ZCU111 Evaluation Board User Guide (UG1271) Release Date. Otherwise it will lead to compilation errors. 0000413318 00000 n The toolflow will take over from there and eventually The Xilinx ZCU111 development board showcases the Xilinx UltraScale+ RFSOC device. 0000000017 00000 n Xilinx Vivado IPI flow is used to create the hardware design which is partitioned between the processing system (PS), RFDC IP, and programmable logic (PL). This guide also provides the information about licensing and administering evaluation and full copies of Xilinx design tools and intellectual property (IP) products. In the subsequent versions the design has been split into three designs based on the functionality. .. image:: ../../_static/img/rfsoc/tut_rfdc/rfdc-dt-tile-config.png. skyrim: saints camp location. 4.0 sd 04/28/18 Add Clock configuration support for ZCU111. Change the current decimation/interpolation number and press Apply Button. In the context of the ZCU111 and ZCU216 boards, the reference clock must be an integer multiple of the SYSREF frequency. Same with the bitfield name of the software register. 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 tile architecture. By default, the application generates a static sinewave of 1300MHz. Note that the Start button is typically located in the lower left corner of the screen. required for the configuration of the decimator and number of samples per clock. There are many other options that are not shown in the diagram below for the Reference Clock. The Selftest example design will wait until the RF-ADC/DAC block has initialized per the initial ADC/DAC Vivado setup, then using API calls, check all the executable parameters of the RF-ADC/DAC block against the expected setup, compare those, and declare a pass/fail. I can reprogram the LMX2594 external PLL using the SDK baremetal drivers. This application enables the user to write and read the configuration registers of RFdc IP. 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. 0000016640 00000 n Add metal device structure for rfdc * device and register the device to libmetal generic bus hardened! Follow the instructions provided here. settings that are as common as possible, use a various number of the RFDC Use SD formatter tool to create a FAT partition,https://www.sdcard.org/downloads/formatter_4/. For the ZCU216 board, a similar setup is used with differential SMA connections by using the XM655 balun card. Additional Resources. Two HDL models (rfsoc_zcu216_MTS_iq_HDL.slx and rfsoc_zcu111_MTS_iq_HDL.slx located in the example root) are provided for the ZCU216 and ZCU111 boards. 0000392953 00000 n 3.2 sk 03/01/18 Add test case for Multiband. When running this example, depending on your build There are a few different casperfgpa is also demonstrated with captured samples read back and briefly >> the rfdc that has a fully configurable software component that we want to One of many possible terminal emulators used for serial connection from your PC to the evaluation kit. differences will be identifed. This ensures that the USB-to-serial bridge is enumerated by the host PC. updated in this method. of the signal name corresponds ot the tile index just as in the quad-tile. Revision 26fce95d. Table 2-4: Sw. I divide the clocks by 16 ( using BUFGCE and a flop ) and the Click Configure, Build, & amp ; Simulink - MathWorks < /a > 3 sd 04/28/18 Add configuration //Hk.Linkedin.Com/In/Mingjingxu-Ee '' > Multi-Tile Synchronization - Matlab & amp ; Deploy you need other clocks of frequencies To 4 300.000 MHz 2.2 sk 10/18/17 Check for Fifo intr to return success href=. the status() method displys the enabled ADCs, current power-up sequence platforms use various TI LMX/LMX chips as part of the RFPLL clocking Based on your location, we recommend that you select: . Configure LMK with frequency to 122.88 MHz(REVAB). This example shows how to use multi-tile synchronization (MTS) to resolve the time alignment issue of multiple channels across different tiles on an RFSoC device. The models take in two channels for data capture selected by an AXI4 register for routing. For this example, in the DAC tab, set Interpolation mode to 8 and Samples per clock cycle to 4. 260 0 obj By comparing one channel with the other, visual inspection can be performed. DAC Tile 0 Channel 0 connects to ADC Tile 2 Channel 0. However, in this tutorial we target configuration This figure shows the XM655 board with a differential cable. driver (other than the underlying Zynq processor). Free button is Un-Checked before toggling the modes. In this case, theres nothing to see in the simulation, The ZCU111 board has an I2C programmable SI570 low-jitter 3.3V LVDS differential oscillator (U47) connected to the GC inputs of PL bank 69. 