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RUDRA - ARM7 DEVELOPMENT BOARD

Rudra ARM7 Development board is a perfect platform to evaluate the capabilities of NXP LPC2148 microcontroller. The board has been designed using advanced SMD components and high quality multilayer PCB. Rudra ARM7 Development board is a combination of Rudra Main board (RA-01) and Rudra Add-on board (RA02). The board offers rich set of peripherals to perform advanced embedded applications.

Interface Cards

Enixs interface cards share the common architecture for I/O interface. The interface cards use 40 Pin GPIO connector for connecting with main boards. The GPIO connector is following Altera (Intel-FPGA) common standard interface, which have 36 I/O lines with two power lines and two ground lines. Enixs have various interface cards ranging from Different I/O types, Analog, Digital, RTC, Motor Controller, I2C, Traffic control, Elevator Controller and Semaphore usage trainer boards.

ADC0809 INTERFACE CARD

The ADC 0809 interface board is designed to explain the analog to digital conversion using ADC 0809 chip .This interface card is compatible to interface with Embedded, FPGA development boards and sensors to be used in real time projects also. Stand alone working mode is the special feature of this card. The ADC 0809 interface card is a perfect platform for learning about the basic concepts of ADC operation.

DAC0800 INTERFACE CARD

The DAC interface card is designed to demonstrate the digital to analog conversion using DAC 0800 chip. The board is having 20x4 LCD, 7 Segment Displays, LED’s & Slide switches. This interface card has been used to implementing real time digital to analog conversion applications. It is compatible to interface with Embedded and FPGA development boards through standard 40 pin GPIO connector.

DIGITAL I/O CARD

The Digital I/O card-IV has designed to interface with Embedded & FPGA development boards to practice the basic concepts of I/O operation using LED, LCD, 7 Segment Display, 4X4 keypad matrix, Relay, Buzzer and slide switch interfaces. These I/O modules offer good reliability, low-cost solution for distributed I/O applications. It has been designed with standard 40 pin GPIO connector to interface with different target boards.

MOTOR INTERFACE CARD

The Motor Interface Card has designed to study the concept of interfacing motors such as Stepper motor, DC motor and Servo motors. The board has mode selection slide switches, push button switches, segment and LCD displays. All the driving lines are isolated using opto-isolators. This interface card is compatible to interface with Embedded, FPGA development boards through standard 40 pin GPIO connector.

SENSOR INTERFACE CARD

The Sensor Interface Card has designed to study the operations of sensors such as photo diode, LDR, Thermistor, LM35 and IR sensors. All the sensors can be interfaced simultaneously through the multi-channel ADC 0809. The outputs can be viewed using LED, 20x4 LCD and Seven segment displays. This interface card is compatible to interface with Embedded, FPGA development boards through standard 40 pin GPIO connectors.

WIRELESS INTERFACE CARD

The wireless interface card is the low power wireless sensor networks. The Xbee modems are one of the easiest ways to create a wireless point to point or mesh network. It has on board 3.3V low drop voltage regulator and LED indicators for reception, transmission status and activity of RSSI and power indication. It is compatible to work as the modem for Embedded and FPGA development boards. It is the basic wireless sensor module for implementing the wireless control projects.

I2C INTERFACE CARD

The I2C interface card - I has designed to interface a DS1307 Real-time Clock device and AT24C256 EEPROM using I2C protocol. The board is having 16x2 LCD to display seconds, minutes, hours, day, month and year and it also have 7 segment display to display the time. By using the push button switches one can easily edit and set the time, date and alarm. It has been designed with standard 40 pin GPIO connector to interface with different target boards.

ELEVATOR INTERFACE CARD

The Elevator interface card is designed to demonstrate the elevator (Lift) operation of eight floors. It has the Input Output devices, which illustrates the floor selection and the selected floors can be represented by Segment display and Buzzer in the trouble-free way .It is one of the ideal design modules of elevator.

VLSI and Download Cable

FPGA Development boards from Enixs afford a wide-ranging, multiple on board peripherals with easy to interface general input and output pins. And platform provides perfect design environment to develop FPGA system-level designs.

MAX II CPLD DEVELOPMENT BOARD

The CPLD development board uses the MAX II family Altera CPLD chip. This low  cost CPLD  chip is very appropriate for entry level use .It is used to  expand your own CPLD projects  with external circuits by all IO ports such as LEDS ,Serial communication,PS2 and VGA interfacing .It has  inbuilt USB blaster. It provides a convenient hardware platform for the user to learn and develop own CPLD projects.  It provides the general purpose, low-density logic applications.

FPGA DEVELOPMENT BOARD - CYCLONE II

The FC01 FPGA Development board provides a comprehensive, best-in-class design environment to develop a low-cost and low-power FPGA system-level designs. The board equipped with Altera cyclone II family FPGA chip  Cyclone-II FPGAs are manufactured on 300-mm wafers using TSMC's 90-nm low-k dielectric process to ensure rapid availability and low cost. The board is having multiple on board peripherals as per advanced educational institution requirements. The board has 32 shared GPIO pins for easy expansion. The expansion ports can be used for connecting daughter boards and also can be used for custom made design.

DOWNLOAD CABLE

             The USB Asthra download cable which is compatible with Altera (now part of Intel) USB Blaster. It supports USB 2.0 and work with 3.3v target FPGA boards. It’s a very low cost alternative with same feature set of USB Blaster.

USB ASTHRA DOWNLOAD CABLE

Features

• Compatible with Altera USB Blasters
• Supports target systems using 5V TTL, 3.3VLVTTL/ LVCMOS
• Single ended I/O standard from 1.5V to 3.3V
• Compact design
• Power requirement : 1.5V & 5V from target board

Embedded Development Board

Embedded development boards have peripherals from basic switches to standard communication ports with advanced common general purpose input and output connector. Which have direct I/O lines from micro controller. Enixs – Embedded development boards are useful for first hand learning training and developing project designs.

PIC 16F877A EMBEDDED DEVELOPMENT BOARD

The immensely popular PIC development board for the PIC16F877A enables easy development and testing of various solutions of PIC projects. Microchip’s powerful PIC 16F877A .It is used to develop the exciting PIC real-time applications. It is Ideal as a home controller, the RS232 connection can connect directly to a computer for monitoring and sending various commands to the system. The on-board clock allows time based commands and the integral EEPROM allows for easy data storage. All of the features make this board as the ideal for more advanced level A/D applications in automation, industrial appliances and consumer applications.

NXP 89V51RD2 EMBEDDED DEVELOPMENT BOARD

The Embedded development board provides the stable and cost-effective platforms for building powerful embedded applications. It works on the two mode of operation (USB and Serial). It has the special features of onboard Input Output peripherals. It acts as target board for other interface boards also. It is used to learn and implement the 8051 projects in trouble free-way.

ARM7 LPC2148 EMBEDDED DEVELOPMENT BOARD

The EM04 Embedded development board is exclusively used for ARM based embedded system applications. It resembles the LPC2148 (ARM 7 core) microcontroller. It is the perfect platform to learn the basic & advanced concepts of the ARM processor easily. The board is having multiple onboard peripherals as per advanced educational institution requirements. The board has 32 shared GPIO pins for easy expansion. The expansion ports can be used for connecting daughter boards and also can be used for custom made design.