Description:
1.Core board volume 8.5 * 8.2cm, can be directly inserted into the user platform as a multi-function module, shorten the product development cycle
2.XILINX SOPC EDA series of software learning and application
3.VHDL, Verilog HDL learning and development
4.XILINX Microblaze SOPC software learning and application development
5.FPGA embedded system learning and application development
6.FPGA IP verification and development
7.RTC real-time clock development and application
8.QFLASH read and write and operation
9.EEPROM read and write operations and applications
10.USB2.0 communication experiment and development
11.Embedded Application System peripheral learning and application development, SDRAM, FLASH memory interface, RS232 interface, LCD interface, etc. 

Feature:
1.To provide a complete XILINX FPGA hardware and software development platform to fully demonstrate the flexibility of FPGA
2.Rich peripheral resources: 16-bit 256Mb SDRAM, 16Mb FLASH, a 128Mb QFLASH, a 4Kb EEPROM, a real-time clock chip, a USB to UART interface, a USB2.0 interface, 5 buttons, 4 LCD display , PMOD interface
3.Good scalability, the board leads to unused FPGA IO pins, combined into 84 expansion interfaces (J6, J7, J1), long-term distribution and EMC analysis, high-speed docking audio input and output cards, video Input and output cards, AD DA cards, Gigabit network modules 

XC6SLX16 VER1.1 FPGA Core Board Resources:
1.FPGA chip: XC6SLX16-2FTG256C(FBGA256）,Speed Grade 2，Logic Elements 14579,Memory Bits 576Kb,Embedded Multipliers DSP48 16,Global Clocks 2
2.SDRAM:1PCS 16M × 16Bit SDRAM, up to 166MHz read and write speed of 256Mb, large capacity, independent I / O control, independent data address bus
3.Serial configuration FLASH: Standard M25P16 (16Mbit), burning firmware or as well as embedded programs and user data
4.QSPI FLASH: 1PCS 128Mbit Quad-SPI FLASH chip for storing user data or files, the chip model is W25Q128
5.EEPROM: 1PCS EEPROM, model 24LC04, capacity: 4Kbit (2 * 256 * 8bit)
6.TF / SD deck: Provide a standard TF card slot, support FAT16, FAT32 data format storage
7.USB to serial port: Through the PL2302 USB to serial chip, the user can use a USB cable to connect it to the PC's USB port for serial data communication

8.USB2.0: Through the Cypress CY7C68013A USB2.0 controller chip to achieve high-speed data communications between PC and FPGA, support for low-speed (12Mbit / s) and full-speed (480Mbit / s) mode. And provide independent reset button, and firmware shielded jumper, user-friendly independent development USB2.0 interface
9.Clock: An active clock 50M, the user can change other frequency on their own, you can also use USB2.0 chip IFCLK 68013, CLKOUT do clock use
10.Real-time clock: Real-time clock RTC chip, model DS1302, its function is to provide the calendar function until 2099, year, month, day, minute, second and week. And reserve the battery interface, then the standard laptop battery, you can achieve long-term clock accurate travel time
11.Piano switch: With pull-up potential, the user key input
12.Power supply: 5V, 3.3V / 2A, 1.2V / 800MA independent leads user-friendly and test
13.JTAG port: Debug FPGA online, cure user program and firmware. Standard 2 * 7 14PIN 2.0MM pitch socket
14.LVDS: J6 BANK0 leads to a separate 8 pairs of LVDS, you can choose different levels by adjusting the BANK0 voltage standard, independent LDO power supply chip, the default 3.3V IO level
15.LED: 4pcs independent IO interface LEDS, users can define their own, 2 RXD / TXT status indication
16.System master reset: System reset button, pull up. Can also be used as a user key input
17.PCB layout: High-speed 4-layer PCB layout, senior engineers hand wiring, and EMC simulation analysis of the same length, so as to ensure high-speed system operation. Size: (85mm X 82mm)
18.PMOD interface: XILINX PMOD standard interface, the same length of wiring and EMC simulation analysis. You can directly connect various XILINX PMOD modules
19.Expand I / O: Extend the IO interface to do sampling and other long wiring, and carry out high-speed EMC simulation analysis to ensure that the interface connects external devices at a high speed. (J6) 38+ (J7) 38+ (J1) 8 = 84 (leads to independent I / O). Which J6, J7 two expansion IO compatible plug compatible with our various expansion modules, J1 is XILINX PMOD standard interface. You can directly connect various XILINX PMOD module 

Include:
1 x XILINX XC6SLX16 V1.1 FPGA core board
1 x USB to DC power cord
1 x MINI USB2.0 communication cable
1 x Copper pillar
1 x Acrylic protection board