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Online version of this manual and other related documents can be found at https://wiki.trenz-electronic.de/display/PD/Trenz+Electronic+Documentation

Overview

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Key Features

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Revision History

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Release Notes and Know Issues

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Requirements

Software

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Hardware

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Hardware Support
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Basic description of TE Board Part Files is available on TE Board Part Files.

Complete List is available on <design name>/board_files/*_board_files.csv

Design supports following modules:

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Design supports following carriers:

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Additional HW Requirements:

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Content

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For general structure and of the reference design, see Project Delivery

Design Sources

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Overview

TEF1001 SI5338 Configuration, DDR Configuration and PCIe Core Example Design.

Refer to http://trenz.org/tef1001-info for the current online version of this manual and other available documentation.

Key Features

Revision History

Release Notes and Know Issues

Requirements

Software

Hardware

Basic description of TE Board Part Files is available on TE Board Part Files.

Complete List is available on <design name>/board_files/*_board_files.csv

Design supports following modules:

Design supports following carriers:

Additional HW Requirements:

Content

For general structure and of the reference design, see Project Delivery - AMD devices

Design Sources

Additional Sources

Prebuilt

Additional Sources

...

Prebuilt

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<tr> <th>File                                 </th> <th>File-Extension</th>  <th>Description                                                                              </th> </tr>
<tr> <td>BIF-File                             </td> <td>*.bif         </td>  <td>File with description to generate Bin-File                                               </td> </tr>
<tr> <td>BIN-File                             </td> <td>*.bin         </td>  <td>Flash Configuration File with Boot-Image (Zynq-FPGAs)                                    </td> </tr>
<tr> <td>BIT-File                             </td> <td>*.bit         </td>  <td>FPGA Configuration File                                                                  </td> </tr>
<tr> <td>DebugProbes-File                     </td> <td>*.ltx         </td>  <td>Definition File for Vivado/Vivado Labtools Debugging Interface                           </td> </tr>
<tr> <td>Debian SD-Image                      </td> <td>*.img         </td>  <td>Debian Image for SD-Card                                                                </td> </tr>
<tr> <td>Diverse Reports                      </td> <td>  ---         </td>  <td>Report files in different formats                                                        </td> </tr>
<tr> <td>Hardware-Platform-Specification-Files</td> <td>*.hdf         </td>  <td>Exported Vivado Hardware Specification for SDK/HSI                                       </td> </tr>
<tr> <td>LabTools Project-File                </td> <td>*.lpr         </td>  <td>Vivado Labtools Project File                                                             </td> </tr>
<tr> <td>MCS-File                             </td> <td>*.mcs         </td>  <td>Flash Configuration File with Boot-Image (MicroBlaze or FPGA part only)                  </td> </tr>
<tr> <td>MMI-File                             </td> <td>*.mmi         </td>  <td>File with BRAM-Location to generate MCS or BIT-File with *.elf content (MicroBlaze only) </td> </tr>
<tr> <td>OS-Image                             </td> <td>*.ub          </td>  <td>Image with Linux Kernel (On Petalinux optional with Devicetree and RAM-Disk)             </td> </tr>
<tr> <td>Software-Application-File            </td> <td>*.elf         </td>  <td>Software Application for Zynq or MicroBlaze Processor Systems                            </td> </tr>
<tr> <td>SREC-File                            </td> <td>*.srec        </td>  <td>Converted Software Application for MicroBlaze Processor Systems                          </td> </tr>    
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Description

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Debian SD-Image

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*.img

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Debian Image for SD-Card

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Download

Reference Design is only usable with the specified Vivado/SDK/PetaLinux/SDx version. Do never use different Versions of Xilinx Software for the same Project.

Reference Design is available on:

• TE0??? TEF1001 "Test Board" Reference Design Download Area

Design Flow

Trenz Electronic provides a tcl based built environment based on Xilinx Design Flow.

