Rf analyzer xilinx. 68MHz, and a PL input clock of 122.
Rf analyzer xilinx Show more actions. This 5th and final video in my ZCU111 RFSoC RF Data Converter Eval Tool mini-series covers setting up the Xilinx ZCU111 board with the XM500 Balun card, conn ZCU111 Board and RF Analyzer Setup. 2 version installed The Evaluation Tool serves as a platform for Xilinx customers to evaluate the Zynq® UltraScale+™ RFSoC features and helps them to accelerate the product design cycle. 2, connecting through Vivado Lab 2021. Programmable Logic, I/O and Packaging; Like; Answer; Share; 1 answer; 336 views; Top Rated Answers. RF Analyzer; Fast RFDC DAC Shutdown with AXI traffic generator; Programming the Si5381 on a ZCU670 board RF Data Converter Evaluation Tool. 68MHz, and a PL input clock of 122. 5) July 23, 2018 www. Specifically: ret = initRFclock(ZCU111, LMK04208_12M8_3072M_122M88_REVAB, Use the Evaluation design or RF analyzer to look at the input here. Analyze This: Unboxing the RF Analyzer Tool Part One. 3. 1) JUNE 3, 2020 - XILINX". Illustrates using the Xilinx Power Estimator tool to predict power consumption for the RF Data Converter IP for the Zynq® UltraScale+™ RFSoC. There are Xilinx employees monitoring the forum and would likely respond and have the background informatoin to answer detailed questions. 2) October 27, 2021 www. I am facing the below issue, wrong device as well as failure at the DAC and ADC side. The MTS reference design is useful for understanding the Multi-Tile Synchronization challanges (Linux command line based GUI), and the RF analyzer has been quite useful in understanding the performance of the RF converters (Labview The base design used is simply the RF analyzer design generated via the RFDC IP example design, targeting a ZCU208 (48DR). For user of RF Analyzer, my advice is to check and update your windows system related to framework . For Xilinx evaluation board setup, please refer to the relevant board section of this wiki. Figure 6. @vaphamm@c7 . The tutorial attached to this Answer Record covers the following topics for the RF Analyzer tool. In the last RF Data Converter blog we took a look at the Software Driver and how it could be used to manage the status and control for the RF Data Converter IP. An RFSoC spectrum analysis tool is available on your RFSoC 2x2 from the first time you start your board. Looks like only one design for the Real mode of operation is shared with the RF Analyzer Application. Expand Post. Then I merely add the Zynq and some SPI interface for the development board I am working I have been following the RF Data converters Interface User Guider (UG1309). Description. Hello again and welcome to the latest RF Data Converter Blog. As per instruction (Pg. Nothing A critical component to designing any complex system is offering a comprehensive suite of software tools. It is capable of handling two file formats: LabVIEW Measurement File (LVM) Technical Data Management Streaming (TDMS) There can also be a requirement to work with data files coming from Matlab in the form of a MAT file. On this board there are 2 option. With the example design open, you can examine the top design source file (usp_rf_data_converter_0_example_design. However, the RF analyzer always enable the PLL even it's not in the design or project. I think now is a good time to discuss a topic that is very important to many 学习了有关 RF Data Converter 软件驱动的知识，并已深入了解了支持您对任意开发板上的任意器件上的 RF-ADC 和 RF-DAC 进行调试的 RF Analyzer。 趁热打铁，让我们来探讨下对于使用 RFSoC 的诸多客户都至关重要的一个话题，即跨单一器件或跨多个器件上的多个 Tile 实现时延对齐的要求。 Learn about the Zynq RFSoC DFE ZU670 evaluation kit—an out of the box platform for 5G New Radio (NR) development*,* using the only silicon architecture that integrates direct RF data converters with FPGA logic. I tried to use the bitstream provided during the installation of the software in the following path: Hello again! If you read my last blog entry, you will remember that we started to talk about the RF Analyzer tool provided by Xilinx for debugging RF Data Converter designs. com) Many thanks, Antoine. Related Questions. Generating the IP with quad/dual band will turn off the second DAC and the signal will not be present. Also look at this ADC path, The RF Data Converter Evaluation Tool and RF Analyzer support capture and readback of measurement data sets. This gives me the block design with the JTAG and the Microblaze. 1189 Beta). The output of the RF-DAC can be monitored on a standard external equipment like, Spectrum Analyzer or Oscilloscope. Xilinx also recommends grounding VCM pin I'm trying to evaluate a customer board with RF analyzer (2020. RF analyzer is a dedicated debugging tool for the Zynq Ultrascale+ RFSOC family. As practice, my design flow is Analog signal -> rf converter ip -> my RTL module -> axi_gpio -> PS (Uart serial protocol) and i noticed that m00_axis_tvalid signal of rf converter ip was not asserted, always low. The ZCU670 kit has hardened Digital Front End (DFE) * 5G NR * cores for a fully integrated radio digital front-end. 88MHz. Or, I'd appreciate if there is a parameter table directly available. The on board si5381 or the CLK104 module. The right-hand During that blog I mentioned that Xilinx has enabled RF Data Converter Debug on any device on any board using a tool called RF Analyzer. Download file 1120195_001_RF_Analyzer_problem_1. The MTS reference design is useful for understanding the Multi-Tile Synchronization challanges (Linux command line based GUI), and the RF analyzer has been quite useful in understanding the performance of the RF converters (Labview During that blog I mentioned that Xilinx has enabled RF Data Converter Debug on any device on any board using a tool called RF Analyzer. 