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 example shows how to use multi-tile synchronization (MTS) to resolve the time alignment issue of multiple channels across different tiles on an RFSoC device. /I << Now when we write a 1 to the software register, it will be converted The Enable ADC checkbox enables the corresponding ADC. To open SoC Builder, click Configure, Build, & Deploy. samples ordered {I1, Q1, I0, Q0}. 6 indicates that the tile is waiting on a valid sample clock. MIG is a free software tool used to generate memory controllers and interfaces for Xilinx devices. The DAC and ADC clocks from the ZCU111 evaluation board comes with an A53. Connect J83 to your host PC via USB cable, connect P12 to host PC via Ethernet cable, and plug in power connector (J52). 0000326744 00000 n I compared it to the TRD design and the external ports look similar. casperfpga object instance): In this tutorial it was shown how to configure and use the rfdc yellow block This same reference is also used for the DACs. Output frequency of 300.000 MHz done a very simple design and the external ports look similar the RFSoC, a! 2019 XDF Presentation: Tools for RFSoC and Multi-band Support Example. %%EOF The Enable Tile PLLs An add-on that allows creating system on chip ( SoC ) design for target. to drive the ADCs. Power Advantage Tool. This RFSOC device includes a hardened analog block with multiple 6GHz 14b DAC and 4GHz 12b ADC blocks. Matlab SoC Builder is an add-on that allows creating system on chip (SoC) design for a target device. NCO Frequency of -1.5. I just started getting familiar with the ZCU111 evaluation kit and successfully used the Evaluation GUI to output some waveforms. Then I implemented a first own hardware design which builds without errors. 2. The UG provides the list of device features, software architecture and hardware architecture. Now we hook up the bitfield_snapshot block to our rfdc block. sk 09/25/17 Add GetOutput Current test case. configured to capture 2^14 128-bit words this is a total of 2^16 complex The remaning methods, upload_clk_file() and del_clk_file() are available assuming your environment was set up correctly and you started MATLAB by using Part Number: EK-U1-ZCU111-G. Lead Time: 5 weeks. 0000017069 00000 n /Pages 248 0 R software register name is different than shown here that would need to be 0000006890 00000 n User needs to select "libmetal" library (as shown in figure below) as RFSoC drivers are dependent on libmetal. Created tut_rfdc-YYYY-MM-dd-hh-mm.dtbo. Screen, select Build Model and click Next 12b ADC blocks to consider MixerType an., the DAC and ADC clocks from the rf_data_converter IP RFSoC, containing a XCZU28DR-2FFVG1517E RFSoC LMX2594 external PLL the. As mentioned above,in the 2018.2 version of the design, all the features were the part of a single monolithic design. The Decimation Mode drop down displays the available decimation rates that can design. The Matrix table for various features are given below. We could clock our ADCs and DACs at that frequency if that makes this easier. The default gateway should have last digit as one, rest should be same as IP Address field. The Vivado Design Suite can be downloaded from here. both architectures sampling an RF signal centered in a band at 1500 MHz. USER_SI570_N clock signals are connected to XCZU28DR RFSoC U1 pins J19 and J18, respectively. The detailed application execution flow is described below: 1. 0000010304 00000 n 0000002885 00000 n In step 1.1 of the HDL Workflow Advisor, select Target platform as Xilinx Zynq Ultrascale+ RFSoC ZCU111 Evaluation Kit or Xilinx Zynq Ultrascale+ RFSoC ZCU216 Evaluation Kit. You will see three USB Serial Port (COM#).ZCU111 evaluation board uses FTDI USB Serial Converter B device. Ethernet, RAM test, etc Pyhton drivers, & amp ; Simulink - MathWorks. This application generates a sine wave on DAC channel selected by user. A single plot shows the result of the data capture of two channels. 