Showing all 32 results

Antenna Training System (Model:MATS-1000)

  • RF signal generator is included
  • Practice for Antenna characteristics is possible
  • Signal frequency and Output power is variable.
  • Suitable for training Antenna design, manufacturing, measurement.
  • Practice is possible without extra measuring equipment
  • Auto calibration is included to set maximum input power position.

Basic PLD Trainer (MBPT 1000)

  • User can develop project with various sensor modules and applications.
  • Automatic equipment status checking function.
  • Easy monitoring function by supporting USB 2.0
  • Users can connect and control external equipment through extended GPIO pin.

BLUETOOTH Embedded Headset Kit Model: BEHK-100


Experiment for the Commercial Product developing process. Using Commercial software program which released with products. Hands on practice for the program coding.

BLUETOOTH Sterea Earset / BLUETOOTH Stereo Gateway Model: MBS-100 / MBS-110

This product contains wireless stereo earset and stereo gateway using BLUETOOTH technology. You can enjoy wireless phone call and music with MBS-100 connected to BLUETOOTH embedded cell phone. Also, by using stereo gateway it can be connected wirelessly to TV, MP3, PC and audio set in addition to the cell phone.

BLUETOOTH Telecom Trainer (Model:BT-2007)

  • BT-2007 is an experimental equipment to educate Bluetooth technology for software protocol stack and hardware operation procedure through step by step experiment.
  • Protocol Analysis and Simulation / Emulation
  • Demo Function
  • Data Communication Experiment Using Various Interface. (USB, UART)
  • Hardware Experiment is Available.
  • Multi Purpose Usage. (Education, Research and Development)
  • Bluetooth Host Programming.
  • Options for Application.
  • Full Documents.



This equipment includes base station simulator function and mobile phone diagnostic function. This system is used with mobile phone and computer. This equipment is developed to experiment communication procedure between base station and mobile phone, and establishment of Base Station parameter.

IoT Training System(Model : IoT-1000)

  1. Raspberry PI 3.0 based Internet of Things Experimental Equipment
  2. Sensor and actuator operation practice applying C Language
  3. 5 different Smart IoT convergence system operation practice linked with sensor and actuator
  4. Healthcare sensor(ECG, temperature, momentum, muscle) operation practice
  5. Sensor and actuator operation practice with 7 inches touch screen
  6. Checking data from server and real time streaming image through camera available
  7. Practice of data output for ECG, momentum and muscle sensor utilizing serial chart.

LTE Cellular Mobile Communication (Model:LTE-1000)

  • LTE-1000 supports mobile voice and data technologies, including GSM, UMTS, CDMA, EVDO, LTE, VoLTE, LTE-A and WiFi.
  • Portable and easy-to-use
  • No need of additional equipment
  • Application Software Installed on Android OS smartphone and Tablet computer
  • No need of additional equipment
  • Portable and easy-to-use
  • Various Call Test (Voice call, FTP, PING, HTTP etc.)
  • Real-time output on Google Map

Microprocessor Application Training System (MBT 200)

  • MBT-200 is designed as an experiment and practice system for electricity, electronics, computer, communication, and control and is suitable for students beginning with 8bit microprocessor.
  • Character LCD, DC Motor, Step Motor and sensors are employed for training basic functions and programming of ATMEGA128
  • Peripheral device control for each module in C language and board booting and software and hardware debugging using the WinAVR compiler.
  • Experiment and practice for I/O ports for various peripheral devices, Dot Matrix, Step Motor speed, LCD, FND, KEY, sensor, etc.
  • Application project can be designed by selecting a modular combination as Character LCD, DC Motor, Step Motor and sensors are modularized.
  • The textbook is edited and provided in the order of theory, practice and report.

Microprocessor Basic Trainer (MBT 100)

  • MBT-100 is a training system providing hardware manufacturing practices, external module control practices, I/O control practices using microprocessor and practices regarding applications of home security & RFID technology.
  • Provides hardware assembling practices.
  • Contains theories and practices. (ATMELs ATMEGA128)
  • Provides RFID 13.56MHz control practices.
  • As sample sources are included in main system, no extra equipment is needed.

Microwave Communication Trainer (2.4GHz) (Model:MW-2000)

  • Allowing students to train themselves about Experiment in microwave components design and manufacturing
  • Measurement applying microstrip line theory and microwave device design theory.
  • For these experiment, standard devices and Specification & documents are supplied with software program as reference.

Microwave Communication Trainer (5.8GHz) (Model:MW-5000)

  • Allowing students to train themselves in microwave components design and manufacturing & measuring by using Passive and Active devices and program at 5.8GHz.
  • For these experiment, standard devices and specification & documents are supplied with software program as reference.