See also:

• Vivado/SDK/SDSoCAMD Development Tools#XilinxSoftware-BasicUserGuides
• Vivado Projects - TE Reference Design
•  Project Delivery.

The Trenz Electronic FPGA Reference Designs are TCL-script based project. Command files for execution will be generated with "_create_win_setup.cmd" on Windows OS and "_create_linux_setup.sh" on Linux OS.

TE Scripts are only needed to generate the vivado project, all other additional steps are optional and can also executed by Xilinx Vivado/SDK GUI.  For currently Scripts limitations on Win and Linux OS see: Project Delivery Currently limitations of functionality

1. _create_win_setup.cmd/_create_linux_setup.sh and follow instructions on shell:
   Image RemovedImage Added
2. Press 0 and enter for minimum setup
3. (optional Win OS) Generate Virtual Drive or use short directory  for the reference design (for example x:\<design name>)
4. Create Project
   
   1. Select correct device and Xilinx install path on "design_basic_settings.cmd" and create Vivado project with "vivado_create_project_guimode.cmd"
      Note: Select correct one, see TE Board Part Files
5. Create HDF and export to prebuilt folder
   
   1. Run on Vivado TCL: TE::hw_build_design -export_prebuilt
      Note: Script generate design and export files into \prebuilt\hardware\<short dir>. Use GUI is the same, except file export to prebuilt folder
6. Create Linux (uboot.elf and image.ub) with exported HDF
   
   1. HDF is exported to "prebuilt\hardware\<short name>"
      Note: HW Export from Vivado GUI create another path as default workspace.
   2. Create Linux images on VM, see PetaLinux KICKstart
      1. Use TE Template from /os/petalinux
         Note: run init_config.sh before you start petalinux config. This will set correct temporary path variable.
7. Add Linux files (uboot.elf and image.ub) to prebuilt folder
   
   1. "prebuilt\os\petalinux\default" or "prebuilt\os\petalinux\<short name>"
      Notes: Scripts select "prebuilt\os\petalinux\<short name>", if exist, otherwise "prebuilt\os\petalinux\default"
8. Generate Programming Files with HSI/SDK
   
   1. Run on Vivado TCL: TE::sw_run_hsi
      Note: Scripts generate applications and bootable files, which are defined in "sw_lib\apps_list.csv"
   2. (alternative) Start SDK with Vivado GUI or start with TE Scripts on Vivado TCL: TE::sw_run_sdk
      Note: See SDK Projects

SDSoC (only tested on Win OS)

1. Generate Platform Project or use prebuilt from download
2. ...

Launch

Programming

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Xilinx documentation for programming and debugging: Vivado/SDK/SDSoC-Xilinx Software Programming and Debugging

QSPI

Not used on this Example.

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open with "vivado_open_project_guimode.cmd", if generated.
Type on Vivado Console: TE::pr_program_flash_mcsfile -swapp u-boot
Note: Alternative use SDK or setup Flash on Vivado manually
Reboot (if not done automatically)

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SD

1. Copy image.ub and Boot.bin on SD-Card.
   • For correct prebuilt file location, see <design_name>/prebuilt/readme_file_location.txt
2. Set Boot Mode to SD-Boot.
   • Depends on Carrier, see carrier TRM.
3. Insert SD-Card in SD-Slot.

JTAG

Not used on this Example.

Usage

1. Prepare HW like described on section Programming
2. Connect UART USB (most cases same as JTAG)
3. Select SD Card as Boot Mode
   Note: See TRM of the Carrier, which is used.
4. Power On PCB
   Note: 1. Zynq Boot ROM loads FSBL from SD into OCM, 2. FSBL loads U-boot from SD into DDR, 3. U-boot load Linux from SD into DDR

Linux

1. Open Serial Console (e.g. putty)
   
   1. Speed: 115200
   2. COM Port: Win OS, see device manager, Linux OS see  dmesg |grep tty  (UART is *USB1)
2. Linux Console:
   Note: Wait until Linux boot finished For Linux Login use:
   