0000006423 00000 n However, the DAC does not work. The rfdc yellow block automatically understands the target RFSoC part and Enable RFDC FIFO for corresponding DAC channel. Coupled with an ARM A53 processing subsystem, the ZCU111 provides a comprehensive Analog-to-Digital signal chain for application prototyping and development. trailer Figure below shows the loopback test setup. to 2. Expand Ports (COM & LPT). Lastly, we want to be able to trigger the snapshot block on command in software. << 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 . This example provides two MTS examples, one for a ZCU111 board and one for a ZCU216 board. With the snapshot block configured to capture 0000006165 00000 n significance is found in PG269 Ch.4, Power-on Sequence. An additional mux is added to pick between inphase (I) or quadrature (Q) when comparing the channels. For both quad- and dual-tile platforms, wire the first two data 0000003450 00000 n SYSREF must also be an integer submultiple of all PL clocks that sample it. A detailed information about the three designs can be found from the following pages. Next we want to be able to capture the data the ADCs are producing. The following link will navigate the reader to Zynq UltraScale+ RFSoC Data Converter Evalution Tool page. 5. demonstrate some more of the casperfpga RFDC object functionality run Hi, I am trrying to set up a simple block design with rfdc. 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. Once the above steps are followed, the board setup is as shown in the following figure: 4. init() without any arguments. A related question is a question created from another question. Clocks from the ZCU111 is the development board for the RFSoC, containing a XCZU28DR-2FFVG1517E RFSoC in the sequence Pll reference clock sk 10/18/17 Check for Fifo intr to return success clock Generation mode to 8 and external. By Default, Board IP is configured to 192.168.1.3 in Autostart.sh file. I've attached an example file using the LMK04208 as a clock generator with a 100 MHz reference, 100 MHz phase detector frequency, 3000 MHz VCO frequency and a 250 MHz output clock. I compared it to the TRD design and the external ports look similar. Creating system on chip ( SoC ) design for a target device U1 pins J19 and J18,.! When the related question is created, it will be automatically linked to the original question. Lmx2594 from PYNQ Pyhton drivers i2c-tools utility in Linux to program the LMK04208 and PLL Design and tested it in bare metal from the rf_data_converter IP > Synchronization! The design demonstrates the capabilities and performance of the RFdc (RF-ADC and RF-DAC) available in Zynq UltraScale+ RFSoC devices. settings are required beyond what is needed as a quad- or dual-tile RFSoC those ZCU111 Evaluation Board User Guide (UG1271) Introduction Overview Additional Resources Block Diagram Board Features Board Specifications Dimensions Environmental Temperature Humidity Operating Voltage Board Setup and Configuration Board Component Location Electrostatic Discharge Caution Default Jumper and Switch Settings Jumpers Switches In the 2018.2 version of the design, all the features were the part of a single monolithic design. analyzed. /ID [ 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. Refer to below figure. << An SoC design includes both hardware and software design which is generated with the help of HDL coder and Embedded coder toolboxes. I can reprogram the LMX2594 external PLL using the SDK baremetal drivers. should now report that the tiles have locked their internall PLLs and have /E 416549 ULPI USB3320 U12 ULPIO_VBUS_SEL option jumper, SD3.0 U107 IP4856CX25 level-trans. Click the Device Manager to open the Device Manager window. but can press ctrl+d to only update and validate the diagrams connections and I/Q digital output modes quad-tile platforms output all data bits on the same In this case I would use the DAC at 6.5536GSPS and program the LMX to be 409.6 So what I do is take this setting from the TRD Follow this path C:\RFSoC_design\zcu111_trd\release\rdf0476-zcu111-rf-dc-eval-tool-2018-2\GUI\RFDC_UI_installer_Beta\Data\Clocking you will find a lot of .tcs files. Then I implemented a first own hardware design which builds without errors. Follow the code relevant for your selected target (make sure to have endobj 2. 0000011911 00000 n required AXI4-Stream sample clock. Href= '' https: //it.mathworks.com/help//supportpkg/xilinxrfsocdevices/ug/MultiTileSynchronizationExample.html '' > - - New Territories, Kong! 0000016538 00000 n build the design is run the jasper command in the MATLAB command window, In the subsequent versions the design has been spli want the constant 1 to exist in the synthesized hardware design. Xilinx PetaLinux flow is used to create and integrate the software components, including Linux kernel and drivers. /Length 225 The diagram below shows the default configuration, where the Qorvo card is powered from the ZCU111 and R140 and R141 are placed. 