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Edge computing is a new form resulting from the expansion of cloud computing to the edge of the network. By providing computing power and services that sink to the edge of the network, the computing power is further brought closer to the user data center to meet the ultra-low latency and large bandwidth of applications. and other comprehensive performance requirements.
NOVACLOUD edge computing provides stable, high-performance, feature-rich computing, network, and security services to help customers quickly deploy services to the edge layer. Combined with NOVA 's "SASE+ backbone network" capabilities, it effectively improves response speed and reduces network time delay and cost to meet the comprehensive performance requirements of applications such as delay, cost, security, flexibility and controllability. At the same time, NOVACLOUD edge computing provides a cloud network unified management platform that integrates a variety of heterogeneous architecture platform management, clears the "last mile" obstacle to using cloud computing, and achieves unified management of heterogeneous hybrid clouds with multiple data centers and multiple resource pools , and ultimately provide customers with information technology solutions that deeply integrate cloud and network.
Service resources cover edge data centers close to users in cities around the world, and rely on self-built backbone networks to provide ultra-low latency, large-bandwidth computing and network cloud services. The edge node availability zone latency has been controlled within 10 milliseconds.
NOVACLOUD edge computing is based on rich self-owned network resources and is securely connected to MPLS, SDWAN, 4G/5G and other networks to achieve efficient and reliable business transmission. It also provides a cloud management platform to achieve unified control and management of public clouds, private clouds and edge clouds. Users can achieve cloud resource management, bill management, team management, etc. through this platform.
Edge cloud IaaS computing services and cloud center computing services use the same source of computing and network virtualization technology, and upper-layer PaaS and SaaS services can be smoothly extended to the edge. At the same time, most of the external service API interfaces remain consistent, reducing business transformation costs.
In addition to general-purpose servers, NOVACLOUD edge computing also provides differentiated server product architecture. NOVA uses its own technology accumulation and the JDM cooperation model to delve into customer scenarios, establish solution models for customers, and implement refined project docking. Customers’ core demands.
The lowest regional latency: 18ms (Note: Shenzhen-Hong Kong is 5ms), the lowest latency in the availability zone: 3ms
Built based on nearly a hundred edge nodes around the world, edge computing and network resources are fully covered in East China, West China, South China, North China, Central China, and overseas regions. The intra-regional bandwidth is 10Gbps, the intra-regional latency is <50ms, and the intra-availability zone latency is <10ms. Taking edge services as a unit, one-stop creation of cross-regional and cross-operator edge node computing resources, intelligent point selection, and second-level distribution
Built based on nearly a hundred edge nodes around the world, edge computing and network resources are fully covered in East China, West China, South China, North China, Central China, and overseas regions. The intra-regional bandwidth is 10Gbps, the intra-regional latency is <50ms, and the intra-availability zone latency is <10ms.
NOVACLOUD edge computing uses technologies such as vSAN distributed storage to provide low-cost, highly reliable, and highly available storage services for block storage resources, covering scenarios such as data backup, archiving, and disaster recovery.
The computing services of NOVACLOUD edge computing mainly include elastic cloud hosts, containers, bare metal and other service resources such as instances, mirrors, block storage, snapshots, security groups, private networks, subnets and other functional components. NOVACLOUD also can offer elastic and scalable edge computing services, reduce IT costs, improve operation and maintenance efficiency, and enable customers to focus more on core business innovation.
Elastic public IP provides independent public IP resources, including public IP addresses and public network export services, and can be flexibly bound and unbound with elastic cloud hosts, elastic load balancing, NAT gateways and other resources.
The bandwidth type is BGP (multi-line) line, which supports all domestic and overseas regions and manages public network exports in a unified manner.
It supports layer 4 and layer 7 load balancing, and provides functions such as health check, session retention, and domain name forwarding to ensure the high availability of back-end services.
NAT gateway is a virtual network hardware based on distributed gateway and using SDN technology. NAT gateway supports 100 Gbps forwarding capability, providing support for large-scale public network applications.
NOVACLOUD edge computing uses technologies such as vSAN distributed storage to provide low-cost, highly reliable, and highly available storage services for block storage resources, covering scenarios such as data backup, archiving, and disaster recovery.
The computing services of NOVACLOUD edge computing mainly include elastic cloud hosts, containers, bare metal and other service resources such as instances, mirrors, block storage, snapshots, security groups, private networks, subnets and other functional components. NOVACLOUD also can offer elastic and scalable edge computing services, reduce IT costs, improve operation and maintenance efficiency, and enable customers to focus more on core business innovation.
Elastic public IP provides independent public IP resources, including public IP addresses and public network export services, and can be flexibly bound and unbound with elastic cloud hosts, elastic load balancing, NAT gateways and other resources.
The bandwidth type is BGP (multi-line) line, which supports all domestic and overseas regions and manages public network exports in a unified manner.
It supports layer 4 and layer 7 load balancing, and provides functions such as health check, session retention, and domain name forwarding to ensure the high availability of back-end services.
NAT gateway is a virtual network hardware based on distributed gateway and using SDN technology. NAT gateway supports 100 Gbps forwarding capability, providing support for large-scale public network applications.
We help you stay ahead of cybersecurity challenges.
We help you stay ahead of cybersecurity challenges.
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