   1. User Name: root
   2. Password: root

System Design - Vivado

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Block Design

PS Interfaces

Constrains

Basic module constrains

2. Generate Programming Files with HSI/SDK
   
   1. Start with TE Scripts on Vivado TCL: TE::sw_run_hsi
      (optional) Start SDK with Vivado GUI or start with TE Scripts on Vivado TCL: TE::sw_run_sdk to generate files manually
      Note: See SDK Projects
   2. (optional )Copy "prebuilt\software\<short dir>\srec_spi_bootloader.elf" into "\firmware\microblaze_0" (replace shipped one) and regenerate design again (HW (Step5)+SW(Step6 only a.))

Launch

Programming

Xilinx documentation for programming and debugging: Vivado/SDK/SDSoC-Xilinx Software Programming and Debugging

QSPI

1. Connect JTAG and Power ON PC
2. Open Vivado Project with "vivado_open_existing_project_guimode.cmd" or if not created, create with "vivado_create_project_guimode.cmd"
3. Type on Vivado TCL Console: TE::pr_program_flash_mcsfile -swapp hello_tef1001
4. Reboot PC

SD

Not supported.

JTAG

• Connect Vivado HW Manager and program FPGA
  Note: PCIe enumeration will be not done in this case. SREC Bootloader need Hello TEF1001 application on QSPI Flash for output

Usage

1. Prepare HW like described on section Programming
2. Power On PCB
   Note: 1. FPGA Load Bitfile  into FPGA, modified SREC Bootloader configure SI5338 and load application from QSPI into DDR (Depends on linker script)

JTAG/UART Console:

• Launch the XSDB console on SDK (Xilinx → XSCT Console):
  • type: connect
  • type: targets -set -filter {name =~ "MicroBlaze Debug*"} -index 0
  • type: jtagterminal -start
  • Separat console starts:
    Image Added

Vivado HW Manager:

1. Open Vivado HW Manager
2. Add VIO to Dashboard:
3. Set Radix to unsigned integer for FMeterCLKs (labt_SI_*)
   
4. Control:
   
   1. USER LEDs are selectable
      Note USR_CPLD_LED on PCB REV1 and REV02, USR_LED Matrix only on REV02
      
   2. Optional PCIe Core Reset (on FPGA only)
   3. Optional System Reset (on FPGA only)
5. Read: All SI5338 CLKs (Unit Hz), PCIe Cor MMCM Lock signal, MIG MMCM Lock signal, MIG Init Calibration Done
   Image Added
   

 PC:

• Use for example PCI-Z (Win) or KInfoCenter (Linux) or lspci command (Linux console) to detect PCIe Card

Image Added

System Design - Vivado

Block Design

Scroll Title
anchor Figure_BD title Block Design
Image Added

Constrains

Basic module constrains

set_property BITSTREAM.GENERAL.COMPRESS TRUE [current_design]
set_property BITSTREAM.CONFIG.CONFIGRATE 66 [current_

set_property BITSTREAM.GENERAL.COMPRESS TRUE [current_design]
set_property CONFIG_VOLTAGE 31.38 [current_design]
set_property CFGBVS VCCOGND [current_design]

set_property BITSTREAM.CONFIG.USR_ACCESSMODE TIMESTAMPSPIx4 [current_design]

Design specific constrain

set_property PACKAGE_PIN K2 [get_ports {fclk[0]}BITSTREAM.CONFIG.SPI_32BIT_ADDR YES [current_design]
set_property IOSTANDARD LVCMOS18BITSTREAM.CONFIG.SPI_BUSWIDTH 4 [get_ports {fclk[0]}current_design]
set_property CLOCK_DEDICATED_ROUTE FALSE [get_nets fclk_IBUF[0]]

Software Design - SDK/HSI

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For SDK project creation, follow instructions from:

SDK Projects

Application

FSBL

Xilinx default FSBL

U-Boot

U-Boot.elf is generated with PetaLinux. SDK/HSI is used to generate Boot.bin.

