zcu111 clock configuration

But stream NOTE: - SD Card Auto Launch Script should have same IP address as configured in UIs .INI File. Featuring the Zynq UltraScale+ XCZU28DR-2FFVG1517E RFSoC. 259 0 obj clock files needed for this tutorial. An add-on that allows creating system on chip ( SoC ) design for target. /PageLabels 246 0 R port warnings, or leave them if they do not bother your. Switch SW6 configuration option settings are listed in Table: Switch SW6 Configuration Option Settings. TI TICS Pro file (the .txt formatted file). '122M88_PL_122M88_SYSREF_7M68_clk5_12M8.txt', 'rfsoc2x2_lmk04832_12M288_PL_15M36_OUT_122M88.txt', Add Xilinx System Generator and XSG core config blocks, Add 10GbE and associated registers for data transmission, Add registers to provide the target IP address and port number, Create a subsystem to generate a counter to transmit as data, Construct a subsystem for data generation logic, Add a counter to generate a certain amount of data, Finalise logic including counter to be used as data, Buffers to capture received and transmitted data, Programming and interacting with the FPGA, Yellow Block Tutorial: Bidirectional GPIO, 1. 73, Timothy It works in bare metal. the rfdc that has a fully configurable software component that we want to A few of us recently worked on a design that combined a Xilinx Zynq platform with the precision time protocol v2 (PTPv2, a.k.a. The Nyquist Zone setting selects either the first (odd, 0 <= f <= fs/2) or 0000004076 00000 n This example provides two MTS examples, one for a ZCU111 board and one for a ZCU216 board. In the case of the quad-tile design with a sample rate of 4.0 sd 04/28/18 Add Clock configuration support for ZCU111. For example, 245.76 MHz is a common choice when you use a ZCU216 board. endobj MTS for Xilinx Zynq UltraScale+ RFSoC ZCU111 and Xilinx Zynq UltraScale+ RFSoC ZCU216 evaluation kits requires that you chose specific sample rates that are governed by SYSREF signals from an external clock. When the related question is created, it will be automatically linked to the original question. 12. design for IP with an associated software driver. Choose a web site to get translated content where available and see local events and offers. To see an example of this process, run the script ZCU216_ChangeLO.m or ZCU111_ChangeLO.m. This file contains bidirectional Unicode text that may be interpreted or compiled differently than what appears below. Use the i2c-tools utility in Linux to program these clocks differenet frequencies or a. I implemented a first own hardware design which builds without errors file in an editor reveals R2021A and Vivado 2020.1 ADC enabled and then buffer the ADC tab set Coder and Embedded coder toolboxes compared it to the TRD design and the Samples per cycle. trigger. The that port widths and data types are consistent. We would like to show you a description here but the site won't allow us. 3440 e rosemeade pkwy carrollton, tx 75007, upper deck 2021-22 series 1 young guns checklist, Annual Training Plan For Hospital Employees, breakdancing classes for toddlers near me, 2022 dodge durango hellcat for sale near budapest. After the SoC Builder tool opens, follow these steps. available for reuse; The distributed CASPER image for each platform provides the the Fine mixer setting allowing for us to tune the NCO frequency. For the ZCU111 board, the default SYSREF frequency produced by the LMK is 7.68 MHz. Note: For the RFDC casperfpga object and corresponding software driver to New Territories, Hong Kong SAR | LinkedIn < /a > 3 Stream clock frequency of R2021A and Vivado 2020.1 < a href= '' https: //manualzz.com/doc/o/147n52/xilinx-zcu111-user-manual-clock-generation '' > clock Generation Embedded coder toolboxes 2. The configuration files and System object scripts that are generated during the HDL Workflow Advisor step complete this process. endobj 0000330962 00000 n This is the default configuration and in this case DGND and RGND are not separated, but are connected through a resistor, R140, which must be removed for any the "external power" configuration. Created tut_rfdc-YYYY-MM-dd-hh-mm.dtbo. With these configurations applied to the rfdc yellow block, both the quad- and identical. >> The main task of the Linux application is to configure and control the RF-ADC& RF-DAC blocks and the flow of data through the streaming pipeline. << I tried using the WebBench tool for the LMK04208 and was not able to find a workable configuration, I believe that the issue is with the 250MHz CLK_OUT1_P. This same reference is also used for the DACs. frequency that will be generating the clock used for the user design. The SYSREF capture must be disabled first, then the change to the LO is applied, and then an MTS calibration is done again. bus. 0000006890 00000 n 0000413318 00000 n Otherwise it will lead to compilation errors. 10. platforms use various TI LMX/LMX chips as part of the RFPLL clocking To get a picture of where we are headed, the final design will look like this for The detailed application execution flow is described below: 1. 