Technology Labs
Advance Spartan-7 FPGA Platform for VLSI Lab
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About Product
We supply comprehensive VLSI laboratory kits to universities and institutions, featuring 100+ hands-on experiments across 10 specialized modules, including digital design, DSP, AI/ML acceleration, and SoC d evelopment. Our turnkey solutions include industry-standard FPGA boards (Zynq, Spartan-7, Artix-7, and Altera), complete courseware, and technical documentation, enabling institutions to deliver job-ready training for VLSI careers.
Applications of Finite State Machines in FPGA.
Onboard
Traffic light controller
Elevator controller
User interface
16 input switches
4X4 LED matrix
Two 7-segment displays
OLED display
FPGA configuration through USB JTAG.
On board Breadboard
Free I/O’s on Connector
JTAG to USB programming cable will be provided with the system.
System on Module Board
Device : FPGA SPARTAN 7 XC7S50-1FGGA484I
DDR3 : 256 MBit, DDR3
JTAG: Onboard standard JTAG Connector 14-pin 2 mm pitch dual row
DEBUG: UART Debug interface over USB type Cconnector
USB: "On board are 2 USB 2.0 Type A connectors. Self-powerUSB ports"
EPROM: I2C EEPROM 1Mbit size
Flash: Onboard Programming Flash 128MB
IOs: 3 Nos of IO 0.8mm board-to-board connector with Max169, 3.3V
IOs
LEDs: Onboard 3 LEDs for Indications.
EPROM I2C EEPROM 1Mbit size
Carrier Board
Power Supply: 2.5V,3.3V & 1.2V
Onboard function generator
LEDs: Onboard 3 LEDs for Indications
EPROM I2C EEPROM 1Mbit size.
Carrier Board
Power Supply: 2.5V,3.3V & 1.2V
Onboard function generator
Provision for Square and Triangular wave generation
Frequency variable from 40 to 100 KHz with provision fine and coarse selection for both square and triangular wave.
Offset adjustment for triangular wave
Onboard Motor interface
Stepper motor interface using 5-VDC, 200-step/revolution motor
5V DC, DC motor interfaced using unpolarized connectionso that it can be reversed
Onboard Relay Interface
One NO and one NC contact are provided using a 5-VDC relay.
Real-time clock interface using I2C bus
Onboard Buzzer Interface
Analog inputs
ADC AD7934 (12-bit) with 4 channels to be used
Thermistor interface to be given to ADC channel 4
Anti-aliasing filter at the input of ADC (channel 1) with provision for time constant adjustment
Analog output
DAC TLV 5619 (12-bit, 100 ns conversion time)
Reconstruction filter at the output DAC with provision for time constant adjustment
Implementation of Multiplexer, Decoders, Encoders, Flip Flop, Counters etc.
Design and Implementation of RAM and ROM using FPGA
Design and Implementation of4-bit, 8-bitand 32-bit Arithmetic Logic Unit (ALU)
Interfacing of ADC & DAC and develop an application to display Temperature
Applications of Finite State Machine in FPGA like Traffic Light Controller & Elevator Controller
PRBS Generator
RTC Interface using I2C Bus
Design Applications using LED Matrix
With 35 years of legacy in Technical Education, Akademika extends its expertise to Defence and Skill development, building Innovative, Reliable Training Systems for the next generation of Learners.
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