by enabling local access. With a presence in more than 20 regions worldwide and leveraging its full-mesh network topology along with real-time monitoring of routing and bandwidth, CCN employs an intelligent scheduling mechanism to achieve efficient low-latency interconnection. This ensures that players from around the world can engage in gameplay on shared servers, enhancing the overall gaming experience.
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