Strengths of Hyper Computing Cluster
Super Computing Power
Achieve computing without virtualization loss and maintain server performance based on an elastic high-performance CVM architecture.
Support fully automated production and auto scaling, featuring flexibility and extreme performance.
High-Performance Storage
Support flexible storage capacity expansion with COS (COS) or CFS (CFS) and ensure strong consistency among three replicas.
Offer ultra-fast IO instances for selection in heavy IO load and local caching scenarios when used jointly with local NVMe SSDs.
High-Speed Network Plane
Support VPC and non-blocking RoCEv2 RDMA network for inter-node connection with transmission latency as low as 2 us, widely supporting Ethernet-based applications.
Use intelligent 25G network cards and a VPC network with a PPS of 10 million to help users build cloud-native high-performance computing applications with file storage and other services.
Comparison with Local Supercomputing Clusters
Hyper Computing Cluster has the following advantages over local supercomputing clusters:
Dimension | Feature | Hyper Computing Cluster | Local Supercomputing Cluster |
Hardware resource | Computing resource supply | Flexible | Inflexible |
| Auto scaling of computing resources | Flexible | Inflexible |
| Hardware iteration and upgrade | Flexible | Inflexible |
| Storage resource switching | Flexible | Inflexible |
| Virtualization | Flexibly supported | Partially supported |
| Hardware resource maintenance | Simple | Complex |
Software resource | Operating system type | Flexible | Inflexible |
| Operating environment configuration | Simple | Complex |
Network | VPC | Supported | Not supported |
| RDMA network | Supported | Supported |
Cost | Maintenance cost | Low | High |
| Purchase cost | Pay-as-you-go | One-time large investment |
Availability | Disaster recovery | High | Partially supported |
| Security | High | Partially supported |
Yes
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