Description
For Numato Products Price details/ quotation please mail your requirements on dolphinlabs17@gmail.com
Waxwing S6 Development Board is a low-cost FPGA development board with a lot of features including DDR SDRAM, 100M Ethernet, AC97 codec, and DVI-D. Waxwing Development Board features AMD Spartan-6 FPGA Mini Module with high-density connectors for external IO interface. This Development board makes it easy to evaluate and build solutions with Waxwing Spartan 6 FPGA module. The Development board also provides easy access to JTAG signals on a standard Xilinx Platform Cable compatible header.
Features
- AMD Spartan 6 FPGA (XC6SLX45 in CSG324 package, on Waxwing Mini Module)
- DDR: 166MHz 512Mb LPDDR
- 100MÂ Ethernet (LAN8710A)
- National Semiconductor LM4550 AC‘97 audio codec
- Flash memory: 128 Mb SPI flash memory (N25Q128A13ESE40E)
- 100MHz CMOS oscillator
- DVI-D Connector for video (Compatible with HDMI)
- 8 bit VGA output connector
- 2 Channel Audio Out through 3.5mm audio jack
- 16 x 2 Character LCD Display
- Micro SD Adapter
- Three Common Anode 7Segment LED Displays
- Seven onboard Push Button Switches
- 44.5mm x 35.1mm Mini breadboard for easy prototyping
- High-Speed USB 2.0 interface for On-board flash programming.
- FT2232H Channel A is dedicated to SPI Flash Programming. Channel B can be used for custom applications
- FPGA configuration via JTAG and USB
- On-board voltage regulators for single power rail operation
- Dimensions: 180 mm X 120 mm
Applications
- Signal Processing
- Product Prototype Development
- Communication devices development
- Educational tool for Schools and Universities
- Development and testing of custom embedded processors
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A Soil Moisture Detection System using Arduino, a soil moisture sensor, and a buzzer that sounds an alert when soil moisture is detected.
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The Conveyor Belt Object Counter using LDR and 7-Segment Display with the 8051 microcontroller is designed to count objects passing in front of an LDR (Light Dependent Resistor) sensor. The system works by detecting light interruptions when an object crosses the sensor, causing a change in the LDR’s resistance. The microcontroller processes this change and increments an object count. The count is then displayed on a 7-segment display.
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An Automatic Door System using Arduino, an ultrasonic sensor, and a servo motor that detects an approaching object and opens the door automatically.