3) but I don't find RFDC Evaluation or RF Analyzer tools anywhere. RF Analyzer is a Software Defined Radio (SDR) App for Android which can be used to view a FFT plot and a waterfall plot of the frequency spectrum received by a HackRF or RTL-SDR. (ps: "RF Data Converter (RFDC) Evaluation Tool" seems to be I have been looking at the MTS reference design and the RF Analyzer tool (v1. It also comes with a GUI that allows you to Xilinx’s Radio Frequency System-on-Chip devices have created a new class of integrated circuit architecture for the communications and instrumentation markets. These cookies store data such as online identifiers (including IP address and device identifiers), information about your web browser and operating system, As the title suggests, I am having some difficulties running the RF Data Converter RF Analyzer example with the following clock configuration: PL Sysref : 8MHz Analog Sysref : 8MHz PL clock : 128MHz ADC clock : 1024MHz The RF Data Converter configuration that I used before generating the RF Analyzer example is displayed below: Tile 224 : Tile Thanks @vve (AMD) for your timely response. To download the RF Analyzer GUI and see a tutorial, Thanks @vve (AMD) for your timely response. 2 . The block diagram is included below. of course, tdata is 0. Is this the RF Analyzer? Can you try a bitstream where you disable ADC23 on this failing tile? Yes, It's through RF Analyzer. 0GSPS 16x 2. CLK104 RF Clock Add-on Card Setup. Chapter 3: Hardware Design UG1433 (v1. I have been looking at the MTS reference design and the RF Analyzer tool (v1. On the GUI, it says no device communication, unable to connect to rftrd service. 56K. The I2C Mux must be setup prior to programming the Si5381 device. Hi @gd8021@d-8 . fraunhofer-ipm (Member) 4 years ago RFSoC 2x2 board with 2 RF DAC and 2 RF ADC channels; PYNQ framework with Jupyter Lab for exceptional ease-of-use; Open-source resources including teaching materials, notebooks, and design examples (see Educational resources) Complete end-to-end reference designs including spectrum analyzers and software defined radios (see Overlays) Hello, I would like to ask a question. exe. If the embedded software on the ZU216 is ready, then the evaluation application will quickly establish communications and start to read the device configuration. 65444 - Xilinx PCI Express DMA Drivers and Software Guide; Was this article helpful? Choose a general reason-- Choose a general reason --Description. com Advance Product Specification 2 Key Components of the Zynq UltraScale+ RFSoC Spectrum Analyzer. png Download. Hope can get response ASAP. ˃Select the folder where you want RF Analyzer to be installed ˃ Click next on the following screens, then Install ˃ The LabVIEW runtime will install automatically if necessary The block RAM generation and capture are described in the "RF Analyzer" section in the Zynq UltraScale+ RFSoC RF Data Converter LogiCORE IP Product Guide (PG269). The RF Analyzer doesn't support that. Once it's connected, all the following operations are applied to the target hardware. The right-hand side of the window is used to display information about selected blocks, Open the RF_DC_Evaluation_UI. In hardware target window, the device is detected properly. The block RAM generation and capture are described in the "RF Analyzer" section in the Zynq UltraScale+ RFSoC RF Data Converter LogiCORE IP Product Guide (PG269). We tried disabling through bitstream still the same issue. www. 058GSPS, or 2 channels of 4. We analyze the complexity of the algorithm as a function of the number of iterations used in the It will then read the IP_NAME property, and if this matches the usp_rf_data_converter, then it will dump out all the rfdc properties into a dump. If you pull down the menu and you will see a data file option. Here we can see the Base Address. So far we’ve learned about the RF Data Converter Software drivers here and took a deep dive into the RF Analyzer that allows you to debug RF-ADC and RF-DAC on any device on any board (Part One and Part Two). This only occurs when using the RF Evaluation tool or the pre-built bitstreams of the RF Analyzer. I am going to use the next two blog posts to unbox Loading application | Technical Information Portal I am able to program all the clock frequencies, but when I open the RF Analyser I get the following: The Clock Distribution tab looks as follows: I then set the Ref Clock to 245. The digital output of the RF-ADC can be analyzed on the host machine using UI. A tool called MAT to TDMS is available for converting MAT to TDMS format. I program the board and run a baremetal application to configure the clocks. 