Overview
GBASE's independently developed GBase 8a MPP Cluster is a mature analysis-oriented MPP database for the big data era. The latest version, GBase 8a MPP Cluster V9, is a virtual cluster that can be used to plan and build multiple clusters. Each cluster can be managed independently, enabling independent management of each cluster's business. The virtual cluster includes data management, user management, and cluster version management. The logical subsets of the virtual cluster can achieve transparent data migration, data correlation, and data sharing.
GBase 8a MPP Cluster is suitable for big data platforms, comprehensive BI systems, data warehouses, and data marts that contain relatively independent business areas or different types of analysis. Different application scenarios run in independent logical subsets of the cluster, which can be managed uniformly. This solution solves the problem of high management, monitoring, and maintenance costs of multiple physical clusters, while meeting the differentiated characteristics of different business scenarios, maximizing the use of resources, and enhancing the scalability and maintenance capabilities of the cluster. GBase 8a MPP Cluster features a diverse platform selection, up-to-date logical architecture, efficient storage and loading of massive data, high-performance analysis of massive data, elastic server resource scaling, complete system resource management, multi-level high availability, cross-data center data disaster recovery, convenient data migration, reliable data security, complete SQL standard support, and simple and convenient daily operation and maintenance. It can meet the growing demand for data analysis, data mining, data backup, and ad-hoc queries in various data-intensive industries.
Highlights
- High-performance analysis of massive data (1) High-performance, maintenance-free coarse-grained intelligent indexing technology (2) Large-scale parallel technology, planner based on MPP technology, optimizer based on rules and cost, and scheduler based on asynchronous I/O technology (3) No single point performance bottleneck
- High-speed loading of massive data (1) Single node loading performance can reach 100M/s (2) Supports network protocols such as ftp/sftp/http/https (3) Supports data loading from Amazon S3 object storage data source.
- Multi-level High Availability (1) Cluster-level high availability technology (2) Node-level high availability technology (3) High availability technology for overall cluster failure (4) Core process-level high availability technology
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Pricing
Instance type | Product cost/hour | EC2 cost/hour | Total/hour |
|---|---|---|---|
t3.medium | $0.00 | $0.054 | $0.054 |
m5.4xlarge | $0.00 | $1.016 | $1.016 |
m5.12xlarge | $0.00 | $3.048 | $3.048 |
r5.4xlarge | $0.00 | $1.344 | $1.344 |
r5.8xlarge | $0.00 | $2.688 | $2.688 |
d2.xlarge | $0.00 | $0.875 | $0.875 |
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Delivery details
GBase 8a Distributed Database Topology
- Application or client layer: This represents the layer where applications or clients interact with the GBase 8a database. It can include various interfaces such as JDBC, ODBC, C API, or other supported protocols.
- VPC (Virtual Private Cloud): The database is deployed within an AWS VPC environment, providing network isolation and security.
- Coordinator Host (Public Subnet): This component represents the coordinator host, which acts as the central control node for the distributed database. It is deployed in a public subnet to allow external communication with the application or client layer.
- Data Node Host (Private Subnet) and Auto Scaling Group: These components represent the data nodes of the distributed database. They are deployed in a private subnet for enhanced security and scalability. The auto scaling group enables the automated scaling of data nodes based on predefined rules and conditions. With the help of auto scaling policies, the number of data nodes can be automatically adjusted to handle variations in workload demand, ensuring optimal performance and efficient resource utilization based on the workload.
CloudFormation Template (CFT)
AWS CloudFormation templates are JSON or YAML-formatted text files that simplify provisioning and management on AWS. The templates describe the service or application architecture you want to deploy, and AWS CloudFormation uses those templates to provision and configure the required services (such as Amazon EC2 instances or Amazon RDS DB instances). The deployed application and associated resources are called a "stack."
Version release notes
First Release
Additional details
Usage instructions
Usage Instructions: After the image is launched, GBase 8a MPP Cluster V9.5.3 will be automatically checked and installed. You can connect to the operating system via SSH (using the EC2 keypair created by the system), with the default user "centos", then switch to the DBAuser user entered during system creation, and login to the GBase 8a MPP database cluster using the gccli command line client installed in the system: gccli -uDBAuser -pDBApassword
If you connect to the GBase 8a MPP database cluster through a JAVA application, you can use the following URL: jdbc:gbase://deployed-node-public-IP:5258/dbname
The product manual for GBase 8a MPP database cluster can be downloaded from the GBASE official website: https://www.gbase.cn/download/gbase-8a?category=DOCUMENT
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24 hours Technical support hotline: 400-013-9696 Email: info@gbase.cn
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