Microwave Experiment Kit (Model:MW-1000)

  • An Experimental Kit to Educate Basic Concept of Microstrip Line Design & Microwave Component Design
  • Study the microstrip line design theory
  • Study the basic theory of microwave component
  • Microwave component design & simulation
  • Microwave component manufacturing
  • Microwave component measurement
  • Microwave component analysis of characteristics


  • Full Duplex Voice & Data Communication
  • Half Duplex Voice & Data Communication
  • Practice of RF interference & mobile environment
  • Chatting by using Computer.
  • Board level and full system level experiment is available using one set
  • Auto Mode and Manual mode can be selectable
  • Built-in Software equal to the Commercial Products.
  • Operating like as Commercial Mobile Products in Auto Mode.
  • 16 x 2 Character LCD.
  • LED Indicator.
  • Over Charge Protection.


  • The power conversion module is designed as an experiment and practice system for electronics and is suitable for students beginning with DC-DC Converter.
  • Circuit operation can be understood through manufacturing practice for each module.
  • It is possible to conduct experiment and practice to check change in output voltage of BUCK BOOST and CUK Modules by adjusting PWM Gen output DUTY cycle.
  • The textbook is edited and provided in the order of theory, manufacturing practice and report.

PLD Application Training System (MBPT 2000)

  • Optimal product to the students beginning FPGA(Cyclone).
  • Able to design various components and train components interface as it is interfaced with AVR and FPGA(Cyclone) which is installed to MBPT-2000 main board.
  • Providing various peripheral devices and available of various exercises such as DC motor, step motor, ultrasonic sensor & infrared sensor, serial communication, VGA, SW&LED and ADC board.
  • Available of wireless RC CAR control using FPGA+AVR.

RF Design Technology System (Model:RFDT-1000)

  • Helps users acquire basic RF circuit designing skills.
  • Helps users acquire RF module manufacturing skills.
  • Provides RF circuit measuring practices.
  • Provides chip components’ value measuring practices in high frequency band.

RFID Logistic System RFID-5000


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

  • Ordering status from PC monitor which RFID operation S/W is downloaded
  • Input information of goods such as item, price and quantity.
  • Stock status which is stored into the rack
  • Inferior goods information which is sorted out while moving from input conveyor belt to rack.
  • Delivery order information
  • 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 RFID Logistic System. In conclusion, user can learn how to deploy and test RFID systems under real-world conditions to increase efficiency and cut costs & etc.

RFID Shopping System RFID-3000

  • RFID Shopping System, which could replace the Bar-code system, can be actually applied to commercial products as well as educational use. RFID Shopping System is not the system identifying each product’s price one by one like bar-code system but the system identifying 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.
  • Put the goods with tag into shopping cart.
  • If the shopping cart passed the counter, RFID Antenna identify the UID information from every goods through the Tag and the information is transmitted to PC server.
  • Every goods information and its prices are displayed on PC monitor calculating total amount of prices and identifying the list of items.
  • If user present RFID Tag(card) to Card Reader, the purchased amount is counted.

RFID-EPC Global Trainer (Model:RFID-EPC)

  • 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.
  • Training using EPC Global Network
  • Practice for EPC Global Network Theory (Protocol Exercise between Reader and Tag & Middleware Programming)
  • Practice for Tag Data read/write
  • Mapping Tag Data to real product
  • Internet Connection between Reader and Server.
  • Database Construction coinciding Tag Data with Real Product.
  • Middleware Application.

RFIDTrainer Model: RFID-13.56

  • Helps to comprehend configuration and process of the RFID system and enables hardware manufacturing and programming experiment.
  • 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.


  • Helps users understand solar energy generating system by combining light source, charging controllers, converter, inverter, etc as a module.
  • Provides customized power generation system designing practices for manufacturing commercial products or practical training.
  • Every module is controlled through computer and has test pins for users to measure characteristics of each circuit.
  • Every module can be powered by battery during practices.
  • Power efficiency of each module is displayed on GUI in real time.
  • Incident angle of light source can be changed.
  • Each chapter of text book has objective of practice, theories, practices and report.

