Distributed Architecture
MySQL Cluster enhances performance and scalability through data sharding, distributing data among multiple nodes to achieve load balancing.
MySQL Cluster, MySQL Database Cluster
MySQL Cluster is a distributed database solution that focuses on providing high availability and scalability. With a distributed architecture and an automatic fault recovery mechanism, MySQL Cluster ensures system stability and flexibility, making it suitable for large-scale data processing and transactional applications. MySQL Cluster provides a reliable and high-performance database system to meet your ever-growing business needs.
Features of MySQL Cluster with High Availability
MySQL Cluster replication ensures high availability with distributed architecture, automatic failover, real-time transactions, disaster recovery, dynamic scalability, and containerization support. Customizable and flexible, it integrates seamlessly with monitoring tools for optimal performance.
High Availability
Featuring automatic failover, MySQL Cluster ensures continuous service by swiftly switching to available nodes in the event of a failure. Data redundancy through replication further guarantees availability.
Real-time Transaction Processing
Ideal for applications requiring speed and high throughput, MySQL Cluster provides robust support for real-time transaction processing.
Disaster Recovery and Backup
MySQL Cluster offers geographically distributed disaster resilience, allowing data backup and recovery in multiple locations. Configurable automatic backups ensure data integrity.
Dynamic Scalability
Users can dynamically add new nodes for robust horizontal scalability, and automatic load balancing ensures uniform distribution of workloads.
Containerization Support
With docker integration, MySQL Cluster supports containerized deployment, simplifying operations on container orchestration systems like Kubernetes.
Flexibility and Customization
Extensive configuration options empower users to customize MySQL Cluster based on specific requirements. It supports various operating systems, including Linux, Windows, and others.
Monitoring and Management Tools
Performance monitoring tools provide real-time insights into the cluster's health. User-friendly cluster management tools simplify configuration and maintenance processes.
Solutions for MySQL Cluster
Choose our MySQL Cluster solutions, ensuring unparalleled flexibility and reliability. We offer two solutions, both guaranteeing high availability, automation, and scalability to meet diverse business requirements.
Solution 1 -Kubernetes-based MySQL Cluster
The Kubernetes-based MySQL Cluster utilizes multiple nodes running MySQL applications on Kubernetes, establishing a distributed, high-availability database cluster.
Containerization Advantage: This solution capitalizes on containerization, marked by its modernity and high flexibility. Through isolating and packaging applications along with their dependencies, it elevates deployment consistency and repeatability. Containerized MySQL Cluster streamlines seamless horizontal scaling, adapting to diverse workloads and business requirements.
Kubernetes Integration: The integration of MySQL with Kubernetes streamlines deployment and management, simplifying processes for enhanced efficiency. Harnessing Kubernetes' automation capabilities ensures smooth deployment, scalability, and management of the MySQL Cluster.
Used For: Ideal for enterprises seeking agility, resilience, and automated management, especially those operating applications in a cloud-native environment.
Containerization Advantage: This solution capitalizes on containerization, marked by its modernity and high flexibility. Through isolating and packaging applications along with their dependencies, it elevates deployment consistency and repeatability. Containerized MySQL Cluster streamlines seamless horizontal scaling, adapting to diverse workloads and business requirements.
Kubernetes Integration: The integration of MySQL with Kubernetes streamlines deployment and management, simplifying processes for enhanced efficiency. Harnessing Kubernetes' automation capabilities ensures smooth deployment, scalability, and management of the MySQL Cluster.
Used For: Ideal for enterprises seeking agility, resilience, and automated management, especially those operating applications in a cloud-native environment.
Configuration Options for MySQL Cluster Node Servers
We offer 3 MySQL Replicates nodes by default, providing the flexibility to scale based on your business needs. Clients have the flexibility to choose any combination of two, three, or even more configurations to tailor and customize their MySQL Cluster.Explore our MySQL Cluster pricing plans.
| CPU | Memory | Disk | Bandwidth | Price |
|---|---|---|---|---|
| 2 Cores | 2GB | 60GB SSD + 60GB SATA | 100Mbps-1Gbps | $6.99/month/per node server |
| 3 Cores | 4GB | 100GB SSD + 100GB SATA | 100Mbps-1Gbps | $12.99/month/per node server |
| 4 Cores | 8GB | 160GB SSD + 160GB SATA | 100Mbps-1Gbps︎ | $23.99/month/per node server |
| 6 Cores | 16GB | 240GB SSD + 240GB SATA | 100Mbps-1Gbps | $43.99/month/per node server |
Solution 2 -Baremetal-based MySQL Cluster
We build a high-availability MySQL cluster based on high-performance bare-metal servers, leveraging the superior performance of bare-metal servers to provide reliable database services.There are two technical approaches for the cluster:
MySQL Master-Slave Replication: MySQL Master-Slave Replication is a one-way replication (from master to slave). Only the master database is used for the write operations, while read operations may be spread on multiple slave databases. This means that if master-slave replication is used as the scale-out solution, you need to have at least two data sources defined, one for write operations and the second for read operations.