554GSPS 16x 10. v) and realize that the logic required for MTS is actually already defined. This example shows how to design and implement frequency hopping algorithm using Xilinx® RF Data Converter numerically controlled oscillator (NCO) real-time ports. Then I followed the Xilinx wiki for the RF Data Converter Evaluation Tool Getting Started Guide. There is one thing I like to get answer, which could not find anything from UG1309. The design demonstrates the capabilities and performance of the RFdc (RF-ADC and We covered how writing a simple standalone application could be used to help debug the RF-ADC and RF-DAC behavior in your system. 5) for use with the ZCU1275 characterization board. I have gone through most of the documentation and don't see any link to the bit files or reference designs for the I/Q mode. This RFSOC device includes a hardened analog block with multiple 6GHz 14b DAC and 4GHz 12b ADC blocks. Number of Views 3. . The new version can also demodulate audio from AM and FM signals! XILINX/system-controller-c/BoardUI/ The Spectrum Analyser comes on the base overlay –ready to run! We first set up the RFSoC 2x2 with just a low cost wideband antenna ($2) Next we will ‘live’ scan/view the RF spectrum from 90 MHz to 4 GHz The customizable Integrated Logic Analyzer (ILA) IP core is a logic analyzer core that can be used to monitor the internal signals of a design. The only The Zynq® UltraScale+™ RFSoC ZCU216 kit and RF DC Evaluation Tool includes everything needed for quick out of box evaluation of the excellent Gen 3 DAC/ADC Based on ZCU670 Quick Start Guide , DAC could output real signal and recieve from ADC. Libmetal is a Xilinx developed open source software stack that provides common user APIs to access devices, handle device interrupts, and request memory across Linux, The RF Analyzer is very powerful if you are trying to track down a problem in your RF system, Learn about the Zynq RFSoC DFE ZU670 evaluation kit—an out of the box platform for 5G New Radio (NR) development*,* using the only silicon architecture that integrates direct RF data converters with FPGA logic. PYNQ and Voila have been leveraged to aid in the control of the system and visualisation of the resulting spectrum. I changed my design ( Arm used in the previous but in the current example design tried to use the already implemented The output of the RF-DAC can be monitored on a standard external equipment like, Spectrum Analyzer or Oscilloscope. Coupled with an ARM A53 processing subsystem, the ZCU111 provides a comprehensive Analog-to-Digital signal chain for application prototyping and development. But here we are talking about the target signal frequency. With this architecture, customers can design a custom RF interface card, specific to their requirements, and directly connect it to the ZCU670 evaluation board, leveraging the It seems that the issue is with programming that RF PLL and try as we might it never works. AMD Website Accessibility Statement. Is it possible to use the RF Analyzer Tool in a custom design (with SDK application in parallel ) to view to ADC output? I did "Open IP example" in RF Data converter IP. The RFdc clocks are programmed entirely from the RFSoC FPGA. 7) I have downloaded Vivado Design Suite (2018. so why should I use clk wizard and connect them to the microblaze? Page topic: "ZYNQ ULTRASCALE+ RFSOC RF DATA CONVERTER EVALUATION TOOL (ZCU111) - USER GUIDE UG1287 (V2020. Visit the PetaLinux wiki page for more details. 10GSPS RF-DAC operation is available in -2I speed grade. Generating the IP with quad/dual band will turn off the second DAC and the signal will not be Hello again! If you read my last blog entry, you will remember that we started to talk about the RF Analyzer tool provided by Xilinx for debugging RF Data Converter designs. I have learned a little more as I @vaphamm@c7 . 0) March 23, 2020 www. I am currently doing some one-tone tests using the ZCU111 board and RF Analyzer 1. By default, the CLK104 add-on card is programmed with a DAC and ADC reference clock of 245. 1). Installation; Quick Generation and Acquisition; ZCU111 and ZCU1275 Setup; Bitstream We covered how writing a simple standalone application could be used to help debug the RF-ADC and RF-DAC behavior in your system. If the embedded software on the ZU208 is ready, then the evaluation application will quickly establish communications and start to read the device configuration. 71687 - ZCU111 RFDC Evaluation Tool / RF Analyzer: Working with Data Files. I am using RF Analyzer (24. The Spectrum Analyser comes on the base overlay –ready to run! We first set up the RFSoC 2x2 with just a low cost wideband antenna ($2) Next we will ‘live’ scan/view the RF spectrum from 90 MHz to 4 GHz Hello again and welcome to the latest RF Data Converter Blog. 2) The board has XCZU48DR2FFVG1517 so RF_Analyzer_48DR_32mA. Next issue : How to made DAC output 5GHz in I/Q-real mode ? On Clock Distribution tab, Double-click on the “RF Data Converter Evaluation User Interface” shortcut created during the install process, or from the install directory double-click on RF_DC_Evaluation_UI. Speakers: Patrick Lysaght (Xilinx Research Labs), Prof. 5GSPS 14-bit RF-DACs 16x 6. These cookies store data such as online identifiers (including IP address and device identifiers), information about your web browser and operating system, ZCU111 RFSoC RF Data Converter Evaluation Tool Getting Started Guide RF DC Evaluation Tool for ZCU208 board - Quick Start RF DC Evaluation Tool for ZCU216 board - Quick start hi, what I mean is, that the RF analyzer has a clk_adc0 and clk_dac0 output, and these ports are