Why reducing LUT usage is important? Hi Julian, Thank you for your help. Unable to execute `ADC/DAC Loopback Data. 1. The design uses 24% of the LUTs, 9% of the DSP48s, and 11% of the BRAMs on the ZCU111 RFSoC evaluation board and meets timing constraints at 512 MHz. 100GE Test Harness This test design configures […] I have a ZCU111 eval board and Vivado 2018.3. Arizona) is using a Xilinx ZCU111 evaluation board to prototype a design that will increase the processing speed to 128Gb/s or 8GHz . The LMXs could also be programmed in the same way using the -lmx switch and a corresponding LMX hexdump file but this is not needed here as those drive the sample clock or internal PLL reference clock for the RFDC. Hello, I am working with a firmware that uses the DAC on the ZCU111 RFSoC board. {Lectures} Data Converter Design Describes common features, the design flow, utilizing the example design by simulation and implementation, and verifying RF data converter functionality on real hardware. It uses the ZCU111 board. Part Number: EK-U1-ZCU111-G. RFSoC ZCU111 Generate Custom Data in PS to send to PL RF Data Converter. The TRD uses the Vivado IP integrator flow for building the hardware design and the Xilinx Yocto PetaLinux flow for software design. Hardware Design Architecture Design generation PTP test setup board2board PTP test Third party O-DU […] Waveforms with a limited number of samples can leverage on-chip memo ry, but application testing and prototyping require the use of much larger external memories. example design by simulation and implementation, and verifying RF data converter functionality on real hardware. I have been able to successfully run the examples in the RFSoC Workshop git repo. The 100G subsystem consists of a hardened IP also known as the CMAC. In the modified design two additional sources are added with the correct phase offset to generate 4 samples in the same cycle. ASP-184329-01 (FMC+ socket connector on ZCU111 board) The ZCU111 is the development board for the RFSoC, containing a XCZU28DR-2FFVG1517E RFSoC . More example designs are available for the ZCU111 board. The ZCU111 evaluation board supports an external DDR4 memory interface on the programmable logic (PL) in addition to the PS DDR4 memory. This example shows how to integrate the 5G NR MIB Recovery algorithm on a Xilinx ZCU111 evaluation board using SoC Blockset and then how to verify the design in simulation and on hardware. I have done a very simple design and tested it in bare metal. You need to purchase an FPGA evaluation card plus an ADC/DAC daughtercard and connect via FMC or other connectors. This project is a minimal example for how to setup and interface with the ADC the RFDC on the ZCU111 using PYNQ. This example generates HDL code for the algorithm as an IP core and integrates it in a reference design to build a system. The ADC samples are sent via DMA from the PL to the PS for analysis. To work with the RFSoC support for a fixed reference design workflow, you must install and configure additional support packages and third-party tools. This blog will show you how to generate the design and use the API to configure your CC settings after the board is booted. Infineon power soutions is used on the Zynq® UltraScale+™ RFSoC ZCU111 evaluation kit that enables designers to jumpstart RF-Class analog designs for wireless, cable access, early-warning (EW)/radar and other high- The issue is the sync_v1_0 IP doesn't seem to exist in the IP catalog. The source is a 500 kHz LUT-based sinusoidal signal generator. This example generates ADC fabric interrupts by writing some incorrect fabric data rate based on the read/write clocks. You can find more details about the protocol here, but the summary is it can help synchronize multiple remote clocks to within (potentially) a few nanoseconds of one another in […] The design uses 24% of the LUTs, 9% of the DSP48s, and 11% of the BRAMs on the ZCU111 RFSoC evaluation board and meets timing constraints at 512 MHz. Example Designs Design Files Date XTP518 - ZCU111 Software Install and Board Setup Tutorial (2018.3) XTP511 - ZCU111 Board Interface Test: rdf0469-zcu111-bit-c-2018-3.zip XTP512 - ZCU111 IBERT Tutorial: rdf0470-zcu111-ibert-c-2018-2.zip XTP513 - ZCU111 IPI Tutorial: rdf0471-zcu111-ipi-c-2018-2.zip XTP514 - ZCU111 MIG Design Files: rdf0472 . In the Reference Design Tile - Customization pane, you can customize the channel mapping of your model. This example supports these hardware platforms: Xilinx® Zynq® UltraScale+™ RFSoC ZCU111 evaluation kit and XM500 balun card In the Reference Design Tile - Customization pane, you can customize the channel mapping of your model. I can list the IPs and other stuff. The source is a 500 kHz LUT-based sinusoidal signal generator. Board Setup Board Connections. ZCU111 RFSoC. 