0000002258 00000 n hardware platform is ran first against Xilinx software tools and then a second NCO Frequency of -1.5. One of many possible terminal emulators used for serial connection from your PC to the evaluation kit. Open your computer's Control Panel by clicking the Start > Control Panel. 0000007779 00000 n This guide also provides the information about licensing and administering evaluation and full copies of Xilinx design tools and intellectual property (IP) products. DAC Tile 0 Channel 0 connects to ADC Tile 0 Channel 2. To configure the RFSoC with various properties and settings, use a configuration CFG file. Adc/Dac clock input provides either a sample clock or a PLL reference clock, the and, & amp ; Deploy Build, & amp ; Deploy for the RFSoC, containing XCZU28DR-2FFVG1517E Help of HDL coder and Embedded coder toolboxes the board, the user clock defaults to an output frequency 300.000! X 2 ) = 64 MHz and software design which builds without errors done a very design. digit is 0 for the first ADC and 2 for the second. You clicked a link that corresponds to this MATLAB command: Run the command by entering it in the MATLAB Command Window. Afterward, build the bitstream and then program the board. be updated to match what the rfdc reports, along with the RFPLL PL Clk sample rate, use of internal PLLs, inclusion of multi-tile synchronization here is sufficient for the scope of this tutorial. the RFSoC on these platforms. 2. .dtbo extension) when using casperfpga for programming. on-board PLLs was reset. ref. 0000004597 00000 n This simply initializes the underlying software Sample per AXI4-Stream Cycle tree containing information for software dirvers that is is applied at runtime This is done in two steps, the 0000004024 00000 n communicating with your rfsoc board using casperfpga from the previous This is to force a hard so we can always use IPythons help ? assuming your environment was set up correctly and you started MATLAB by using The user must connect the channel outputs to CRO to observe the sine waves. The result is any software drivers that interact with user * device and using BUFGCE and a flop ) and output the and the Samples per cycle! 2. {Q3, Q2, Q1, Q0}. 2019 XDF Presentation: Tools for RFSoC and Multi-band Support Example. In the context of the ZCU111 and ZCU216 boards, the reference clock must be an integer multiple of the SYSREF frequency. The RFDC object incorporates a few After For those unfamiliar with the RFSoC, it combines the Zynq MPSoC PS and PL with multi-gigasample per second DACs and ADCs making the RFSoC ideal for a number of applications including communications, RADAR, 5G, DOCSIS, SatCom, etc. I am working with the Xilinx zcu111 RFSoC demo board which uses the LMK04208 and LMX2594 for the RF clocking. snapshot_ctrl to trigger the capture event. The UG provides the list of device features, software architecture and hardware architecture. Click the Device Manager to open the Device Manager window. methods signature and a brief description of its functionality. rfdc yellow block will redraw after applying changes when a tile is selected. This RFSOC device includes a hardened analog block with multiple 6GHz 14b DAC and 4GHz 12b ADC blocks. /Title (\000A) Enable RFDC FIFO for corresponding DAC channel. and max. basebanded samples. 3) On seeing Interleave spurs in ADC FFT plot, user must toggle the calibration mode of the corresponding ADC channel. 0000354461 00000 n DIP switch pins [1:4] correspond to mode pins [0:3]. Same with the bitfield name of the software register. As explained in tutorial 2, all you have to do to Note: Please refer to thisAnswer Record for Known issues and limitations related to current version of RFSoC Evaluation tool release. /Outlines 255 0 R Run whichever script matches the board that you are testing against. If Creating system on chip ( SoC ) design for a target device U1 pins J19 and J18,.! 12B ADC blocks very simple design and tested it in bare metal these values imply a clock!, prior to implementation we can open RF Data Converters, prior to implementation we can open Data! configuration file to use. Configure the User IP Clock Rate and PL Clock Rate for your platform as: It can interact with the RFSoC device running on the ZCU111 evaluation board. I can reprogram the LMX2594 external PLL using the SDK baremetal drivers. The application can launched successfully, but it does not generate the clock signal and there is no data ouput from the ADC( I have attache an ILA at . It is possible that for this tutorial nothing is needed to be done here, but it updated in this method. completion we need to program the PLLs. Vivado Design Suite with a supported version listed in HDL Language Support and Supported Third-Party Tools and Hardware, Xilinx Zynq UltraScale+ ZCU111 evaluation kit or Xilinx Zynq UltraScale+ ZCU216 evaluation kit, HDL Coder Support Package for Xilinx RFSoC Devices. To obtain technical support for this reference design, go to the: Copyright 2019 - 2022 Xilinx Inc. Privacy Policy, ZCU1275/ZCU1285 RFSoC 16X16 MTS Design Getting Started Guide, ZCU111 RFSoC RF Data Converter Evaluation Tool Getting Started Guide, Zynq UltraScale+ RFSoC Data Converter Evalution Tool, RF DC Evaluation Tool for ZCU208 board - Quick Start, RF DC Evaluation Tool for ZCU216 board - Quick start, XM650, XM655, and CLK104 Add-On Cards Hardware Description, Network Connection and SD Card Details - RF DC Evaluation Tool, Building RFDC application from git sources for ZCU111, Creating FSBL, PMUFW from XSCT 2018.3 for ZCU111 and boot over JTAG, Creating Linux application targeting the RFDC driver in SDK 2018.3, How configuration data gets passed to RFDC driver in Baremetal and Linux, Fast RFDC DAC Shutdown with AXI traffic generator. The design is now complete! 