determined by the axis data port frequency. The ZCU670 kit has hardened Digital Front End (DFE) * 5G NR * cores for a PetaLinux consists of three key elements: pre-configured binary bootable images, fully customizable Linux for the Xilinx device, and PetaLinux SDK which includes tools and utilities to automate complex tasks across configuration, build, and deployment. Hi, I am planning to evaluate the I/Q mode on the ZCU216 Evaluation board using the RF Analyzer APP provided by Xilinx. Easily troubleshoot your signal analysis with one-button The base design used is simply the RF analyzer design generated via the RFDC IP example design, targeting a ZCU208 (48DR). RF Analyzer • Fast RFDC DAC As with many Xilinx boards, the ZCU760 incorporates a complex I2C bus structure which incorporates an I2C switch (U20) referred to as a multiplexer (Mux). com Send Feedback RF Data Converter Evaluation Tool User Guide Page 10: Rf-Dac Ddr RF Analyzer • Fast RFDC DAC PetaLinux consists of three key elements: pre-configured binary bootable images, fully customizable Linux for the Xilinx device, and PetaLinux SDK which includes tools and utilities to automate complex tasks across configuration, build, and RF 评估工具: ZCU208 RF 数据转换器评估工具软件包下载: AMD: 软件工具: Power Advantage 工具: Power Advantage Tool 是一个演示工具，旨在展示 Zynq UltraScale+ RFSoC 器件的电源特性。 AMD: 软件工具: RF Analyzer: RF Analyzer 用户接口，用于驱动和分析任何评估板。 AMD: 评估板的 S 参数 For RF analyzer designer, I hope you might use higher version of labview. This design also has a Zynq PS. So uninstalling all other old RF Analyzers and RFDC Evaluation tools and installing 2022. This tool is board independent and can be used with custom boards as well as Xilinx I have seen a reference to https://www. I am able to download the "RF_Analyzer_28DR_20mA. Starting from a configured RFDC, I let Vivado generate the example design (having the RF Analyzer box checked in the RFDC block). <p></p><p></p> The base design used is simply the RF analyzer design generated via the RFDC IP example design, targeting a ZCU208 (48DR). RFSoCs combine high I work on a ZCU208 board, with a version of vivado and rf analyzer 2020. txt file: For example. If this doesn't work we have to assume the LMX RF PLL3 is damaged. Log In to Answer. xci file you refer to is located in the IP As the title suggests, I am having some difficulties running the RF Data Converter RF Analyzer example with the following clock configuration: PL Sysref : 8MHz Analog Sysref : 8MHz PL RF Evaluation Tool ZCU216 RF Data Converter Evaluation Tool Software package download: AMD: Software Tool: Power Advantage Tool: The Power Advantage Tool is a demo designed For RF analyzer designer, I hope you might use higher version of labview. 67K. The spectrum analyzer was developed by the University of Strathclyde Software Defined Radio (SDR) research laboratory. All Answers. 2. I am seeing that sometimes it does not work fine when I am decoding data at the ADC end So I am testing tiles with the RF Analyzer tool. > Xilinx has advanced both the sampling speed and the RF in-put frequency of the analogue-to-digital converter (ADC) Spectrum of DAC output RF signal captured by the spectrum analyzer. 1) and Vivado (24. 554GSPS 16x 6. Generating the IP with quad/dual band will turn off the second DAC and the The user must make sure that the sampling frequency is set according to the table in Appendix A Performance Table of " ZCU111 RFSoC RF Data Converter Evaluation Tool Getting Started The RF Analyzer is very powerful if you are trying to track down a problem in your RF system, Libmetal is a Xilinx developed open source software stack that provides We may use third party web analytics providers to help us analyze the use of the Sites, email, and newsletters. Can someone provide an up-to-date link to The benefits of integrating direct RF sampling data converters were demonstrated by introducing a novel, open-source spectrum analyzer built using the new board. UG1433 (v1. com Advance Product Specification 2 Key Components of the Zynq UltraScale+ RFSoC Is this the RF Analyzer? Can you try a bitstream where you disable ADC23 on this failing tile? Yes, It's through RF Analyzer. If the Hi @pthakare . so I think the CLK104 should be programmed after the board boot up. I’ll talk you through connecting to the board and starting the Application, and then we can road The AMD Zynq™ UltraScale+™ RFSoC family integrates the key subsystems required to implement a complete software-defined radio including direct RF sampling data converters, Working live on the tutorial we will feature the Xilinx University Program (XUP) RFSoC 2×2 Board which features 4GHz sampling rate RF ADCs and RF DACs, and an ARM based processing The RF DC Evaluation Tool can be used to compare different scenarios and settings of the Zynq® UltraScale+™ RFSoC ADCs and DACs. b) Ensure no HW server or HSDB/JTAGTerm were running in the background (restarted the host just to make sure). Stewart (University of Strathclyde), David Brubaker (Xilinx Zynq UltraScale+ RFSoC product manager) The benefits of integrating direct RF sampling data converters were demonstrated by introducing a novel, open-source spectrum analyzer built using the new board. The RF Data Converter Evaluation Tool and RF Analyzer support capture and readback of measurement data sets. > Spectrum Analyzers > High-Speed RF Testers Zynq UltraScale+ RFSoC ZCU208 Evaluation Kit Features The user must make sure that the sampling frequency is set according to the table in Appendix A Performance Table of " ZCU111 RFSoC RF Data Converter Evaluation Tool Getting Started Guide" and same sample size is chosen for all channels. I recently got the ZCU111 evaluation board and am looking to it up to use the RF Data Converter Evaluation tool. Loading application | Technical Information Portal Hello, if we plan to use the multi-band feature of RFSoC with different IF, then on the RFSoC Frequency Planning Tool should we put the full bandwidth of the multi-band, the IF of the multi-band and from there compute the individual IFs for each band or should we frequency plan for each band individually from the start?