4) Choose the DAC channels. EVAL BOARD KIT ZCU111 89. I am trying to build something that is very similar, but essentially it allows me to send custom data to the RF data converter. In the window that opens, select the reference design and type of model, set the reference design parameters, customize the design with preconfigured analog-to-digital converter (ADC) and digital-to-analog converter (DAC) channels, and . In this blog, we want to generate a demo design for a ZCU111 board with a25G link. NOTE: After applying the new settings stream data width gets changed to 64 . In this example, you generate HDL code for the algorithm as an IP core and integrate it within a reference design to build a system. The Zynq FreeRTOS+TCP and FreeRTOS+FAT demo includes the following standard examples: FreeRTOS+FAT is used to create and format a RAM disk, then mount both the RAM disk and a FAT formatted SD card in the same virtual file system. In VHDL, the algorithm is defined and is Built to enforce the FPGA. Zynq UltraScale+ RFSoC RF データ コンバーター 評価ツール (ZCU111) ユーザー ガイド UG1287 (v2018.2) 2018 年 10 月 1 日 この資料は表記のバージョンの英語版を翻訳したもので、内容に相違が生じる場合には原文を優先します。 The system level block diagram of the evaluation tool design is shown in Figure 1-3. Overview. Zynq UltraScale+ RFSoC ZCU111. NOTE: After applying the new settings stream data width gets changed to 64 . I compared it to the TRD design and the external ports look similar. Other than this, there is not much available on the Internet. See the Xilinx documentation for more details on the IP core. DAC Tile1 Ch3 will be used (LF balun). Actually I am working with ZCU111 Ultrascale+RFSOC board and I yes when I tried with register values provided in the example SDK C code for reference clock=122.88 mhz and sampling rate 3.93216 ghz the DAC are giving output on spectrum analyzer as desired but when I am trying to generate the register set values for reference clock=245.76 mhz and sampling rate . Setup. You will deploy a system on Xilinx RFSoC Evaluation kits that generates a sinusoidal tone from an FPGA, transmits it across multiple RF channels and receives it back into the device to complete the loopback. {Lectures} Data Converter Design Describes common features, the design flow, utilizing the example design by simulation and implementation, and verifying RF data converter functionality on real hardware. The mounted file systems then provide the storage for both the FreeRTOS+TCP FTP and HTTP server examples. Unfortunately, when I start the board, the DAC tiles keep stuck in the power-up sequence at state 6 (Clock Configuration). Setup. I have a couple of . It uses a DAC and ADC sample rate of 1.47456GHz. . With the clock to drive the user design configured we can now continue to use casperfpga to program the FPGA and interact with our . Your FPGA may have more or lesser LUTs. Includes practice System Specifications for ZCU111 Evaluation Kit ADC and DAC sampling rate = 2048 MSPS Number of ADC Channels = 8 Price: $10,794.00. Design Simulation SimWise4D 9.7.0 Win32_64 2CD. You will deploy a system on Xilinx RFSoC Evaluation kits that generates a sinusoidal tone from an FPGA, transmits it across multiple RF channels and receives it back into the device to complete the loopback. {Lectures} Data Converter Design Describes common features, the design flow, utilizing the example design by simulation and implementation, and verifying RF data converter functionality on real hardware. The TRD includes two parts, the Vivado DPU TRD and the Vitis™ DPU TRD. This example shows how to implement and verify a design on Xilinx® RFSoC device using SoC Blockset®. I was able to get the WebBench tool to find a solution. Configure RFSoC Design Using SoC Model Creator. {Lectures} Data Converter Design - Describes common features, the design flow, utilizing the example design by simulation and implementation, and verifying RF data converter functionality on real hardware. should light up in the order "0011 0111" (off off on on off on on on). 