MySQL NDB Cluster: MySQL NDB Cluster utilizes the NDB API for cluster management, establishing a distributed, high-availability architecture with no single point of failure. It offers support for real-time data access and effective load balancing, enhancing overall system reliability and performance.
MySQL Master-Slave Replication: MySQL Master-Slave Replication is a one-way replication (from master to slave). Only the master database is used for the write operations, while read operations may be spread on multiple slave databases. This means that if master-slave replication is used as the scale-out solution, you need to have at least two data sources defined, one for write operations and the second for read operations.
MySQL NDB Cluster: MySQL NDB Cluster utilizes the NDB API for cluster management, establishing a distributed, high-availability architecture with no single point of failure. It offers support for real-time data access and effective load balancing, enhancing overall system reliability and performance.
Excellent Performance: By deploying a MySQL high-availability cluster on bare metal servers, we maximize the performance benefits of physical servers, achieving higher overall performance and robust single-node processing capabilities. This architecture meets the strict requirements of business scenarios with demanding response times and throughput.
Customization: We offer users the flexibility to customize hardware and network configurations in the physical environment, allowing for tailored configurations based on specific business needs. Clients can choose different configurations for hard drives, memory, processors, etc., based on their requirements.
Used for: Ideal for businesses with high-performance demands, operating in traditional physical server environments, especially those dealing with substantial transaction volumes and data processing, such as in the finance and telecom industries.
Customization: We offer users the flexibility to customize hardware and network configurations in the physical environment, allowing for tailored configurations based on specific business needs. Clients can choose different configurations for hard drives, memory, processors, etc., based on their requirements.
Used for: Ideal for businesses with high-performance demands, operating in traditional physical server environments, especially those dealing with substantial transaction volumes and data processing, such as in the finance and telecom industries.
Configuration Options for MySQL Cluster Node Servers
Configure your cluster with just two bare metal servers, offering clients the flexibility to customize the number based on business size and performance needs. Choose any combination of two, three, or more configurations to tailor your MySQL Cluster. Discover our MySQL Cluster pricing plans for personalized solutions.
| CPU | Memory | Disk | Bandwidth | Price |
|---|---|---|---|---|
| Quad-Core Xeon E3-1220 | 32GB | 120GB + 960GB SSD | 100Mbps-1Gbps | $49/month/per node server |
| Eight-Core Xeon E5-2670 | 64GB | 120GB + 960GB SSD | 100Mbps-1Gbps | $69/month/per node server |
| Dual Eight-Core Xeon E5-2660 | 128GB | 120GB + 960GB SSD | 100Mbps-1Gbps︎ | $99/month/per node server |
| Dual 12-Core E5-2697v2 | 128GB | 240GB + 2TB SSD | 100Mbps-1Gbps | $149/month/per node server |
4 Reasons to Choose Our High Availability MySQL Cluster
Opt for our high availability MySQL Cluster for expert deployment, user-friendly cluster status monitoring, performance optimization by our technical team, and 24/7 hardware and software support. Enjoy seamless configuration, real-time node visibility, and ongoing technical assistance, ensuring robust support for your business growth.
Cluster Deployment
Our technical team will set up all configurations for the cluster, including hardware, network, MySQL applications, and cluster management tools.
Cluster Status Monitoring
We provide a control panel for you to monitor the real-time operational status of each node within the cluster.
Cluster Performance Enhancement
Our technical team can offer recommendations and insights to enhance the performance of your cluster, ensuring that your business growth receives up-to-date support.
24/7 Technical Support
Our data center and technical team are available 24/7, ready to assist with any hardware and software issues your cluster may encounter.
Contact Us to Start High Availability MySQL Cluster
Frequently Asked Questions (FAQ) about MySQL Datsbase Cluste
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What is MySQL Cluster used for?
MySQL Cluster is suitable for scenarios with strict requirements for high availability and scalability, such as telecommunications, finance, and online gaming.
How does MySQL Database Cluster differ from traditional MySQL databases?
MySQL database Cluster utilizes a distributed architecture, making it more suitable for large-scale and high-concurrency application scenarios compared to traditional MySQL.
How does MySQL DB Cluster handle faults and recovery?
MySQL DB Cluster employs automatic fault detection and recovery mechanisms, ensuring fast switching and data recovery in case of node failures.
Does MySQL Cluster support cross-node queries?
Yes, MySQL Cluster supports distributed queries across the entire cluster, enabling cross-node queries.
What operating systems are supported for MySQL DB Cluster?
MySQL DB Cluster is supported on various operating systems, including CentOS 7, Ubuntu, Windows, and Docker-based environments. Choose the operating system that aligns with your preferences and requirements.
Do you provide free MySQL Cluster?
Yes, we offer a free trial for MySQL Cluster.
Do you support MySQL Cluster 8?
Yes, we support MySQL 8 Cluster.
Can I speak to someone by phone?
To withstand our remarkably low prices, we do not provide phone support. Technical support is available via our online Open Ticket and live chat.