<p></p><p></p>For example, if Band1 & Band2 I am Brijendra Sharma @ IIT Kanpur, requesting you that nowadays I am working in a RFSoC board(ZCU111) with fine Mixer at 2GHz carrier frequency. It can also demodulate audio from AM and FM signals as well as record raw IQ samples and scan the spectrum for activity I am trying to run RF Analyzer on a custom board. 08M samples per second. This video demonstrates the RFSoC RF Data Converter Evaluation Tool which enables performance evaluation of the Zynq UltraScale+ RFSoC ADCs and DACs. Then I merely add the Zynq and some SPI interface for the development board I am working The block RAM generation and capture are described in the "RF Analyzer" section in the Zynq UltraScale+ RFSoC RF Data Converter LogiCORE IP Product Guide (PG269). Xilinx also provides a smaller set of Targeted Reference Designs or TRDs for Zynq UltraScale+ RFSoC it is called the RF Data Converter Evaluation Tool. What is the GUI showing for the tile status in the first image? Are the clocks programmed on the board? where is the ADC clock come from? Looks the DAC is up phone/tablet and this app will visualize the RF spectrum (frequency magnitude and waterfall plot)! Browse through the frequency spectrum just by using scroll and zoom touch gestures. 6. 1. The image attached image is a screenshot of my GUI. I followed the XTP518 document for the software install and board setup. The RFSoC design in this repository presents a ‘live’ SDR demonstration of RFSoC-PYNQ with two physical (PHY) layer mobile/cellular radio receiver designs for an 80MHz radio transceiver (4 channels x 20 MHz bands), one with a center frequency of 700MHz and RF 评估工具: ZCU208 RF 数据转换器评估工具软件包下载: AMD: 软件工具: Power Advantage 工具: Power Advantage Tool 是一个演示工具，旨在展示 Zynq UltraScale+ RFSoC 器件的电源特性。 AMD: 软件工具: RF Analyzer: RF Analyzer 用户接口，用于驱动和分析任何评估板。 AMD: 评估板的 S 参数 I already installed Labview run-time 2017 32-bit as requested, but when i launch the program, i got the error like the image shows For RF analyzer designer, I hope you might use higher version of labview. hi i am trying to get used to rfsoc board zcu111. PG269. Power on your RFSoC development board with an SD Card containing a fresh PYNQ v2. Download file 1120195_004_RF_Analyzer_problem_4. you will remember that we started to talk about the RF Analyzer tool provided by Xilinx for debugging RF Data Converter designs. Robert W. This video introduces the kit’s essential The Xilinx ZCU111 development board showcases the Xilinx UltraScale+™ RFSOC device. The 2019. I’ll talk you through connecting to the board and starting the Application, and then we can road test some of the RF Data Converter Evaluation Tool. RF Analyzer; Fast RFDC DAC Shutdown with AXI traffic generator; Programming the Si5381 on a ZCU670 board This only occurs when using the RF Evaluation tool or the pre-built bitstreams of RF Analyzer. RF-ADC Features • Tile oriented o Four RF-ADCs and one PLL per tile o 12-bit resolution o Implemented as either 4 channels of 2. I guess the . So let’s get started with the RF Analyzer. This will allow for a quick functional test since RF analyzer GUI is able to readback the tile status. Xilinx offers a rich ecosystem of design resources such as the Vivado® Design Suite, the RF data converter evaluation tool, RF analyzer debug tool, and the power advantage tool to facilitate high-application development for any RF project. You can use the spectrum analyzer tool to explore your surrounding RF spectrum. I am trying to implement a simple structure with the RF Data Converter IP and a AXI Stream FIFO connecting ADC 0 and DAC 0. The spectrum analyzer was developed by the University of Strathclyde Software This page provides a list of resources to help you get started using the Xilinx Zynq UltraScale+ RFSoC, including pre-built images for Xilinx development boards, tutorials, and example The Zynq® UltraScale+TM RFSoC RF Data Converter (DC) Evaluation Tool and ZCU216 Evaluation Kit is the ideal combination of evaluation software and test platform to facilitate Now we are going to take a look at actually using the RF Analyzer in Hardware. I was able to connect after doing a few things: a) Upgrade to RF Analyzer 2021. so why should I use clk wizard and connect them to the microblaze? Then we focused on how the RF Analyzer design is built in the Programmable Logic and how the MicroBlaze is used to manage the communication with the RF-ADC and RF-DAC tiles. The RF Evaluation tool supports the Windows 11 OS. I've installed Labview Runtime 2018 SP1 following the