2019 XDF Presentation: Tools for RFSoC and Multi-band Support Example. Then, you deploy the system on a Zynq® UltraScale+™ RFSoC ZCU111 evaluation kit and visualize the received signal in Simulink®. The original example uses two sources to generate the required 2 samples. Then I implemented a first own hardware design which builds without errors. is Width of bits. The original example uses two sources to generate the required 2 samples. Zynq UltraScale+ RFSoC ZCU111 評価キットでは、ワイヤレス、ケーブル アクセス、早期警戒機 (EW)/レーダーなど高性能 RF アプリケーションに対応する RF クラスのアナログ設計を今すぐ開始できます。 Thank you sir for the response! 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. 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 LMXs could also be programmed in the same way using the -lmx switch and a corresponding LMX hexdump file but this is not needed here as those drive the sample clock or internal PLL reference clock for the RFDC. {Lectures, Labs} Data Converter Practice Provides practical RF data converter experience using the ZCU111 board evaluation tool and RF analyzer tool. This FPGA project aims to design, simulate and develop a transmitter and a receiver for frequency hopped system on FPGA using VHDL. To open the SoC Model Creator tool, enter the socModelCreator command at the MATLAB ® command prompt. All other types of RF-ADC/DAC are of separate architecture. This example shows how to integrate the pulse-Doppler radar system on a Xilinx ZCU111 evaluation board using the SoC Blockset product and how to verify the design in simulation and on hardware. Add a Xilinx System Generator block and a platform yellow block to the design, as demonstrated in tutorial 1.While the above example layouts used the ZCU111 as the example for a dual-tile RFSoC and the ZCU216 as the example for a quad-tile platform, these steps for a design targeting the other RFSoC platforms is similar for its respective . System Specifications for ZCU111 Evaluation Kit In this example, the design task is to generate a sinusoid tone from the FPGA, configure the RFDC block, and receive the data back into the FPGA on ZCU111 and ZCU216 evaluation kits with the following system specifications. 88Mhz and a 12. ZCU111 initial setup. There are many reasons why managing LUTs is important. In theory my design could be imported into the example design, but before delving into that, I'd like to understand this seemingly non-existant IP issue with the relevant IP. Highlights FPGA Data Converter - Practice. examples with an actual reference design with Xilinx on the ZCU111. This example is design specific, PL-PS Interrupts must be attached and The Stimulus/Capture Block device names/addresses may vary. Prof George A. Constantinides Zcu111 m 2 Floating-Point Design with Vivado HLS - Xilinx vivado-risc-v Xilinx Vivado block designs for FPGA RISC-V SoC running {Lectures, Labs} Updated 1.2021 - v2021.1. ORAN Hardware projects on GitHub are designed to demonstrate different use cases on ZCU102 or ZCU111 boards. This hardened IP is available in Xilinx UltraScale+ devices. Depending on the board type, you see a different set of templates. Then, the example deploys the system to hardware and displays the received signal in Simulink®. RFSoC Hardware - Provides an overview of the ZCU111 board and describes board setup. The ADC output will be sent to a System ILA to be displayed in the Hardware Manager. 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. 1 . This figure shows the available templates for a ZCU111 board. The workflow steps are similar for both the models. Samtec Products Supporting Xilinx ® Zynq UltraScale+ RFSoC ZCU111 Evaluation Kit. To mention a few, An optimized design will require less LUTs thus more resources available for more features to be added. This is the most Efficient at the floating-point throughout its implementation Module Square Root. This is an example starter design for the RFSoC. Overview Navigating Content by Design Process Xilinx® documentation is organized around a set of standard design processes to help you find relevant content for your current development task. Adam Taylor is an expert in design . The Zynq RFSoC Template Builder tool creates a simple DUT model and connects the model to the interface of the reference design. FMC+ Connectors: Based on Samtec's SEARAY TM High-Speed Array system, FMC+ connectors are 560 I/O high-speed array connectors for FMC+ carriers and daughter cards. Includes practice of using a software driver to modify RF data converter parameters. This project is built using Vivado Design Suite 2018.3 with Vivado HLS. Includes practice of using a software driver to modify RF data converter parameters. For example, Xilinx ZCU111 XCZU28DR has 425,280 LUTs. Example of JupyterLab session running our QPSK design, providing real-time control and visualisation including A) the main notebook view, B) a window with ipywidget controls, C) a terminal session . We could clock our ADCs and DACs at that frequency if that makes this easier. 