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Core Database
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High-Performance Computing
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Big Data
Core Database
Multiple BMS flavors are available, and shared EVS disks can be attached automatically to provide the performance and security required by core databases.
Advantages
Cluster Deployment
An EVS disk can be attached to multiple BMSs, enabling cluster-based application deployment.
Large Capacity
A BMS can have multiple EVS disks attached, each as large as 32 TB. EVS disk capacity can be expanded as needed and you only pay for what you use.
High Reliability
Three-copy backup ensures high data durability.
High-Performance Computing
BMSs with the latest Intel CPUs coupled with a 100 Gbit/s IB network provide low latency and high performance for high throughput HPC scenarios.
Advantages
Low Latency
The 100 Gbit/s IB network supports automatic configuration and ensures secure isolation, with a latency of less than 2 μs.
High Performance
The latest Intel CPUs ensure optimal performance.
Scalability
OpenStack APIs make expansion simple.
Big Data
BMSs can be equipped with 128 GB of memory and 32 TB local disks in addition to EVS disks for scenarios involving large data volumes, fast data exchange, and elastic scaling.
Advantages
Big Data-specific
Using dedicated local disks for big data analysis provides better BMS performance.
High Performance
BMS provides high-speed connectivity between data nodes, with no loss in performance due to virtualization.
Convenience
BMSs can be provisioned in five minutes, and full lifecycle management is available.
Functions
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Auto Provisioning
After you apply for a BMS, OS installation, network configuration, and disk attachment are completed automatically.
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EVS Disks
You can attach or detach EVS disks without stopping your BMS.
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VPC & Custom Network
BMSs can communicate with ECSs in the same VPC, and can communicate with each other through a custom network.
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Lifecycle Management
You can use the management console to start, stop, restart, and delete BMSs.
General-Purpose BMS
New Intel Skylake CPU, dedicated resources, isolated networks, and high performance
General-Purpose BMS
New Intel Skylake CPU, dedicated resources, isolated networks, and high performance
Configuration
- CPU 20 to 44 cores
- Memory 128 to 384 GB
- Local disk N/A
- EVS disk Supported
- NIC 10GE
Scenarios
- Database
- Core ERP system
- Financial system
Disk-intensive BMS
New Intel Skylake CPU, with large-capacity SATA disks, high computing performance, stability, and real-time capability
Disk-intensive BMS
New Intel Skylake CPU, with large-capacity SATA disks, high computing performance, stability, and real-time capability
Configuration
- CPU 24 cores
- Memory 192 GB
- Local disk 2 x 600 GB SAS (RAID 1) + 12 x 10 TB SATA
- EVS disk Unsupported
- NIC 10GE
Scenarios
- Big data
- Distributed cache