steps in UG1309. The ZCU216 evaluation kit provides an excellent development platform that provides all the tools needed Yes the RF clock on the ZCU670 must be programmed in order for the RF data converter tiles to start. Fabric Data Width Considerations. Hi Enrico, Before you open the IP example design, make sure RF Analyzer is enabled in the Re-customize IP menu, under the Advanced tab. Hi, May I ask how to measure the quality parameter of RF data converter (DAC and ADC) on RFSoC (zcu1275), such as signal-to-distortion ratio or ENoB when operating at a certain sample rate? Their bandwidth are also urgently needed. The picture below shows the addition and connections for the modifications. The DAC0 is set to 8Gsps, I/Q to real, IMR low pass, interpolate x2, NCO = Hi @new2day (Member) . Products Processors Accelerators Graphics Adaptive SoCs, FPGAs, & SOMs hi, what I mean is, that the RF analyzer has a clk_adc0 and clk_dac0 output, and these ports are determined by the axis data port frequency. Like Liked Unlike Reply. 0. It looks like the RF Analyzer uses the RFdDC driver. 43 MHz clock. 096GSPS 16x 2. 13) January 7, 2022 www. During that blog I mentioned that This page (https://www. 0GSPS User Configurable SD-FEC Blocks 8 0 8 LDPC Encode Throughput 19. The right-hand side of the window is used to display information about selected blocks, Spectrum Analyzer. i have no idea what is wrong but not sure that constraint, clock setting are perfect. 0 RF connectors that enable Zynq RFSoC add-on cards or custom cards to be easily connected. We may use third party web analytics providers to help us analyze the use of the Sites, email, and newsletters. This tool is board independent and can be used with custom boards as well as Xilinx development platform such as the ZCU208 or ZCU216. To work around this issue with the Evaluation Tool or RF analyzer, you can set the QMC gain to 0 to turn off the signal. In this case, it is able to output 8110. 1 release of the RF Analyzer has a number of Known Issues and Limitations to be aware of: There are Capture and Playback Size Limitations. RF LINK BUDGET ANALYSIS OF RF SIGNAL CHAIN •MathWorks RF Budget Analyzer App •Analyze gain, noise figure, and IP3 of cascaded RF elements •Plot RF budget results across bandwidth and from stage to stage •Export to RF Blockset for simulation within larger model NF = No + 174 - Gain Ok, so now all of our clocks are set up and the RF-DAC tile0 Channel0 is looped to the RF-ADC Tile0 Channel 0. On my scope I am seeing a really ugly ~30. 058GSPS 8x 4. I am using the SD card image provided along RFDC Evaluation tool. This RFSoC design An RFSoC spectrum analysis tool is available on your RFSoC 2x2 from the first time you start your board. com/products/silicon-devices/soc/rfsoc. The Evaluation Tool serves as a platform for Xilinx customers to evaluate the Zynq® UltraScale+™ RFSoC features and helps them to accelerate the product design cycle. In addition, much of the design has been hardware RF DATA CONVERTER SUBSYSTEM Maximum RF Input Frequency 4GHz 5GHz 6GHz 12-bit RF-ADCs 16x 2. Hi, We have a custom board with RFSoC ZCU43DR where one of ADC(AC coupled) Channel(tile 1) we are observing -INF ADC reading in vivado tcl, no samples at bram, And also observing Failure at FG DCB in RF Analyzer The current state register 0x000C returns value of 12 which indicating that stuck at calibration it is stuck at converter calibration (ADC only) Similar issue: I am trying to run RF Analyzer on a custom board. It can be used to view a FFT plot and a waterfall plot of the frequency spectrum received by a HackRF. 76 MHz I am trying to test my XCZU47DR hardware with the xilinx RF analyzer tool. The sampling rate indicates how fast the DAC outputs the samples. In particular I am testing ADC in TILE 1 Channel 0. 220GSPS - 14-bit RF-ADCs - - 8x 5. bit file from RF Analyzer installation directory was loaded. 7 image or greater. I think now is a good time to discuss a topic that is very important to many customers using RFSoC: The ZU48DR is Xilinx’s highest ADC sample rate RFSoC device, designed for applications requiring wide instantaneous bandwidth. This drives me to an microblaze setup-Block design. Direct RF sampling for flexible analog design, greater accuracy, and lower power Direct RF sampling, or the ability to sample incoming signals directly without initial down conversion to an intermediate frequency (IF), provides RF designers greater The RF Analyzer is very powerful if you are trying to track down a problem in your RF Libmetal is a Xilinx developed open source software stack that provides common user APIs to access I am Brijendra Sharma @ IIT Kanpur, requesting you that nowadays I am working in a RFSoC board(ZCU111) with fine Mixer at 2GHz carrier frequency. GUI can play data file. But if you use RF Analyzer, you won't observe this issue. Xilinx RF Analyzer是一款由Xilinx公司提供的高级设计工具，它专注于射频（RF）和混合信号系统的设计和分析。这款工具主要用于测试、调试以及优化复杂的无线通信系统，如雷达、卫星通信和无线网络设备中的射频模块。 RF LINK BUDGET ANALYSIS OF RF SIGNAL CHAIN •MathWorks RF Budget Analyzer App •Analyze gain, noise figure, and IP3 of cascaded RF elements •Plot RF budget results across bandwidth and from stage to stage •Export to RF Blockset for simulation within larger model NF = No + 174 - Gain Follow the instructions below to install the Spectrum Analyser now. I have a ZCU216 and am using the v2021. Thanks a lot for your kind response and help. Phase noise measured at 30 kHz offset from one of the tones in the comb. Show more actions +2. com Thanks @trevorr (AMD) and @asavaria (AMD) for the reply. 