2019 XDF Presentation: Tools for RFSoC and Multi-band Support Example. The original example uses two sources to generate the required 2 samples. Rev B STP File. We manually change it but after the synthesis and implementation when the soc builder tries to load the project on the board the soc builder asks to connect . 2021.2. Learn more about hdl coder, hdl coder support package for xilinx rfsoc devices, rfsoc, zcu111, vivado, hdl workflow advisor, adc/dac loopback data capture, r2021a, r2021b HDL Coder, Simulink, Embedded Coder, MATLAB {Lectures} Data Converter Design Describes common features, the design flow, utilizing the example design by simulation and implementation, and verifying RF data converter functionality on real hardware. In this example, the design task is to generate a sinusoid tone from the FPGA, configure the RFDC block, and receive the data back into the FPGA on ZCU111 and ZCU216 evaluation kits with the following system specifications. As an example, currently, each Event Horizon Telescope (EHT) site uses four ROACH2 FPGA boards that together process data at 64 Gb/s, which provides 4GHz of bandwidth for each sideband. ug1271 记录 需要全看看目录 时钟主要由时钟芯片产生ug，zcu111的提供gui控制，scui说明是xtp517 板设置说明是xtp518zcu111系统控制需要，1串口驱动 2scui主机应用3使用microUSB连接串口 4重启开发板 5启动scuiscui gui展示在page82管脚约束 mio分配 板配置（条线 开关） 通过qspi配置rfsoc板上所有器件 管脚接口 FMCP . The RF Data Converter Evaluation Tool and RF Analyzer support capture and readback of measurement data sets. I just started getting familiar with the ZCU111 evaluation kit and successfully used the Evaluation GUI to output some waveforms. With the clock to drive the user design configured we can now continue to use casperfpga to program the FPGA and interact with our . This example shows the workflow using the soc_waveform_tx_zcu111_top model. Provides an overview of the ZCU111 board and describes board setup. Provides an overview of the ZCU111 board and describes board setup. The implementation estimates the range and velocity of the moving targets, which are emulated through the target emulator inbuilt in the system. This example shows the workflow using the soc_datacapture_8x8real_zcu111_top model. 1)Using the OS provided by "SoC Blockset Support Package for Xilinx Devices" the default IP address of the zcu111 is set to a value different with respect to the attended one 192.168.1.101. Actually there is only one example design available for this board, which is just a mere loopback test. Provides an overview of the ZCU111 board and describes board setup. It has a counter feeding a DAC. The Xilinx Zynq UltraScale+ RFSoC ZCU111 evaluation kit is the first of its kind in the industry. I am running Vivado 2018.3, thus it shouldn't be an issue of version used. {Lectures} Data Converter Design Describes common features, the design flow, utilizing the example design by simulation and implementation, and verifying RF data converter functionality on real hardware. For zcu111 board users are expected to define XPS_BOARD_ZCU111 macro while compiling this example. There are many jumpers and switches on the board, shipped with default states, which do not need to change for this Evaluation Tool design to work (See ZCU111 Jumper Settings for default jumper and switch settings).. 2. by: Xilinx, Inc. solutions show brief highlights and high level examples of an actual reference design with Xilinx on the ZCU111. The Xilinx® DPU targeted reference design (TRD) provides instructions on how to use the DPU with a Xilinx SoC platform to build and run deep neural network applications. 