Simultaneous RFID Tag Reader Hookup Guide

Pages
Contributors: Nate
Favorited Favorite 8

Introduction

The SparkFun M6E Nano Simultaneous RFID Tag Reader (SRTR for short) has numerous features that make it a huge leap forward over other RFID readers.

SparkFun Simultaneous RFID Reader - M6E Nano

SparkFun Simultaneous RFID Reader - M6E Nano

SEN-14066
$235.95
27

The greatest feature is that the SRTR is able to read multiple tags at the same time. Additionally the read distance of tags is greatly increased (up to 16 feet!) from other readers. Did we mention you can write your own data to the tags? Oh yea, you can do that too.

Suggested Materials

The SRTR was designed to work either with a USB to Serial connection to a computer or as a shield to an Arduino-compatible board. If you’re just getting started we recommend you start with the serial connection to a computer so that you can use the Universal Reader Assistant software to experiment quickly with different tags and read distances. Then move to a microcontroller or single board computer. You may not need everything though depending on what you have. Add it to your cart, read through the guide, and adjust the cart as necessary.

USB to Serial Connection

For a basic set-up using the SRTR with a USB-to-Serial connection, we recommend the following products.

USB Micro-B Cable - 6 Foot

USB Micro-B Cable - 6 Foot

CAB-10215
$5.50
15
SparkFun Serial Basic Breakout - CH340G

SparkFun Serial Basic Breakout - CH340G

DEV-14050
$8.95
7
Break Away Male Headers - Right Angle

Break Away Male Headers - Right Angle

PRT-00553
$2.25
5

Arduino Shield Connection

If you’re using the SRTR as a shield, we recommend the following materials.

SparkFun RedBoard Qwiic

SparkFun RedBoard Qwiic

DEV-15123
$21.50
19
Arduino Stackable Header Kit - R3

Arduino Stackable Header Kit - R3

PRT-11417
$1.75
12
Wall Adapter Power Supply - 5VDC, 2A (Barrel Jack)

Wall Adapter Power Supply - 5VDC, 2A (Barrel Jack)

TOL-15312
$6.50
2

Any microcontroller or single board computer capable of 115200bps will work (however the module can be configured to 9600bps). The SparkFun RedBoard Qwiic or Arduino Uno are popular options for this role, but just about any microcontroller development board should work. (The firmware examples use an Arduino library, if that serves as any extra motivation to use an Arduino.) You will want an external power supply to run the module at full power. Please see the Power Supply Considerations section for more information.

Additional Materials

To follow along with the examples in this tutorial, you will also want access to some UHF passive RFID tags, and optionally, an antenna for extended range, and an attachment cable.

UHF RFID Antenna (RP-TNC)

UHF RFID Antenna (RP-TNC)

WRL-14131
$42.95
6
UHF RFID Tags - Adhesive (5 Pack)

UHF RFID Tags - Adhesive (5 Pack)

WRL-20228
$2.95
Interface Cable for RP-TNC to RP-SMA - 1m

Interface Cable for RP-TNC to RP-SMA - 1m

CAB-14132
$6.95
Interface Cable RP-SMA to U.FL - 100mm

Interface Cable RP-SMA to U.FL - 100mm

WRL-00662
$4.95
1

UHF RFID Tag (Set of 5)

WRL-14147
Retired

UHF RFID Tag - Adhesive (Set of 5)

WRL-14151
Retired

Suggested Reading

If you aren't familiar with the following concepts, we recommend checking out these tutorials before continuing.

Serial Communication

Asynchronous serial communication concepts: packets, signal levels, baud rates, UARTs and more!

Logic Levels

Learn the difference between 3.3V and 5V devices and logic levels.

RFID Basics

Dive into the basics of Radio Frequency Identification (RFID) technology.

Three Quick Tips About Using U.FL

Quick tips regarding how to connect, protect, and disconnect U.FL connectors.