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MBUS User Manual
RC11xx-MBUS3
RC1701HP-MBUS4
Important note:
This User Manual contains patented technology. See page 6 for more
information.

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Summarization of Contents

Introduction to MBUS Modules
Quick Start Guide
Guide to initial setup and basic module configuration via UART.
RC11xx vs RC17xx Series Differences
Compares feature sets of MBUS3 and MBUS4 modules.
Optional Custom Specific Versions
Describes custom application layers integrated into modules.
Patented Technology Notice
Warns about patented technology used in the modules.
Basic Module Functionality
UART Interface Configuration
Explains how to configure the module via UART commands.
Configuration Commands Overview
Lists and describes available UART configuration commands.
Sending and Receiving Messages via UART
Details how to send and receive data packets via UART.
Transmit Data Frame Format
Describes the data frame structure for transmitting data over UART.
Receive Data Frame Format
Describes the data frame structure for receiving data over UART.
Network Topology
Explains the typical network structure with Master, Slave, and Repeater roles.
MBUS Basic Functionality
Overview of supported MBUS modes and features.
Timing Specifications
Module States Overview
Describes the different operational states of the module.
Timing: RESET/SLEEP to IDLE
Details timing for transitions from RESET or SLEEP to IDLE.
Timing: CONFIG Mode Transitions
Details timing for transitions into and out of CONFIG mode.
Timing: NVM Programming
Explains timing considerations for NVM programming operations.
Power Management
Manual SLEEP Function
How to manually enter SLEEP mode using the 'Z' command.
Automatic MBUSx SLEEP
Automatic SLEEP functions based on configuration parameters.
IDLE Mode Without RF Listening
Using IDLE mode to save current by disabling RF listening.
Power Cycling Considerations
Discusses power cycling as an alternative to SLEEP mode.
Installation and Binding Process
Address, Key, and Flag Registers
Overview of registers for storing slave addresses, keys, and flags.
Installation and Binding Steps
Details the step-by-step process for installing and binding a slave.
Installation and Binding Examples
Demonstrates key steps in the installation and binding process.
Example: Setting Install Mode
Demonstrates entering Install mode for slave registration.
Example: Binding Slave to Master
Shows how to bind a slave's address to a master's register.
Encryption and Decryption
Encryption Key Exchange
Process of exchanging encryption keys between master and slave.
Enabling Encryption and Decryption
Conditions required for enabling encryption and decryption.
The Flag Register
Configuration parameters for setting encrypt/decrypt flags.
Link Layer Encryption
Details on using Extended Link Layer (ELL) for encryption.
Transport Layer Encryption
Explains Transport Layer Encryption (TPL) for messages.
Mailbox Pre-Encryption
Encrypting messages in the mailbox before sending.
Encryption Examples
Illustrates encryption methods with practical examples.
Example: Link Layer Encryption
Shows how to send an encrypted message using Link Layer encryption.
Example: Transport Layer Encryption
Shows how to send an encrypted message using Transport Layer encryption.
Two-Way Communication
Mailbox Register Configuration
Configuration register for Auto-message Generator settings.
Flag/Auto-Message Flag Register
Explains flag registers for auto-message replies (single/two level).
Mailbox Usage
Details the use and capacity of mailboxes for storing messages.
Auto-Reply: Standard Message
Setting up standard message autoreplies based on slave messages.
Auto-Reply: Mailbox Message
Automatic replies using messages stored in mailboxes.
Auto-Reply: Mailbox Template
Using templates from mailboxes for dynamic replies.
Two-Level Auto-Reply
Implementing two-level auto-replies for complex sequences.
Automatic Addressing
Using slave address for auto-message addressing.
MBUS4: Key Challenge for Infinite Slaves
MBUS4 feature for handling many slaves via key challenges.
Two-Way Communication Examples
Practical examples for setting up two-way communication.
Example: Write to Mailbox
Demonstrates writing a message to a mailbox.
Example: Read Mailbox
Shows how to read content from a mailbox.
Example: Encrypt Mailbox #1
Demonstrates encrypting the content of a specific mailbox.
MBUS4 Extra Features
Antenna Tuning Feature
Embedded feature for easy antenna tuning for 169MHz.
Italian CIG Extension
Support for Italian CIG extension, LBT, and output power control.
Category 1 Receiver
Enabling Category 1 receiver for improved blocking properties.
Wize Protocol Support
Information about the Wize protocol supported by specific modules.
Appendix D: Additional Examples
Example: Changing RF Channel
Step-by-step guide to changing the RF channel.
Example: Changing MAN_ID
Steps to change the Manufacturer ID (MAN_ID).

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