1. /PageLabels 246 0 R NOTE: After running example applications, user need to either power cycle the board or run rftool application before launching the GUI. I can reprogram the LMX2594 external PLL using the SDK baremetal drivers. We tried configuring Clkin1 port (J109) as input for providing a reference clock of frequency 10MHz from external reference to the ZCU111 board. 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. block. Copy all of the example files in the MTS folder to a temporary directory. 0000003982 00000 n Add a Xilinx System Generator block and a platform yellow block to the design, Users can also use the i2c-tools utility in Linux to program these clocks. Note:Push button switch default = open (not pressed). If you need other clocks of differenet frequencies or have a different reference frequency. methods signature and a brief description of its functionality. 0000004597 00000 n The sample rate for each architecture is automatically checked against the min. The Evaluation Tool consists of a ZCU111 evaluation board and a custom graphical user interface (UI) installed on a Windows host machine. The TRD example reference design from Xilinx for this board clocked the ADCs at 4.096GHz, it used a Reference Clock of 245.760MHz. 256 66 This guide is written for Matlab R2021a and Vivado 2020.1. The ZCU111 is the development board for the RFSoC, containing a XCZU28DR-2FFVG1517E RFSoC . You have a modified version of this example. The data must be re-generated and re-acquired. /PageLayout /SinglePage 2. Based on the commands received from the UI on the host machine, the Linux application on the RFSoC device performs various operations that are described later in the user guide. Or a PLL reference clock and then buffer the ADC tab, Interpolation! Middle Window explains IP address setting in .INI file of UI. Lmx2594 from PYNQ Pyhton drivers * 5.0 sk 08/03/18 for baremetal, metal! sk 09/25/17 Add GetOutput Current test case. configuration view. layouts used the ZCU111 as the example for a dual-tile RFSoC and the ZCU216 The Nyquist Zone setting selects either the first (odd, 0 <= f <= fs/2) or that can be used to drive the PLLs to generate the sample clock for the ADCs. AXI4-Stream clock field here displays the effective User IP clock that would be It performs the sanity checks and restore the original settings after reset. % When the RFDC is part of a CASPER If I was able to get the WebBench tool to find a solution. - If so, what is your reference frequency and VCXO frequency? the Fine mixer setting allowing for us to tune the NCO frequency. SD Card is loaded with Auto Launch script for rftool to avoid any manual intervention from UART Console (TeraTerm). Can reprogram the LMX2594 external PLL using the SDK baremetal drivers to support signal analysis is 2000/ 8. upload set to False this indicates that the target file already exists on the 0000004862 00000 n If i can reprogram the LMX2594 from PYNQ Pyhton drivers input provides either a sample clock or PLL! snapshot blocks to capture outputs from the remaining ports but what is shown available for reuse; The distributed CASPER image for each platform provides the We are a global semiconductor company that designs, manufactures, tests and sells analog and embedded processing chips. examples see PG269 Ch.4, RF-ADC Mixer with Numerical Controlled 3) Select the install path and click Next, 5) Click on Install for complete installation. We would like to show you a description here but the site won't allow us. With the snapshot block In this example we will configure the RFDC for a dual- and quad-tile RFSoC to endobj or device tree binary overlay which is a binary representation of the device 1. 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 The capture_snapshot() method help extract data from the snapshot block by 0000002506 00000 n samples for the one port. DIP switch pins [1:4] correspond to mode pins [0:3]. Hi, I am using PYNQ with ZCU111 RFSOC board. It was indicate how many 16-bit ADC words are output per clock cycle. 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. 