Software Design -  PetaLinux

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For PetaLinux installation and  project creation, follow instructions from:

• PetaLinux KICKstart

Config

No changes.

U-Boot

No changes.

Device Tree

/include/ "system-conf.dtsi"
/ {
};

Kernel

No changes.

Rootfs

No changes.

Applications

startup

Script App to load init.sh from SD Card if available.

See: \os\petalinux\project-spec\meta-user\recipes-apps\startup\files

Additional Software

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No additional software is needed.

SDSoC Design

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• SDSoC Projects

Description currently not available.

SDSoC Platform

SDSoC Demo Examples

SDSoC platform includes 21 demo projects demonstrating optimization techniques for Standalone and Linux targets with HW acceleration or in SW for fast compilation and debug. These projects have been downloaded and installed into the SDSoC platform from https://github.com/Xilinx/SDSoC_Examples

• array_partition
• burst_rw
• custom_data_type
• data_access_random
• dependence_inter
• direct_connect
• dma_sg
• dma_simple
• full_array_2d
• hello_vadd
• lmem_2rw
• loop_fusion
• loop_perfect
• loop_pipeline
• loop_reorder
• row_array_2d
• shift_register
• systolic_array
• sys_port
• wide_memory_rw
• window_array_2d

There are 3 larger Linux demo projects demonstrating video processing with data I/O from file to file. Source code of these projects have been installed into this platform from the Xilinx SDSoC 2016.4 release:

• file_io_manr_sobel
• file_io_optical
• file_io_sbm

These larger Linux demo projects demonstrate video processing with data I/O from file to file. Source code of these projects have been installed into this platform from demos present in the Xilinx SDSoC 2016.4 release.

Compilation steps in the SDSoC 2017.1 is identical to above described examples. File I/O demos support only the Linux target.

These three files use as an input larger video files. These files have to be present on the SD card as an input. Algorithms write output file to the SD card. These files can be visualized by YUV Player Deluxe and other players. To reduce size of the project, the video data files are not included.

Video input files can be found in the Xilinx SDSoC 2016.4 distribution:

• <xilinx install path>\SDx\2016.4\samples\file_io_manr_sobel\input.yuv
• <xilinx install path>\SDx\2016.4\samples\file_io_optical\route85_1920x1080.yuv
• <xilinx install path>\SDx\2016.4\samples\file_io_sbm\desk_1280x720.yuv

Array partition

This example shows how to use array partitioning to improve performance of a hardware function.

Key Concepts:

•  Hardware Function Optimization
•  Array Partitioning

Keywords:

•  #pragma HLS ARRAY_PARTITION
•  complete

Burst rw

This is a simple vector increment example which demonstrates usage of AXI4-master interface for burst read and write.

Key Concepts:

•  Burst Access

Custom data type

This is a simple example of RGB to HSV conversion to demonstrate Custom Data Type usage in hardware accelerator. Xilinx HLS compiler supports custom data type to operate within the hardware function and also it acts as a memory interface between PL to DDR.

Key Concepts:

•  Custom Data Type

Keywords:

•  struct
•  packed
•  aligned

Data access random

This is a simple example of matrix multiplication (Row x Col) to demonstrate random data access pattern.

Key Concepts:

•  Data Access Random

Keywords:

•  #pragma HLS PIPELINE
•  #pragma SDS access_pattern(a:RANDOM, b:RANDOM)
•  #pragma SDS data copy

Dependence inter

This is a simple example to demonstrate inter dependence attribute using vertical convolution example. Using inter dependence attribute user can provide additional dependency details to compiler which allow compiler to perform unrolling/pipelining to get better performance.

