Artix-7 35/50/100T FPGA Development Board
Artix-7 35/50/100T FPGA Development Board
Artix 7 FPGA Development board is the low cost and features rich FPGA kit, based on the latest AMD Xilinx FPGA Device. Its features include FPGA, SPI FLASH, ADC, DAC, LCD, 7 segment, buzzer, Push Button, Slide Switch, and UART. The Board also provides additional interface like CMOS Camera and TFT Display at the expansion connectors.
- Core architecture - Artix7 35T : 33,280 Logic Elements, 400 Distributed Memory RAM, 90 DSP48E1 Slices - Artix7 50T : 52,160 Logic Elements, 600 Distributed Memory RAM, 120 DSP48E1 Slices - Artix7 100T : 101,440 Logic Elements, 1,188 Distributed Memory RAM, 240 DSP48E1 Slices
- Based on AMD Xilinx Artix 7 35/50/100T Device.
- SDRAM: 32MB(256Mbit) SDRAM
- SPI FLASH : 64 Mb FLASH for XC7A35T FPGA Configuration
- SPI FLASH : 128 Mb FLASH for XC7A100T FPGA Configuration
- Complete suite of DSP IPs for Algorithmic Acceleration.
- Up to 15 dedicated clock pins that can drive up to 10 global clocks Phase-locked loops (PLLs)
- Up to four general purpose PLLs
- Software Support: Compatible with Vivado Software and supports development using Verilog, VHDL, C/C++ and Python.
- 16nos of SPDT switch for Input purpose
- 16nos of LED for Output purpose
- 16X2 LCD
- 4nos 7-segment LED display
- 1no of Buzzer
- ADC : 4 Channel XADC input with 3.3v input compatible
- 2Ch ADC, 12bit, 200KSPS terminated at Screw Type Connector
- 2Ch DAC, 12bit, 8.5uS Settling Time, terminated at Screw Type Connector
- 4 Push Button Switches
- 16 External I/O terminated at 20 Pin Connector.
- Wi-Fi & Blue Tooth : ESP32 WiFi
- VGA : 12-bit, 4096 Color
- HDMI : HDMI OUT
- Sensor1 : LM35 Temperature Sensor
- Sensor2 : LDR
- Sensor3 : Accelerometer
- MicroSD Card
- USB JTAG for Programming and Debugging. Fully Compatible with Xilinx Vivado Tool
- USB UART with programmable baud rate
- Programming : Compatible with Xilinx Vivado Tool. Vivado provides the complete programme development environment required to create an FPGA project, write HDL code, assign FPGA pins, compile the design, check timing and resource usage, generate the programming file, and download the design into the FPGA through the JTAG interface.
- Applications : Ideal for Embedded Systems, Digital Signal Processing (DSP), Image and Video Processing, Robotics, IoT, and FPGA-based research and education.