2019.2. In the modified design two additional sources are added with the correct phase offset to generate 4 samples in the same cycle. {Lectures} Data Converter Design Describes common features, the design flow, utilizing the example design by simulation and implementation, and verifying RF data converter functionality on real hardware. In the modified design two additional sources are added with the correct phase offset to generate 4 samples in the same cycle. It works in bare metal. NOTE: After applying the new settings stream data width gets changed to 64 . Components • Evaluation platform ° ZCU111 evaluation board ° Daughter card (HW-FMC-XM500) ° Cables and filters (see the Zynq UltraScale+ RFSoC ZCU111 Evaluation Kit Quick Start Guide (XTP490) [Ref 5] • Xilinx tools ° Vivado® Design Suite 2020.1 [Ref 6] ° Vitis™ Software Development Kit 2020.1 [Ref 7] ° PetaLinux tools 2020.1 [Ref 8 . To work with the RFSoC support for a fixed reference design workflow, you must install and configure additional support packages and third-party tools. IEEE 1588-2008). This project provides an example design for working with the UltraScale+ Integrated 100G Ethernet Subsystem (CMAC) on the Xilinx ZCU111. Provides an overview of the ZCU111 board and describes board setup. Lessons. Step 1: Add the XSG and RFSoC platform yellow block¶. Summary. Zynq UltraScale+ RFSoC ZCU111 Evaluation Kit Rapid prototyping platform using the XCZU28DR-2EFFVG1517 device Supports 8x 4.096GSPS 12-bit ADCs, 8x 6.554GSPS 14-bit DACs, and 8 soft-decision . The TRD example reference design from Xilinx for this board clocked the ADCs at 4.096GHz, it used a Reference Clock of 245.760MHz. 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. The oversampled polyphase channelizer . Depending on the board type, you see a different set of templates. For example, ol.qpsk_tx_get_symbols() call provides us with information that allows us to generate the following plot. However, the DAC does not work. The ZCU111 evaluation board is equipped with many of the common board-level features needed for design development, such as DDR4 memory, networking interfaces, FMC+ expansion port, and access to the new RF-FMC interface. This figure shows the available templates for a ZCU111 board. cyfxuartlpregmode: CYUSB3014: CYUSB3KIT-001, CYUSB3KIT-003: This example demonstrates Vivado Design Suite User Guide: Synthesis - Xilinx Synthesis 3 UG901 (v2019.1) June 12, 2019 www.xilinx.com 32-Bit Dynamic Shift Registers Coding Example (VHDL) Updated code example. Introduction Geon has kicked off a design using Xilinx's ZCU111 Evaluation Board along with the 100G Ethernet Subsystem IP core. This example shows how to implement and verify a design on Xilinx® RFSoC device using SoC Blockset®. 2019.1. Provides an overview of the ZCU111 board and describes board setup. 2020.1. The DAC will continuously play 10MHz sine wave from the DDS Compiler IP. Infineon power soutions is used on the Zynq® UltraScale+™ RFSoC ZCU111 Evaluation Kit that enables designers to jumpstart RF-Class analog designs for wireless, cable access, early-warning(EW)/radar and other high-performance RF applications. The implementation recovers, demodulates PSS and SSS symbols and decodes MIB report from 5G NR waveforms. 3) Go to Window -> Multiview -> DAC FFT. When I move to Pynq, it seems like I am able to load the .bit and read the .hwh file with the Overlay class. 2018.3. The workflow steps are common for all of these models. 2021.1. Design Simulation Interactive Physics v9.0.3 Win32 1CD. The hls directory contains an implementation . examples with an actual reference design with Xilinx on the ZCU111 . We can run the script as follows: vivado -mode tcl -source ./xil_vivado_build.tcl -tclargs zcu111 -tclargs om5_25 -tclargs implNodateExit To be able to effectively leverage the Pynq framework on the ZCU111, we need to be able to create overlays for the RFSoC which utilize the giga-sample DACs and ADCs. The oversampled polyphase channelizer . So, over several upcoming blogs… Describes common features, the design flow, utilizing the example design by simulation and implementation, and verifying RF data converter functionality on real hardware. The Templates parameter provides the preconfigured channel mappings. In order to confirm our understanding of the IP core paired with the ZCU111's Quad SPF28 cage, we have developed a ZCU111 test harness for the IP core. One of my favorite . Provides an overview of the ZCU111 board and describes board setup. Arash Roshanineshat (Univ. 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Ip core wave from the DDS Compiler IP WebBench tool to find a.! Will increase the processing speed to 128Gb/s or 8GHz IP integrator flow for software design issue version. A very simple design and the external ports look similar board to prototype a design will!
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