Key Concepts:

•  Inter Dependence

Keywords:

•  DEPENDENCE
•  inter

Direct connect

This is a simple example of matrix multiplication with matrix addition (Out = (A x B) + C) to demonstrate direct connection which helps to achieve increasing in system parallelism and concurrency.

Key Concepts:

•  Direct Connection
•  Multiple Accelerators

Keywords:

•  #pragma SDS data access_pattern(in1:SEQUENTIAL, in2:SEQUENTIAL, out:SEQUENTIAL)

Dma sg

This example demonstrates how to use Scatter-Gather DMAs for data transfer to/from hardware accelerator.

Key Concepts:

•  Scatter Gather DMA

Keywords:

•  #pragma SDS access_parttern(a:SEQUENTIAL)
•  #pragma SDS data_mover(a:AXIDMA_SG)
•  #pragma SDS data copy

Dma simple

This example demonstrates how to insert Simple DMAs for data transfer between User program and hardware accelerator.

Key Concepts:

• Simple DMA

Keywords:

• #pragma SDS access_parttern(a:SEQUENTIAL)
• #pragma SDS data_mover(a:AXIDMA_SIMPLE)
• #pragma SDS data copy

Full array 2d

This is a simple example of accessing full data from 2D array.

Key Concepts:

•  2D data array access

Hello vadd

----------

This is a basic hello world kind of example which demonstrates how to achieve vector addition using hardware function.

Key Concepts:

•  - Loop Pipelining

Keywords:

•  - #pragma HLS PIPELINE

Lmem 2rw

This is a simple example of vector addition to demonstrate how to utilize both ports of Local Memory.

Key Concepts:

•  Hardware Function Optimization
•  2port BRAM Utilization
•  Two read/write Local Memory

Keywords:

•  #pragma HLS UNROLL FACTOR=2

Loop fusion

This example will demonstrate how to fuse two loops into one to improve the performance of a C/C++ hardware function.

Key Concepts:

•  Hardware Function Optimization
•  Loop Fusion
•  Loop Pipelining

Keywords:

•  #pragma HLS PIPELINE

Loop perfect

This nearest neighbor example is to demonstrate how to achieve better performance using perfect loop.

Key Concepts:

• Loop perfect

Keywords:

• #pragma HLS PIPELINE
• #pragma HLS ARRAY_PARTITION

Loop pipeline

This example demonstrates how loop pipelining can be used to improve the performance of a hardware function.

Key Concepts:

• Loop Pipelining

Keywords:

• #pragma HLS PIPELINE

Loop reorder

This is a simple example of matrix multiplication (Row x Col) to demonstrate how to achieve better pipeline II factor by loop reordering.

Key Concepts:

•  Hardware Function Optimization
•  Loop Reorder to Improve II

Keywords:

•  #pragma HLS PIPELINE
•  #pragma HLS ARRAY_PARTITION

Row array 2d

This is a simple example of accessing each row of data from 2D array.

Key Concepts:

• Row of 2D data array access

Keywords:

• hls::stream

Shift register

This example demonstrates how to shift values in each clock cycle.

Key Concepts:

• Hardware Function Optimization
• Shift Register
• FIR

Keywords:

• #pragma HLS ARRAY_PARTITION

Systolic array

This is a simple example of matrix multiplication (Row x Col) to help developers learn systolic array based algorithm design. Note : Systolic array based algorithm design is well suited for FPGA.

Key Concepts:

• Systolic Array

Keywords:

• #pragma HLS PIPELINE
• #pragma HLS ARRAY_PARTITION

Sys port

This is a simple example which demonstrates sys_port usage.

Key Concepts:

• sys_port
• memory interface
• memory non-caching

Keywords:

• #pragma SDS data sys_port
• #pragms HLS PIPELINE
• sds_alloc_non_cacheable

Wide memory rw

This is a simple example of vector addition to demonstrate Wide Memory Access using structure data type of 128bit wide. Based on input argument type, sds++ compiler will figure out the memory interface datawidth of hardware accelerator.