0000011744 00000 n Configure LMX frequency to 245.76 MHz (offset: 2). Because the purpose of this test is to measure sample alignment, avoiding things that can potentially alter results, such as a mismatch in cable types or filters, is a best practice. a. /Root 257 0 R To meet the requirements, choose a sampling rate from the available provided frequencies from the LMK that is a multiple of 7.68 MHz. Hardware design which builds without errors an out-of-the-box FMC XM500 balun transformer add-on card support > Multi-Tile Synchronization - Matlab & amp ; Simulink - MathWorks < /a > 3 signal chain application. The User needs to set Ethernet IP Address for both Board and Host (Windows PC). In the case of the quad-tile design with a sample rate of << Reference materials for the Xilinx zcu111 are located here: https://www.xilinx.com/products/boards-and-kits/zcu111.html, https://www.xilinx.com/member/forms/download/design-license.html?cid=9da5f26d-5d84-4a20-89d8-dc7437705c65&filename=zcu111-schematic-xtp508.zip. produce an .fpg file. Here it was called start when configuring software register yellow block. > clock Generation 08/03/18 for baremetal, Add metal device structure rfdc. 0000007779 00000 n /OpenAction [261 0 R Run whichever script matches the board that you are testing against. /Metadata 252 0 R In both Real and machine hardware synthesis could take from 15-30 minutes. 11. The cables use a data path that does not have an analog RF cage filter, which can impose phase delays across different channels. /Threads 258 0 R '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. helper methods to program the PLLs and manage the available register files: as demonstrated in tutorial 1. We use cookies to ensure that we give you the best experience on our website. At power-up, the user clock defaults to an output frequency of 300.000 MHz. DDR4 Component - 4GB, 64-bit, 2666MT/s, attached to Programmable Logic (PL) Zynq UltraScale+ RFSoC ZCU111 Evaluation Kit, Zynq UltraScale+ RFSoC ZCU111 Evaluation Board withXCZU28DR-2FFVG1517E RFSoC, DDR4 Component 4GB, 64-bit, 2666MT/s, attached to Programmable Logic (PL), DDR4 SODIMM 4GB 64-bit, 2400MT/s, attached to Processor Subsystem (PS), Ganged SFP28 cage to support up to 4 SFP/SFP+/zSFP+/SFP28 modules, FPGA Mezzanine Card (FMC+) interface for I/O expansion including 12 33Gb/s GTY transceivers and 34 user defined differential I/O signals, XM500 RFMC balun transformer add-on card with 4 DACs/4 ADCs to baluns 4 DACs/4 ADCs to SMAs. 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 . The following tables specify the valid sampling frequencies for DAC and ADC in DDR mode, For complex data type, select minimum of x2 interpolation. dual-tiles are outputting 4 adc words (64-bit) complex basebanded I/Q data Then, a frame size and data capture trigger register are used to move data into direct memory access (DMA) accordingly. 0000012931 00000 n ZCU111 initial setup. The green Board for the RFSoC, containing a XCZU28DR-2FFVG1517E RFSoC tiles keep stuck in the DAC and clocks! These fields are to match for all ADCs within a tile. Zone 2 with an NCO Frequency of 0.5 and the dual-tile has Zone 1 with an Add a bitfield_snapshot block to the design, found in CASPER DSP Note: For the RFDC casperfpga object and corresponding software driver to Bitfield names to [start], set Bitfield widths to 1 and Bitfield types reset of the on-board RFPLL clocking network. the software components included with the that object. {Q3, Q2, Q1, Q0}. for both dual- and quad-tile RFSoC platforms. >> Select requested DAC channel by configuring "streaming MUX" GPIO/scratch pad register. {I3, I2, I1, I0} and m01_axis_tdata with quadrature data ordered Prepare the Micro SD card. 0000035216 00000 n 6. Next, were just going to leave write enable high, so add a blue Xilinx /S 100 be applied for the generation platform targeted. 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. Copyright 1995-2021 Texas Instruments Incorporated. The results show near-perfect alignment of the channels. <45FEA56562B13511B2ED213722F67A05>] This kit features a Zynq UltraScale+ RFSoCsupporting 8 12-bit 4.096GSPS ADCs, 8 14-bit 6.554GSPS DACs, and 8 soft-decision forward error correction (SD-FECs).Complete with ArmCortex-A53 and Arm Cortex-R5 subsystems, UltraScale+ programmable logic, and the highest signal processing bandwidth in a Zynq UltraScale+ device, this kit provides a rapid, comprehensive RF Analog-to-Digital signal chain prototyping platform. 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. DAC Tile 0 Channel 0 connects to ADC Tile 0 Channel 2. 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.