Ubiquitous Sensor Control Training Model System (Model:USN 1000)

  • Educate basic concept of USN Technology to Programming, Hardware practice of Real Time Wireless Sensor Network based on Tiny OS to Atmosphere Environment System, Water Environment System, and Fire Prevention System.
  • By using Commercial USN Communication, Reliabilitiy is confirmed
  • Using IEEE802.15.4 Layer supporting Zigbee Standard Protocol
  • Real Time Wireless Sensor Network Construction based on TinyOS
  • Supply Ethernet, USB, Serial Interface Board
  • Data Transmission and Reception of 30Mbps Indoor and 150Mbps Outdoor at Maximum Speed using Ceramic Chip Antenna
  • Supply Various Sensor Board Optionally(Temperature, Humidity, Light, PIR, Magnetic)
  • Supply Interface Board for Sensor Extension
  • Supply Powerful USN Monitoring Program
  • Supply Sensor Library, Example Source, Technical Document etc., and Assisting Education

Ubiquitous Sensor Control Training Model: USC 5000

  • USC-5000 is similar features to BT-3000 but more compact and slim in design
  • Bread board is added on the Master hardware as an additional feature. This will enable students to design and program control modules on the board
  • We also added Master contents as an optional purchase. CD and Textbook is supplied for 1:7 network experiment with the option

Ubiquitous Sensor Control Training System (Model:USC 7000)

  • USC 7000 system is composed of one Server(Master) and some Clients(Slave). One Server(Master) has 10 ports to be connected to each computer. One Server(Master) can communicate with 10 Clients(Slave) using 10 computers through one by one matching.
  • This trainer helps understanding embedded system and 1:7 bluetooth network communication. Students can design and program their own communication program.
  • It can be connected to several clients through one server, and useful (gainful) to build an ubiquitous sensor control experimental lab.

Wave and Antenna Training System (Model:WATS-2002)

  • An experimental equipment to educate electromagnetic wave propagation in mobile communication and Antenna characteristics such as Radiation patterns, Standing wave, Fading(Phase delay and attenuation), Doppler frequency and Propagation loss.
  • Most experiment is possible without extra measuring equipment.
  • Antenna characteristics measurement.
  • Mobile communication propagation experiment.
  • Propagation modeling & Loss Simulation.
  • Auto Calibration.
  • User interface with GUI windows.

WEGT-1000 Blade

  • Designed to allow indoor experiments for the principle of wind power generation
  • The system is composed of blower, blade, load module, wind¬† speed meter, DC/AC inverter, battery and quick charger
  • For the purpose of safety, load and inverter modules are contained in a steel enclosure
  • Blade support frame is provided to endure the wind pressure when wind is applied to the blade by the blower.
  • Real-time wind speed measurement using a wind speed meter.
  • The load module is equipped with an LCD for real-time checking of blade RPM.
  • The DC/AC inverter module is equipped with an LCD to check voltage and current .
  • Each chapter of the training textbook is composed of theory, practice and report.
  • Manufacturing practice for power conversion and measurement of circuit characteristics

WEGT-1000 Hand

  • Designed to allow indoor experiments for the principle of windnpower generation
  • The system is composed of generator, load, DC/DC converter, DC/AC inverter, FlyBack inverter, battery and quick charger
  • For the purpose of safety, load and inverter modules are contained in a steel enclosure.
  • Experiments are conducted under the same environment as wind power generation by applying force to the generator with hand instead of blade in order to exclude noise involved in wind power generation experiments
  • Check real-time power generation vs. hand force
  • Power conversion practice using DC/DC converter andnDC/AC inverter
  • Designed to test and check the magnitude of energy generated
  • Each chapter of the training textbook is composed of theory, practice and report.
  • Manufacturing practice for power conversion and measurement of circuit characteristics

WiMAX (IEEE802.16d) Communication Trainer

  • WiMAX (IEEE802.16d) Communication
  • Provides demonstration with windows media player
  • AP (Access Point) receives video streams via server’s Ethernet, sends them to UE (User Equipment) through WiMAX modem
  • UE (User Equipment) receives the data, and sends them to TE (Terminal) via Ethernet for performance
  • Understanding of the embeded software environment and design using Montavista-Linux
  • Understanding of the basic design of MAC software using WiMAX protocol stack
  • Understanding of the basic theory of OFDM modem
  • Design and simulation of MAC software
  • Experiments with real video streams using windows media player

Wireless Embedded Training System (Model:BT-3000)

  • An experimental equipment to educate Wireless control and embedded Technology, application of Telemetric and Industrial product control.
  • Wireless Embedded Training System, BT-3000 was developed to educate wireless control and embedded technology.
  • Its distinguished technology compared to wired embedded system is wireless control using Bluetooth protocol.
  • Wireless embedded technology will be used in application of Home networking, Ubiquitous sensor networking, Telemetric and Industrial control in near future.
  • Through experiment using BT-3000 students learn hardware design and wireless communication protocol easily. Hardware design includes Controller and modules and software design including bluetooth communication protocol.

Zigbee Trainer (Model:ZT 200)

  • ZT-200 provides experiment on Zigbee communication and sensor network based on Zigbee combined with various sensors
  • Experiments on features of various sensors and control of house appliance are available through Zigbee module
  • Experiment on sensor network through Zigbee module is provided
  • Various Expansion through expansion ports is available
  • Experiment environment is constructed in low price by using free compiler