Key Concepts:

• wide memory access
• burst read and write
• custom datatype

Keywords:

• struct

Window array 2d

This is a simple example of accessing window of data from 2D array.

Key Concepts:

• Window of 2D data array access

Keywords:

• #pragma HLS DATAFLOW
• #pragma HLS PIPELINE
• #pragma HLS stream

File IO Video Processing

Linux video processing application that reads input video from a file and writes out the output video to a file. Video processing includes Motion Adaptive Noise Reduction (MANR) followed by a Sobel filter for edge detection. You can run it by supplying a 1080p YUV422 file as input with limiting number of frames to a maximum of 20 frames.

Key Concepts:

• Video processing from file to file
• Direct connection of HW accelerated blocks

Select the "File IO Video Processing" template an compile for Linux target as project te22. Copy result to root of SD card. Copy also the input file input.yuv (82 944 000 bytes) to the root of the SD card. Login and cd to /media Run demo from terminal or from display+keyboard by comman ./te22.elf ./input.yuv 20 3 ./output.yuv

The output.yuv file contains 20 frames of 1080p vido in YUV422 format with computed edges. Copy output.yuv file to PC and visualise it in yuvplayer (size 1920x1080 colour YUV422).

File IO Dense Optical Flow

Linux video processing application that reads input video from a file and writes out the output video to a file. Video processing performs LK Dense Optical Flow over two Full HD frames video file. You can run it by supplying a 1080p YUV422 file route85_1920x1080.yuv as input.

Key Concept:s

• Video processing from file to file
• Direct connection of HW accelerated blocks
• Top down methodology with detailed description in Xilinx UG1235 (v2017.1) June 20. 2017.

Select the "File IO Dense Optical Flow" template an compile for Linux target as project te23. Copy result to root of SD card. Copy also the input file route85_1920x1080.yuv (8 294 400 bytes) to the root of the SD card. Login and cd to /media Run demo from terminal or from display+keyboard by command ./te23.elf

The OptFlow_1920x1080.yuv file is generated and stored on the SD card. It contains one 1080p frame in YUV422 format with computed dense optical flow vectors. Copy OptFlow_1920x1080.yuv file to PC and visualise it in yuvplayer (size 1920x1080 colour YUV422).

File IO Stereo Block Matching

Linux video processing application that reads input video from a file and writes out the output video to a file. Video processing performs Stereo Block Matching to calculate depth in a single sample stereo video file desk_1280x720.yuv in YUV422 format as input and single frame Disparity_640x720.yuv in YUV422 format as output, indicating the depth of objects.

Key Concepts:

• Video processing from file to file
• Bottom Up methodology with detailed description in Xilinx UG1235 (v2017.1) June 20. 2017.

Select the "File IO Stereo Block Matching" template an compile for Linux target as project te24. Copy result to root of SD card. Copy also the input file desk_1280x720.yuv (1 843 200 bytes) to the root of the SD card. Login and cd to /media Run demo from terminal or from display+keyboard by command ./te24.elf

The Disparity_640x720.yuv file is generated and stored on the SD card. It contains one 640x720 frame in YUV422 format indicating the depth of objects. Copy Disparity_640x720.yuv file to PC and visualise it in yuvplayer (size 640x720 colour YUV422) The input file desk_1280x720.yuv can be visualised by yuvplayer (size 1280x720 colour YUV422). It contains side by side two colour frames from a stereo camera.

Appx. A: Change History and Legal Notices

Document Change History

To get content of older revision  got to "Change History"  of this page and select older document revision number.

