Outdoor development pozwalaje learning service FPGA chips.
Development board allows us to study the FPGA chips. It features the module Xilinx Spartan XC6SLX9 with 512 MB of DDR SDRAM and 32 pins I/O. Board is programmed via a built-in miniUSB connector. It also has buttons, LEDs, display, segment display, slot for microSD memory cards, etc.
Development board allows us to study the FPGA chips. It features the module Xilinx Spartan XC6SLX9 with 512 MB of DDR SDRAM and 158 pins I/O. It has a FTDI chip FT2232H, Dual channel USB, oscillator of 100 MHz and 128 MB SPI Flash. Board is programmed via a built-in miniUSB connector.
Numato Opsis is an open video platform based on the FPGA Xlinx Spartan-6 S6LX45T for operators of Webcams and artists. It has 256 MB of RAM DDR3-1600. The board was equipped with 4 HDMI ports, 2 display ports, USB connector of type B and microUSB, a Gigabit Ethernet port and a microSD slot.
Starter set with a DVK600 development board and a board FPGA Core3 S500E. The board gives you the possibility of extension with another module that makes it perfect for beginners programming apps with devices FPGA series XILINX Spartan-3E. In addition, the kit includes a display board with buttons, a keyboard module, sensor DS18B20, and many more.
Development board allows us to study the FPGA chips. Features the module Xilinx Spartan XC3S50A with maximum number of I/Os - 108. Board is programmed via built-in miniUSB connector. It also has buttons, LEDs, segment display, slot for microSD cards, etc.
Sound card DAC for Numato Labs FPGA boards with connector 2 x 6 pin. The module is equipped with a system CS4344, has a resolution of 24-bits, runs at a frequency of 192 kHz. The board has a mini-Jack connector.
Module with LM4550 system, audio codec, compliant with AC'97 Rev 2.1, which lets you create and record high quality stereo sound. It has a built-in headphone amplifier with separate amplification control. Dynamic range is 90 dB. Compatible with plates Numato FPGA Laboratory, equipped with connectors 2 x 6 pin.
Module extending the board Numato Labs FPGA with the Ethernet port. There is a system LAN8710A, transistor low-power 10BASE-T / 100BASE-TX (PHY). LAN8710A supports communication via standard Ethernet MAC MII interface (IEEE 802.3 u). Transceiver with full duplex supports 10 Mbps (10BASE-T) and 100 Mbps (100BASE-TX).
Development board allows us to study the FPGA chips. The module is equipped with Xilinx Artix 7 with 2 GB of DDR3 memory and up to 80 conclusions I/O. The board is programmed via the built-in USB connector. It also has an Ethernet port, buttons, LEDs, display, segment display, slot for microSD memory cards, etc.
Development allow us to study the FPGA chips. The module is equipped with EP4CE6E22C8N with 80 I/O. The board is configured through the JTAG interface. It also has buttons, LEDs, etc. It is powered with 5 V by using the DC connector.
Development board allows us to study the FPGA chips. The module is equipped with MatchXO2-1200 FPGA with 18 I/O, 64 KB RAM, 64 KB of Flash memory. The module has no built-in connectors. Programming is done by the FPGA programmer.
Panel module for Arduino expansion capabilities FPGA from Xilinx Spartan. The Board also has a system ESP32 that allows you to exchange data via wi-fi and Bluetooth and 8-bit ADC, a 6-axis accelerometer, two LEDs RGB interface miniHDMI, two connector camera CSI interface and the Grove.
Tile for development on the basis of the layout GW1N-1-LV, which has 1152 LUT4 4 addresses of memory and 864 FF (Flip-Flop). The module has 72 KB of SRAM. Due to the small size tile does not have DSP. It is equipped with 34 pins I/O. Board is powered through USB connector-C. Programmable via JTAG interface using a USB. Built-in FPC connector display...
The voice recognition module in the form of overlays for the Raspberry Pi. On the Board is 7 MEMS microphones and 18 LEDs RGBW. Cover was based on the scheme of the Xilinx Spartan 6 FPGA with 64 MB SDRAM and ESP32 with wi-fi and Bluetooth. The module can operate as a standalone device using ESP32 and Xilinx, programmed in the Arduino IDE.
The voice recognition module with 7 MEMS microphones and 18 LEDs RGBW. The device was based on the scheme of the Xilinx Spartan 6 FPGA with 64 MB SDRAM. The module works with the Raspberry Pi as a overlay and as a standalone unit.