Product name: RFID Trainer

Model: YRFID-13.56

 Features

■ Student can learn RFID system design skill more effectively, since RFID hardware operation can be observed through experiment.

■ Not firmware but PC based programming trainer.

■ Air Protocol can be programmed by using C, C++.

■ Air Protocol analysis is possible.

■ Student can experiment and comprehend transmission protocols such as Anticollision and ISO15693,

Specification

Frequency : 13.56MHz (Module 1)

Protocol : ISO 15693 (13.56 MHz only)

Transpond Type : Vicinity Card (13.56MHz)

Field Range : 3Cm (13.56MHz)

PC Interface : RS-232C

Training Contents

 Part 1. Introduce of RFID 

   Chapter 1. RFID Theory

   Chapter 2. Hardware Setup and Operation

   Chapter 3. Hardware Configuration and Exercise

 Part 2. RFID Protocol

   Chapter 4. Packet Structure

   Chapter 5. Anticollision

   Chapter 6. CRC Algorithm

   Chapter 7. Demo Program Operation Exercise

   Chapter 8. RFID Command Operation Exercise

   Chapter 9. RFID Command Programming Exercise

   Chapter 10. RFID Packet Monitoring Programming Exercise

   Chapter 11. RFID Packet Emulation Programming Exercise

 Part 3. API Application Programming

   Chapter 12. Understanding of API

   Chapter 13. Example Programming Exercise

   Chapter 14. API Application Programming Exercise

   Chapter 15. RFID application practice Demo

   Chapter 16. Demo program for RFID application practice

   Chapter 17. RFID application demo programming

Product name: RFID-EPC Global Trainer

Model: YRFID-EPC

 Features

■ This RFID Training system presents the RFID operation and standardization processes. There are one types of tags - active tag(915MHz). Active tags has a built-in power supply that allows long-distance communication reaching to 13 meters.

  1. Training using EPC Global Network

  2. Practice for EPC Global Network Theory

    - Protocol Exercise between Reader and Tag

    - Middleware Programming

  3. Practice for Tag Data read/write

  4. Mapping Tag Data to real product

  5. Internet Connection between Reader and Server.

  6. Database Construction coinciding Tag Data with Real Product.

  7. Middleware Application.

Specification

1) General

 Operating Voltage :

 - Reader : 5.0V ±5%

 - Tag : 3.3V

 state monitor :

 - Reader : 128*64 Graphic LCD

 - Tag : 16*2 char LCD

 tag type : Active tag(915MHz)

2) Active type

 Reader Machine :

 - RFID Chip : ADF7020

 - Power jack A : 9V, Radial

 - Switch 1 : 2 Pin Switch (Rocker Switch)

 - Switch 2 : 4 Pin, Radial (Tact Switch)

 - USB Connector : 5 Pin

 - SMA Connector : 5 Pin, Female, Streight

 - PE12864 : Graphic LCD (128 *64)

 - Header : 5 * 2 Pin

 - SND3620SR : FND, 10 Pin, DIP

 - PCB : 255*170, FR4, 1.6T

 Tag :

 - LED : Chip LED, red

 - ADF7020 : 400M / 900M FSK / ASK Transceiver

 - Switch 1 : 6 Pin, SMD

 - Switch 2 : 2 Pin SMB (Tact Switch)

 - PCB : 100 * 70, FR4, 1.6T

 - Battery Socket : AA Size 3 EA

 - Bolt : Flat Head screw, 3 pie

 - Nut : 3 pie

3) Anrenna

 type : Mono-pole Antenna, 915MHz, 100mm

 effective distance : 3 ~ 5m, 10m ( two steps adjustable )

Training Contents

 Part 1. Introduction to EPC Global Network 

   Chapter 1. EPC Global Network Theory

   Chapter 2. Packet Structure

   Chapter 3. EPC Tag Structure

 Part 2. System Setup and Operation of EPC Global Network

   Chapter 4. Hardware Setup and Operation

   Chapter 5. Software Installation and Operation

 Part 3. Practice for Embedded EPC Reader Programming

   Chapter 6. EPC System Demo Operation

   Chapter 7. Demo Operation of Reader and Tag

   Chapter 8. Packet Transmission Programming

   Chapter 9. Packet Receiving Programming

   Chapter 10. Internet Interface Programming

   Chapter 11. Reader Programming

 Part 4. Middleware Application and Programming

   Chapter 12. Data Transfer Programming between Reader and Server

   Chapter 13. Reading Programming for EPC Tag Data

   Chapter 14. Writing Programming for EPC Tag Data

   Chapter 15. Middleware Programming for EPC Data Processing

 Part 5. Practice for Encryption Application

   Chapter 16. Data Encryption

Product name: RFID/USN Training System

Model: YRFID/USN-6000

 Features

1. RFID/USN by EPC Global Network

  - Understanding RFID/USN Theory.