2 version installed in But I like to make this RF analyzer example design simulation run, because it has Tx/RX DDR4 DMA, which is very similar to my design. 76MHz, a SYSREF clock of 7. When following the tutorial the IP is selected through IP catalog and the option is not there. The user must make sure that the sampling frequency is set according to the table in Appendix A Performance Table of " ZCU111 RFSoC RF Data Converter Evaluation Tool Getting Started Guide" and same sample size is chosen for all channels. com We did give it a go uninstalling the other installed RF DC Evaluation Tool and installing the new one. 2. bit" bitstream on the target using the RF analyzer tool successfully 000036565 - RF Analyzer/RF Evaluation tool: Windows 11 OS support (xilinx. 2 of RF Analyzer and RFDC Eval Tool did resolve the issue. The right-hand side of the window is used to display information about selected blocks, We would like to show you a description here but the site won’t allow us. My question is how can I test DAC at 10Gsps by using the RF Analyzer. Xilinx also recommends grounding VCM pin I recently got the ZCU111 evaluation board and am looking to it up to use the RF Data Converter Evaluation tool. Now we are going to take a look at actually using the RF Analyzer in Hardware. For 10GSPS RF-DAC operation, contact your local Xilinx Sales Representative. Selected as Best Like Liked Unlike. fraunhofer-ipm (Member) 4 years ago Double-click on the “RF Data Converter Evaluation User Interface” shortcut created during the install process, or from the install directory double-click on RF_DC_Evaluation_UI. This 5th and final video in my ZCU111 RFSoC RF Data Converter Eval Tool mini-series covers setting up the Xilinx ZCU111 board with the XM500 Balun card, conn DS889 (v1. I've built a example design by configuring as such, 10GHz DAC_CLK, no PLL, fine mixer, single channel at 10Gsps from DAC00 and with RF analyzer enabled of cause. com RF Analyzer for Android This is the repository of the RF Analyzer app for Android. com RF Data Converter Evaluation Tool User Guide 9. The Zynq™ UltraScale+™ RFSoC ZCU208 Evaluation Kit is the ideal RF test platform for both out-of-box evaluation and cutting-edge application This document provides the steps to build and run the RFSoC RF Data Converter Evaluation Tool. We have our bitstream with the Analyzer, so we are good to go! Launching the RF Analyzer GUI . Standalone RF-ADC: - In this mode, an analog signal from an external equipment can be connected to the RF-ADC Inputs. Another thing is, the FPGA bit file built on this RF The Zynq™ UltraScale+™ RFSoC DFE ZCU670 Evaluation Kit is the optimal platform for adaptive radio development and out-of-box evaluation in rapid prototyping of 5G New Radio Hi All, I am trying to test my XCZU47DR hardware with the xilinx RF analyzer tool. Double-click on the “RF Data Converter Evaluation User Interface” shortcut created during the install process, or from the install directory double-click on RF_DC_Evaluation_UI. During that blog I mentioned that Xilinx has enabled RF RF analyzer is a dedicated debugging tool for the Zynq Ultrascale+ RFSOC family. Can you try out a RF PLL setting that provides the sample clock directly and bypass the internal PLL in the tile. The RF-DAC output and RF-ADC input interfaces are provided via wide band RFMC2. Both LVM and TDMS can be loaded. The vivado design of RF Analyzer is much easier than RFDC Eva tool. html#resources) does not have a link to download the RF Analyzer. Direct RF sampling for flexible analog design, greater accuracy, and lower power Direct RF sampling, or the ability to sample incoming signals directly without initial down conversion to an intermediate frequency (IF), provides RF designers greater 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 Loading application | Technical Information Portal Hi Shengjie, Could you provide a complete guide for the ZCU216 BoardUI? I am having trouble with the setup. Language: english. We covered how writing a This only occurs when using the RF Evaluation tool or the pre-built bitstreams of the RF Analyzer. com Advance Product Specification 5 RF Data Converter Subsystem The RF data converter subsystem comprises RF-ADCs and RF-DACs. Xilinx RF-SoC-based Digital Multi-Beam Array Processors for 28/60~GHz Wireless Testbeds. I have installed the Jungo drivers and Labview runtime 2021 version. After installing the RF Analyzer tool on my Windows 11 Pro 64b machine, I get the following error: I've also tried the RF Analyzer • Fast RFDC DAC This page shows two specific examples of the RF DC Evaluation Tool to generate and acquire signals using the XM650 Add-on Card and the Both examples use a Center Frequency (CF) generated from a DAC at 2150MHz, loopback to the ADC through a simple RF line up consisting of baluns and filters. What is the GUI showing for the tile status in the first image? Are the clocks programmed on the board? where is the ADC clock come from? Looks the DAC is up RF Evaluation Tool: ZCU208 RF Data Converter Evaluation Tool Software package download: AMD: Software Tool: Power Advantage Tool: The Power Advantage Tool is a demo designed The benefits of integrating direct RF sampling data converters were demonstrated by introducing a novel, open-source spectrum analyzer built using the new board. Where can I find these? Any help is much appreciated!!! This repository hosts the RFSoC OFDM and Spectrum Analyser demonstration for Xilinx Adapt 2021. 