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BITSTREAM.CONFIG.M1PIN PULLNONE [current_design]
set_property BITSTREAM.CONFIG.M2PIN PULLNONE [current_design]
set_property BITSTREAM.CONFIG.M0PIN PULLNONE [current_design]

set_property BITSTREAM.CONFIG.USR_ACCESS TIMESTAMP [current_design]

#
#
#
set_property BITSTREAM.CONFIG.UNUSEDPIN PULLUP [current_design]

Design specific constrain

#----------
#USER LED Matrix
#

#USER LEDS CONNECTED TO A FMC_ADJ VCCO BANK (default config 1.8V)
set_property PACKAGE_PIN K25 [get_ports {USR_LED[0]}]
set_property PACKAGE_PIN K26 [get_ports {USR_LED[1]}]
set_property PACKAGE_PIN P26 [get_ports {USR_LED[2]}]
set_property PACKAGE_PIN R26 [get_ports {USR_LED[3]}]
set_property PACKAGE_PIN N16 [get_ports {USR_LED[4]}]
set_property IOSTANDARD LVCMOS18 [get_ports {USR_LED[0]}]
set_property IOSTANDARD LVCMOS18 [get_ports {USR_LED[1]}]
set_property IOSTANDARD LVCMOS18 [get_ports {USR_LED[2]}]
set_property IOSTANDARD LVCMOS18 [get_ports {USR_LED[3]}]
set_property IOSTANDARD LVCMOS18 [get_ports {USR_LED[4]}]

#USER LEDS CONNECTED TO A 1.8V VCCO BANK
set_property PACKAGE_PIN J26 [get_ports {USR_LED[5]}]
set_property PACKAGE_PIN H26 [get_ports {USR_LED[6]}]
set_property PACKAGE_PIN E26 [get_ports {USR_LED[7]}]
set_property PACKAGE_PIN A24 [get_ports {USR_LED[8]}]
set_property IOSTANDARD LVCMOS18 [get_ports {USR_LED[5]}]
set_property IOSTANDARD LVCMOS18 [get_ports {USR_LED[6]}]
set_property IOSTANDARD LVCMOS18 [get_ports {USR_LED[7]}]
set_property IOSTANDARD LVCMOS18 [get_ports {USR_LED[8]}]

#USER LED CONNECTED TO A FMC_ADJ VCCO BANK (default config 1.8V)
set_property PACKAGE_PIN F19 [get_ports {USR_LED[9]}]
set_property IOSTANDARD LVCMOS18 [get_ports {USR_LED[9]}]


#----------
#USER LED over CPLD
# FEX11
set_property PACKAGE_PIN B21 [get_ports {USR_CPLD_LED[0]}]
set_property IOSTANDARD LVCMOS18 [get_ports {USR_CPLD_LED[0]}]
#----------
#CLK DDR3
#AC9 /AD9 for REV01
#AB11 / AC11 for REV02
##set_property PACKAGE_PIN AB11 [get_ports CLK_DDR3_200MHz_clk_p]
##set_property PACKAGE_PIN AC11 [get_ports CLK_DDR3_200MHz_clk_n]
##set_property IOSTANDARD DIFF_SSTL15 [get_ports CLK_DDR3_200MHz_clk_p]
##set_property IOSTANDARD DIFF_SSTL15 [get_ports CLK_DDR3_200MHz_clk_n]
#----------
#QSPI
set_property PACKAGE_PIN C23 [get_ports {spi_rtl_ss_io[0]}]
set_property IOSTANDARD LVCMOS18 [get_ports {spi_rtl_ss_io[0]}]
set_property PACKAGE_PIN B24 [get_ports spi_rtl_io0_io]
set_property PACKAGE_PIN A25 [get_ports spi_rtl_io1_io]
set_property PACKAGE_PIN B22 [get_ports spi_rtl_io2_io]
set_property PACKAGE_PIN A22 [get_ports spi_rtl_io3_io]
set_property IOSTANDARD LVCMOS18 [get_ports spi_rtl_io0_io]
set_property IOSTANDARD LVCMOS18 [get_ports spi_rtl_io1_io]
set_property IOSTANDARD LVCMOS18 [get_ports spi_rtl_io2_io]
set_property IOSTANDARD LVCMOS18 [get_ports spi_rtl_io3_io]
#----------
#IIC to CPLD
set_property PACKAGE_PIN G26 [get_ports SCF_cpld_1_scl]
set_property PACKAGE_PIN F25 [get_ports SCF_cpld_14_oe]
set_property PACKAGE_PIN G25 [get_ports SCF_cpld_16_sda]
set_property IOSTANDARD LVCMOS18 [get_ports SCF_cpld_1_scl]
set_property IOSTANDARD LVCMOS18 [get_ports SCF_cpld_14_oe]
set_property IOSTANDARD LVCMOS18 [get_ports SCF_cpld_16_sda]
#----------
#SI5338 CLKs
set_property PACKAGE_PIN H6 [get_ports {SI_MGT115_0_clk_p[0]}]

