tencent cloud

TDMQ for RabbitMQ

Release Notes and Announcements
Release Notes
Announcements
Product Introduction
Introduction and Selection of the TDMQ Product Series
What Is TDMQ for RabbitMQ
Strengths
Use Cases
Description of Differences Between Managed Edition and Serverless Edition
Open-Source Version Support Description
Comparison with Open-Source RabbitMQ
High Availability
Use Limits
TDMQ for RabbitMQ-Related Concepts
Regions
Related Cloud Services
Billing
Billing Overview
Pricing
Billing Example
Convert to Monthly Subscription from Hourly Postpaid
Renewal
Viewing Consumption Details
Overdue Payments
Refund
Getting Started
Getting Started Guide
Step 1: Preparations
Step 2: Creating a RabbitMQ Cluster
Step 3: Configuring a Vhost
Step 4: Using the SDK to Send and Receive Messages
Step 5: Querying a Message
Step 6: Deleting Resources
User Guide
Usage Process Guide
Configuring the Account Permission
Creating a Cluster
Configuring a Vhost
Connecting to the Cluster
Managing Messages
Configure Advanced Feature
Managing the Cluster
Viewing Monitoring Data and Configuring Alarm Policy
Use Cases
Use Instructions of Use Cases
RabbitMQ Client Use Cases
RabbitMQ Message Reliability Use Cases
Usage Instructions for MQTT Protocol Supported by RabbitMQ
Migrate Cluster
Migrating RabbitMQ to Cloud
Step 1. Purchasing a TDMQ Instance
Step 2: Migrating Metadata to the Cloud
Step 3: Enabling Dual Read-Write
API Reference (Managed Edition)
API Overview
API Reference (Serverless Edition)
History
Introduction
API Category
Making API Requests
Relevant APIs for RabbitMQ Serverless PAAS Capacity
RabbitMQ Serverless Instance Management APIs
Data Types
Error Codes
SDK Documentation
SDK Overview
Spring Boot Starter Integration
Spring Cloud Stream Integration
Java SDK
Go SDK
Python SDK
PHP SDK
Security and Compliance
Permission Management
Network Security
Deletion Protection
Change Records
CloudAudit
FAQs
Service Level Agreement
Contact Us

What Is TDMQ for RabbitMQ

PDF
Mode fokus
Ukuran font
Terakhir diperbarui: 2026-01-05 09:36:07
TDMQ for RabbitMQ is a message queue service independently developed by Tencent. It supports the AMQP 0-9-1 protocol and is fully compatible with the components and concepts of open-source RabbitMQ. It also has underlying strengths of compute-storage separation and flexible scaling.
TDMQ for RabbitMQ provides highly flexible routing to accommodate various business message delivery rules and can buffer upstream traffic pressure to ensure stable operation of the message system. It is commonly used for asynchronous communication and service decoupling between systems, reducing dependencies among different services. It is also widely applied in distributed systems within industries such as finance and government.

Basic Architecture

The basic architecture diagram of TDMQ for RabbitMQ is as follows:

Basic concepts:
Producer (P): sends messages to the exchange.
Connection: a TCP connection, which is a physical TCP connection between producers or consumers and TDMQ for RabbitMQ.
Channel: Multiple channels can be established within each physical TCP connection on the client side, with each channel representing a session task.
Vhost: provides logical isolation. Exchanges and queues in different vhosts are isolated at the data level and do not interfere with each other.
Exchange (X): a component that receives messages from producers and routes them to queues.
Queue: a buffer that stores messages for consumption by consumers.
Consumer (C): pulls messages from the queue for consumption.
Message sending and receiving process:
After users establish a connection between the client and the RabbitMQ server, efficient message interaction is achieved based on channels. Producers send messages to exchanges through channels, and the exchanges route messages to target queues according to binding rules. Consumers pull messages from queues through channels to complete business logic processing.
For more introductions to concepts of TDMQ for RabbitMQ, see TDMQ for RabbitMQ-Related Concepts.

Quick Navigation

TDMQ for RabbitMQ provides two product forms: Managed Edition and Serverless Edition. Serverless Edition adopts an innovative storage-compute separation architecture and is compatible with the AMQP 0-9-1 protocol and all components and concepts of open-source RabbitMQ. Through architecture upgrades, it effectively resolves common stability issues of the open-source version, such as split-brain and vulnerability to message backlogs, while providing strengths such as stability, security, and flexible scaling.
You can quickly view the documents related to TDMQ for RabbitMQ Serverless Edition through the following links.
Document Type
Document Title
Content Overview
Version description and comparison
Sales specifications for Serverless Edition and Managed Edition.
Strengths of Serverless Edition over open-source RabbitMQ.
Comparison of the architectures, features, and use limits between Serverless Edition and Managed Edition.
Use limits
Use limits and traffic throttling rules of the Serverless Edition cluster.
Billing
Billing rules and billable item descriptions of Serverless Edition.
Overview and comparison of billing rules for Serverless Edition and Managed Edition.


Bantuan dan Dukungan

Apakah halaman ini membantu?

masukan