ZYNQ Development Board XC7Z045 FFG 900 Compatible with ZC706 Software Defined Radio Development Platform

ZYNQ Development Board XC7Z045 FFG 900 Compatible with ZC706 Software Defined Radio Development Platform


Description:
1. ZYNQ chip XC7Z045-FFG 900
2. Four pieces of DDR3 memory form 8GBIT (1GBYTE) running memory, which is connected to the PS side, and the PL side can be accessed through the HP interface.
3. RGMII interface Gigabit Ethernet, compatible with 1000M/100M/10M, PHY chip is 88E1116R.
4. The HDMI video output interface uses the chip ADV7511 to support 2K high-definition, which can be used as a graphical interface for LINUX display and provides a LINUX system.
5. Two USB to UART interfaces are connected to PS and PL respectively. PS can be used as a processor system to run a program for dialogue, and the PL part can be interacted with by the user's self-written logic.
6. The onboard download line can be connected to the USB line to realize all the functions of the download line to realize processor debugging, logical download and FLASH programming.
7, USB OTG interface, can realize external mouse keyboard or U disk etc.
8. Two FLASH chips with QUARD SPI interface work in 8-channel parallel expansion mode, expand the FLASH storage capacity to 32MB and increase the PS loading speed.
9. Support SD card, up to 32G capacity SD card, which can be used as boot disk or data disk.
10. Onboard 16G EMMC chip, connected to the PS part through EMIO, used as a large-capacity high-speed data disk or file disk.
11. The 3-way LPC standard FMC interface can be connected to the FMC board for various extended tests. Each group can connect 34 pairs of differential or 68 single-ended IO.
12. 4 groups of PMOD interfaces, each with 8 3.3V IO ports.
13, IIC clock chip, IIC memory chip and other peripherals. Among them, PL part and PS part are connected with 1KB EEPROM respectively.
14, 4-digit DIP switch input, 3-digit key input.
15. PS clock input is single-ended 33.33MHZ, PL part clock input is single-ended 100MHZ and differential 200MHZ.
 
 
 

The thickness of the board is 2MM, 12-layer PCB is used, and the power layer and GND are ignored. The signal layers are as follows:

Package list

1. SC706 motherboard, 7Z045 chip are optional.

2. 12V power supply.

3. Two MICRO USB cables.

4. Two USB OTG lines.

5. Gigabit Ethernet cable.

6. SD card and SD card reader.

common problem:

1. Do you need to purchase a download cable separately?

There is an onboard download cable module U10 on this board that has been connected, J2 can be used as a download cable directly after connecting the USB cable, full-featured and fast.

You can also use an external JTAG download cable to connect to the 6PIN standard XILINX JTAG interface on the board. To use an external download cable, you need to unplug the USB port J2 of the onboard download module.

2. Is FMC LPC or HPC?

The three FMC ports are all LPC standards.

3. The advantages and disadvantages of the 7Z045 and 7Z100 chip versions.

7Z045 has better compatibility with the official board ZC706, such as:

A. Run the LINUX image downloaded from the official website directly, or compile the LINUX source code without modification.

B. Directly select the ZC706 board under the VIVADO environment, and directly use the PS configuration and DDR3 configuration of ZC706.

C, MATLAB has a toolbox connected to ZC706, which is directly available.

D, ADI official also has LINUX based on ZC706, which is also used directly.

The advantage of using 7Z100 is that there are more PL resources, and PS resources are the same as 7Z045. Suitable for users who are familiar with ZYNQ system.

Simply put, 7Z100 is strong in performance, and 7Z045 is strong in ecology.

Use our SC706_7Z100 version to connect to the official FMCOMMS5 (built-in two AD9361, strict RF synchronization) for MIMO communication development. Directly replace the official ZC706 development board, lower price, more logic resources for baseband algorithm processing!

The following screenshot is a screenshot of the SC706 board running the ADI LINUX system in the SD card through HDMI and connected to the mouse and keyboard. The screenshot is achieved through the PRTSC key, and the graphics are kept on the SD card.