tencent cloud

TDSQL-C for MySQL

Release Notes and Announcements
Release Notes
Product Announcements
Beginner's Guide
Product Introduction
Overview
Strengths
Use Cases
Architecture
Product Specifications
Instance Types
Product Feature List
Database Versions
Regions and AZs
Common Concepts
Use Limits
Suggestions on Usage Specifications
Kernel Features
Kernel Overview
Kernel Version Release Notes
Optimized Kernel Version
Functionality Features
Performance Features
Security Features
Stability Feature
Analysis Engine Features
Inspection and Repair of Kernel Issues
Purchase Guide
Billing Overview
Product Pricing
Creating Cluster
Specification Adjustment Description
Renewal
Payment Overdue
Refund
Change from Pay-as-You-Go to Yearly/Monthly Subscription
Change from Pay-as-You-Go to Serverless Billing
Value-Added Services Billing Overview
Viewing Billing Statements
Getting Started
Database Audit
Overview
Viewing Audit Instance List
Enabling Audit Service
Viewing Audit Logs
Log Shipping
Post-Event Alarm Configuration
Modifying Audit Rule
Modifying Audit Service
Disabling Audit Service
Audit Rule Template
Viewing Audit Task
Authorizing Sub-User to Use Database Audit
Serverless Service
Serverless Introduction
Creating and Managing a Serverless Cluster
Elastic Scaling Management Tool
Serverless Resource Pack
Multi-AZ Deployment
Configuration Change
FAQs
Serverless Cost Estimator
Operation Guide
Operation Overview
Switching Cluster Page View in Console
Database Connection
Instance Management
Configuration Adjustment
Instance Mode Management
Cluster Management
Scaling Instance
Database Proxy
Account Management
Database Management
Database Management Tool
Parameter Configuration
Multi-AZ Deployment
GD
Backup and Restoration
Operation Log
Data Migration
Parallel Query
Columnar Storage Index (CSI)
Analysis Engine
Database Security and Encryption
Monitoring and Alarms
Basic SQL Operations
Connecting to TDSQL-C for MySQL Through SCF
Tag
Practical Tutorial
Classified Protection Practice for Database Audit of TDSQL-C for MySQL
Upgrading Database Version from MySQL 5.7 to 8.0 Through DTS
Usage Instructions for TDSQL-C MySQL
New Version of Console
Implementing Multiple RO Groups with Multiple Database Proxy Connection Addresses
Strengths of Database Proxy
Selecting Billing Mode for Storage Space
Creating Remote Disaster Recovery by DTS
Creating VPC for Cluster
Data Rollback
Solution to High CPU Utilization
How to Authorize Sub-Users to View Monitoring Data
White Paper
Security White Paper
Performance White Paper
Troubleshooting
Connection Issues
Performance Issues
API Documentation
History
Introduction
API Category
Making API Requests
Instance APIs
Multi-Availability Zone APIs
Other APIs
Audit APIs
Database Proxy APIs
Backup and Recovery APIs
Parameter Management APIs
Billing APIs
serverless APIs
Resource Package APIs
Account APIs
Performance Analysis APIs
Data Types
Error Codes
FAQs
Basic Concepts
Purchase and Billing
Compatibility and Format
Connection and Network
Features
Console Operations
Database and Table
Performance and Log
Database Audit
Between TDSQL-C for MySQL and TencentDB for MySQL
Service Agreement
Service Level Agreement
Terms of Service
TDSQL-C Policy
Privacy Policy
Data Privacy and Security Agreement
General References
Standards and Certifications
Glossary
Contact Us

Overview

PDF
Focus Mode
Font Size
Last updated: 2024-08-22 10:16:12
TDSQL-C for MySQL is a new-generation cloud native relational database developed by Tencent Cloud. It combines the strengths of traditional databases, cloud computing, and cutting-edge hardware technologies to provide elastically scalable database services featuring high performance, security, and reliability, as well as full compatibility with MySQL 5.7 and 8.0. It can deliver a high throughput of over one million QPS and a smart storage capacity up to the petabyte level, fully ensuring data security and reliability.
TDSQL-C for MySQL uses an architecture where computing and storage resources are separated and all compute nodes share the same data. It supports configuration adjustment and disaster recovery within seconds. A single node can sustain millions of QPS, automatically maintain data and backups, and roll back gigabytes of data per second.
TDSQL-C for MySQL delivers high stability, reliability, performance, and scalability like commercial databases while featuring simplicity, openness, and efficient iteration like open-source cloud databases. Its engine is fully compatible with native MySQL, so you can migrate MySQL data to it without modifying any application code or configuration.
TDSQL-C for MySQL not only has the elasticity advantage in high-concurrency application scenarios, but also offers efficient complex data analysis and queries through its proprietary engine, LibraDB. It provides exceptional performance in scenarios including complex SQL queries, multidimensional data retrieval, and real-time data analysis contained in business systems.

Core design concepts

Cloud native: TDSQL-C for MySQL is service-oriented. TDSQL-C for MySQL is built on Tencent Cloud's existing efficient and stable cloud services. It allows you to quickly build cloud databases featuring high performance, availability, and reliability.
Creative: TDSQL-C separates computing and storage and implements the concept of log as a database. TDSQL-C for MySQL implements the architecture of "log as a database" and separates computing (CPU and memory) from storage. Through considerable modification of the MySQL kernel, it removes unnecessary feature modules and implements stateless compute nodes, enabling elastic scaling and disaster recovery within seconds for computing resources. Moreover, it is built on Tencent Cloud's distributed cloud storage, empowering the pooling of storage resources.
Comprehensive: TDSQL-C is fully compatible with new open-source databases. TDSQL-C for MySQL is fully compatible with open-source MySQL and will regularly implement support for new versions. This allows you to smoothly migrate the query, application, and tool capabilities of your existing database almost without modifying the code, which notably reduces the costs and risks of data migration.
Cohesive: TDSQL-C features minimalist software optimizations to release the hardware dividend. TDSQL-C for MySQL has been effectively improved in performance and stability through optimizations of the database kernel and system architecture. Compared with database products using traditional architectures, it delivers a better performance under the same hardware configuration, releases the hardware dividend first, and perfectly adapts to the trends in new hardware to maximize the database service efficiency.
Cost-Effective: TDSQL-C doubles the database performance and is pay-as-you-go. Since cloud computing itself is actually a cost-effective service, TDSQL-C for MySQL can be truly pay-as-you-go and elastically scalable as a cloud database solution that outperforms traditional databases while being less expensive.

Pricing

For more information, go to the TDSQL-C for MySQL purchase page.

Usage

You can create TDSQL-C for MySQL clusters, databases, and accounts in the following ways:
Console: It offers easy-to-use web-based GUIs.
API: All operations in the console can be performed through APIs.

Help and Support

Was this page helpful?

Help us improve! Rate your documentation experience in 5 mins.

Feedback