8Gb/s Hello, I am using the ZCU111 eval board. I am using the code Xilinx sends with their rfdc-data-write example to set the clocks. Zynq UltraScale+ RFSoC ZCU111 Evaluation Kit; Zynq UltraScale+ RFSoC ZCU1275 Characterization Kit; View More. It will then read the IP_NAME property, and if this matches the usp_rf_data_converter, then it will dump out all the rfdc properties into a dump. Hey, I am having trouble with the RFDC example design and the RF Analyzer GUI tool. This RFSoC design RF analyzer is a dedicated debugging tool for the Zynq Ultrascale+ RFSOC family. Additional features are: * Many settings: FFT size, averaging, peak holding, color scheme, * read samples from a file (generated by hackrf_transfer tool or by Hi Enrico, Before you open the IP example design, make sure RF Analyzer is enabled in the Re-customize IP menu, under the Advanced tab. I have vivado 2020. 2 Xilinx tools. KiwiD (Member) a year ago. I implemented the design, generated a PetaLinux image based on the design, and loaded the image onto a SD card that boots up properly on the Spectrum Analyzer and Signal Analyzer Results You Can Trust. You will need to give your board access to the internet. Zynq UltraScale+ RFSoC Data Sheet: Overview DS889 (v1. Se n d Fe e d b a c k. I am seeing that during testing I found that the communication <b>LED </b>is <b>not Hello, if we plan to use the multi-band feature of RFSoC with different IF, then on the RFSoC Frequency Planning Tool should we put the full bandwidth of the multi-band, the IF of the multi-band and from there compute the individual IFs for each band or should we frequency plan for each band individually from the start?<p></p><p></p>For example, if Band1 & Band2 It seems that the issue is with programming that RF PLL and try as we might it never works. 6 (V1. html #resources but that page doesn't have a download link for RF Analyzer. I already installed Labview run-time 2017 32-bit as requested, but when i launch the program, i got the error like the image shows Hi, I am using windows 10 and RF analyzer 2020. ini file from the UI Installation path and add the following [Display] ShowMTS = TRUE EnableAdvancedClocking = True ShowExtClock = True This will enable MTS, Advanced Clocking settings in UI. This is some of the data I get for fi = 2249. 096GSPS (device dependent) The block RAM generation and capture are described in the "RF Analyzer" section in the Zynq UltraScale+ RFSoC RF Data Converter LogiCORE IP Product Guide (PG269). Frequency hopping is widely used in Bluetooth®, code division Copy the spectrum analyzer from the top model and connect to the rate transition block as shown in this The Software Defined Radio Research Laboratory at the University of Strathclyde have released a wideband spectrum analyser for RFSoC, currently capable of inspecting 256 MHz of bandwidth. I am seeing that during testing I found that the communication <b>LED </b>is <b>not Analyze That: Unboxing the RF Analyzer Tool Part 2. In these two examples, we The RF Analyzer is a MicroBlaze™ based design with a communications layer that can be deployed on any device on any board. 000036565 - RF Analyzer/RF Evaluation tool: Windows 11 OS support. RF analyzer is a dedicated debugging tool for the Zynq Ultrascale+ RFSOC family. xilinx. I have a custom 49DR Rfsoc and I am trying to test it in the RF analyzer 2020. As you can see the first login window is to choose the target hardware. It is also easily portable to a custom board. The ILA core includes many advanced features of modern logic analyzers, including Boolean trigger equations, and edge transition triggers. To get reliable results, you need a spectrum analyzer that you can trust, whether you need deep-dive measurements for solving tough problems in spectrum analysis research and development (R&D) or quick and simple measurements for manufacturing. Created by: Rene Cunningham. Thank you for the response. I integrated the RFdc RF Analyzer example block design into a Vivado project with logic to program the RFdc clocks on our custom board. This tool is board independent and can be used with custom boards as well as Xilinx RF Analyzer user interface is used to drive and analyze any evaluation board. Is the board you are using is custom board with ZU48DR device or ZCU208 evaluation board ? Are the clocks programmed properly before opening the RF analyzer ? RF analyzer is a dedicated debugging tool for the Zynq Ultrascale+ RFSOC family. 9375 MHz and FundA (dBFS) = -1 dBFS. 8Gb/s - 19. Figure7. Spectrum Analyzer or Oscilloscope. After the bit file is loaded, open the generated software model, copy the spectrum analyzer and scope from the top model and connect to the rate transition block as shown in this figure, This example demonstrated how to implement a wireless design by including the RF Data Converter on the Xilinx RFSoC device. 1. also I see you are grounding the VCM pin. zobckhrimvlybzopfevzouswvalmcrfdtbjnbgpqiigeisciqhpweyjctz