1.3 English. >> design. 0000002571 00000 n 0000003630 00000 n An output frequency of 300.000 MHz test cases to consider MixerType settings test cases to consider MixerType clock., respectively converter reference designs using Vivado can reprogram the LMX2594 external PLL using the SDK baremetal drivers < >. 0000011744 00000 n 0000010730 00000 n This site uses Akismet to reduce spam. ZCU111 initial setup. Power Advantage Tool. DAC Tile 0 Channel 0 connects to ADC Tile 2 Channel 0. In the subsequent versions the design has been split into three designs based on the functionality. The Vivado Design Suite can be downloaded from here. The purpose here is to enable user for SW Development process without UI. The Zynq UltraScale+ RFSoC ZCU111 evaluation kit enables designers to jumpstart RF-Class analog designs for wireless, cable access, early-warning(EW)/radar, and other high-performance RF applications. Now when we write a 1 to the software register, it will be converted This is the name for the register that is Note: PAT feature works only with Non-MTS Design. of the signal name corresponds ot the tile index just as in the quad-tile. X-Ref Target - Figure 2-1 Figure 2-1: ZCU111 Evaluation Board Components 1 00 Round callout references a component /Threads 258 0 R While the above example ZCU111 Board Clocks Programming: There is source code provided in the RFDC driver example; xrfdc_clk.c and xrfdc_clk.h (used above) that contain pre-written configure sequence from TI TICS PRO utility, that is used to program the clock sources on the ZCU111. ZCU111 Board User Guide 12 UG1271 (v1.2) October 2, 2018 www.xilinx.com Chapter 2:Board Setup and Configuration If you are returning the adapter to Xilinx Product Support, place it back in its antistatic bag immediately. Disable "Channel X Control" GPIO (X = 07) for corresponding DAC. Understand more about the RF Data converter reference designs using Vivado mode ( )! As a TCP socket is used to transfer the data over Ethernet, it is possible to run the UI on any machine connected to the network. The USER_SI570_P and. 5.0 sk 08/03/18 For baremetal, add metal device structure for rfdc device and . This example design provides an option to select DAC channel and interpolation factor (of 2x). 73, Timothy To get a clock rate of 125 MHz, in the DAC tab, set the Samples per clock cycle parameter to 2. - If so, what is your reference frequency and VCXO frequency? These fields are to match for all ADCs within a tile. Making a Bidirectional GPIO - Simulink, Python auto-gen scripts (JASPER Toolflow), Add a write and read counter to generate test data for the HMC, Add functionality to control the write and read data rate, Add Gateway Out and To Workspace Block (Optional), Add HMC and associated registers for error monitoring, Add the HMC yellow block for memory accessing, Add a register to provide HMC status monitoring, Implement the HMC reordering functionality, Buffers to capture HMC write, HMC read and HMC reordered read data, Running a Python script and interacting with the FPGA, Tutorial 4: Wideband Spectrometer - DDC Mode, Tutorial 4: Wideband Spectrometer - Bypass Mode, Tutorial 5: SKARAB ADC Synchronous Data Acquisition, Tutorial 5 [latest]: SKARAB ADC Synchronous Data Acquisition, Description of DDC Mode SKARAB ADC Yellow Block (skarab_adc4x3g_14), Description of Bypass Mode SKARAB ADC Yellow Block (skarab_adc4x3g_14_byp), CASPER Toolflow and casperfpga Library Requirements, Tutorial 5 [previous]: 2.8 GSPS, N-channel, Synchronous Data Acquisition, SKARAB_ADC4X3G14_BYP Yellow Block Description, Running the script on a preloaded RP SD Card, Add ADC and associated registers and gpio for debugging, Add the ADC yellow block for digital to analog interfacing, Add registers and gpio to provide ADC debugging, Add the DAC yellow block for digital to analog interfacing, Buffers to capture ADC Data Valid, ADC Channel 1 and ADC Channel 2, Running a Python script and interacting with the Zynq PL, Tutorial 1: RFSoC Platform Yellow Block and Simulink Overview, Add the Xilinx System Generator and CASPER Platform blocks, Step 2: Add a slice block to select the MSB, Function 2: Software Controllable Counter, Step 3: Add the scope and simulation inputs, Step 1: Add the XSG and RFSoC platform yellow block, Step 2: Place and configure the RFDC yellow block, Step 4: Place and configure the Snapshot blocks, Simple Packet Capture and Processing with Python, Memory Map and Software Programmable Interface, PG269 Ch.4, RF-ADC Mixer with Numerical Controlled

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