  - Sensor Data Processing Technology using RFID/USN.

2. Active Tag / Embedded System Programming

  - Embedded Programming Education of Sensor Data Processing using RFID/USN based on AVR Environment.

3. Encryption of Data which is transmitted/received between Tag and Reader

  - Encryption Technique of Sensor Data, and its Algorithm Processing Technology.

Training Contents

 Part 1. Introduction of RFID/USN 

   Chapter 1. USN Technology based on RFID

   Chapter 2. Hardware Structure and Setup

   Chapter 3. Software Installation and Practice

 Part 2. Packet Structure for RFID/USN Implementation

   Chapter 4. Packet Structure of Class 1 Gen. 2 Air Interface

   Chapter 5. Middleware Packet Structure

 Part 3. Embedded USN Tag Programming

   Chapter 6. Loading and Debugging

   Chapter 7. Demo Program Operation

   Chapter 8. Attachment

   Chapter 9. Embedded Tag Programming

   Chapter 10. Tag Data Writing Programming

   Chapter 11. Tag Sensing Data Reading Programming at Tag

 Part 4. Middleware Application Programming

   Chapter 12. Middleware Server Programming

   Chapter 13. Tag Sensing Data Reading Programming at Server

   Chapter 14. Tag Data Processing Programming

 Part 5. Encryption Application

   Chapter 16. Tag Data Demo Operation

Product name: RFID Shopping System

Model: YRFID-3000

 Features

■ RFID Shopping System, which could replace the Bar-code system, can be actually applied to commercial products as well as educational use. RFID Shoppiong System is not the system identifing each product's price one by one like bar-code system but the system identifing the whole items at short time through its technology. That is, Reader identifies every goods' price at one time through Tags which are attached to every goods. Total amount of prices loaded in one shopping cart identified by Reader is automatically calculated and the information is transmitted to PC.

More detailed explaination is as below ;

  1. put the goods with tag into shopping cart.

  2. if the shopping cart passed the counter, RFID Antenna identify the UID information from every goods through the Tag and the information is transimitted to PC server.

  3. every goods information and its prices are displayed on PC monitor calculating total amount of prices and identifing the list of items.

  4. if user present RFID Tag(card) to Card Reader, the purchased amount is counted.

Specification

Main System

 Frequency :  902.75 MHz ~ 927.25 MHz

 Protocol :  EPC Global Class 0, 0+, 1, Gen2 Class 1

 sensing range : MAX 6~7m

 Communication : RS-232C(DB-9 F), LAN TCP/IP(RJ-45)

 Antennas : 2EA(maximum 4EA connecting)

 TAG type : Passive

Counting System

 Frequency :  13.56 MHz

 Protocol :  ISO 15693

 detecting distance : 3Cm~5Cm

 Communication : RS-232C

 Modulation : ASK/FSK

 TAG type : Passive

Product name: RFID Logistic System

Model: YRFID-5000

 Features

■ By deploying RFID Reader and Antennas to the path where the goods are input and destributed, user could know the followings ;

  1) ordering status from PC monitor which RFID operation S/W is downloded

  2) input information of goods such as item, price and quantity.

  3) stock status which is stored into the rack

  4) inferior goods information which is sorted out while moving from input conveyor belt to rack.

  5) delivery order information

  6) distributing goods information after transporting to ordered place

  As above process information is acquired by tag sticked on every goods. That is, if the good is passed over one place to another the good's information is identified by Reader, Antenna and Tag.

  The information is transmitted to PC and its trace counted by RFIDLogistic System. In conclusion, user can learn how to deploy and test RFID systems under real-world conditions to increase efficiency and cut costs & etc.