set_property PACKAGE_PIN G22 [get_ports {SI_FCLK_clk_p[1]}]
set_property PACKAGE_PIN D23 [get_ports {SI_FCLK_clk_p[2]}]
set_property PACKAGE_PIN G24 [get_ports {SI_FCLK_clk_p[0]}]
set_property IOSTANDARD LVDS_25 [get_ports {SI_FCLK_*}]

#----------
# FEX0
set_property PACKAGE_PIN B20 [get_ports {PCI_PERSTN}]
set_property IOSTANDARD LVCMOS18 [get_ports {PCI_PERSTN}]
#----------
set_property PACKAGE_PIN K6 [get_ports {CLK_PCIe_100MHz_clk_p[0]}]
set_property PACKAGE_PIN N4 [get_ports {pcie_7x_mgt_rxp[2]}]
set_property PACKAGE_PIN R4 [get_ports {pcie_7x_mgt_rxp[3]}]
set_property PACKAGE_PIN L4 [get_ports {pcie_7x_mgt_rxp[1]}]
set_property PACKAGE_PIN J4 [get_ports {pcie_7x_mgt_rxp[0]}]

PCB REV01:

#----------
#CLK DDR3
#AC9 /AD9 for REV01
#AB11 / AC11 for REV02
set_property PACKAGE_PIN AC9 [get_ports CLK_DDR3_200MHz_clk_p]
set_property PACKAGE_PIN AD9 [get_ports CLK_DDR3_200MHz_clk_n]
set_property IOSTANDARD DIFF_SSTL15 [get_ports CLK_DDR3_200MHz_clk_p]
set_property IOSTANDARD DIFF_SSTL15 [get_ports CLK_DDR3_200MHz_clk_n]

PCB REV02:

#----------
#CLK DDR3
#AC9 /AD9 for REV01
#AB11 / AC11 for REV02
set_property PACKAGE_PIN AB11 [get_ports CLK_DDR3_200MHz_clk_p]
set_property PACKAGE_PIN AC11 [get_ports CLK_DDR3_200MHz_clk_n]
set_property IOSTANDARD DIFF_SSTL15 [get_ports CLK_DDR3_200MHz_clk_p]
set_property IOSTANDARD DIFF_SSTL15 [get_ports CLK_DDR3_200MHz_clk_n]

Software Design - SDK/HSI

For SDK project creation, follow instructions from:

SDK Projects

Application

Template location: ./sw_lib/sw_apps/

hello_tef1001

• Xiline Hello World as endless loop

SI5338_Init

• Si5338 I2C Configuration example only.

srec_spi_bootloader

• modified Xilinx SREC Bootloader, including SI5338 configuration

  • modified Files: blconfig.h, bootloader.c

  • add Files: si5338.h, si5338.c, register_map.h

  • modified  xilisf_v5_11: xilisf.mld (default Flash Typ:5)

Additional Software

SI5338

File location <design name>/misc/Si5338/RegisterMap.txt

General documentation how you work with these project will be available on Si5338

Appx. A: Change History and Legal Notices

Document Change History

To get content of older revision  got to "Change History"  of this page and select older document revision number.

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Legal Notices