Xilinx versal debug. Getting Started with NoC/DDRMC .

Xilinx versal debug QDMA Debug Topics; Embedded PCI Express. com/Xilinx/XilinxCEDStore/tree/2023. Section 4: Compile AI Engine code for aiesimulator, viewing compilation results in Vitis™ This Blog entry is intended for new users of the Versal™ Advanced IO Wizard. xlnx. With a new board bring-up, it is important to verify the device identity (IDCODE and EXTENDED_IDCODE) and to check the status registers (JTAG_STATUS and BSCAN or Debug Bridge BSCAN XSDB XSDB Previous Xilinx Architectures •Proprietary XSDB interface DPC in PMC ILA VIO JTAG or HSDP AXIS NoC or AXI-I/C AXI Debug Hub AXI In this blog we will discuss how to debug the Platform Loader Manager (PLM) in Vitis™. rst> Boot and Configuration <docs/4-boot-and-config. Introduction to QEMU . You will also learn to set up the SmartLynq+ The debugger supports debugging through Single Application Debug and GNU Debugger (GDB). This tutorial AXI Debug Hub AXI-Stream Versal ACAPs ILA VIO Debug Hub (32-bit) AXI-Stream (32-bit) AXI-MM (512-bit) Versal Debug Cores Use AXI-Streaming Infrastructure Familiar Debug IP Integrated Logic Analyzer (AXIS-ILA) Virtual Input/Output (AXIS-VIO) Memory Calibration Debug Interface New Debug IP PCI Express Link Debug This is an additional resource for the Versal Premium Series VPK120 Evaluation Kit and does not replace the official documentation of the Versal Premium The IBERT Example Design shows how to generate a design that helps you debug and verify a system that uses Xilinx high-speed gigabit transceiver (GT) technology. The Xilinx® Versal ACAP is a fully software-programmable, heterogeneous compute platform that combines the Processor System (PS) (Scalar Engines that include the HSDP uses PCIe as the physical communication channel to send debug protocol messages defined by the Debug Packet Controller (DPC) from a host to device target. Check the previous section to build PLM. Once the virtual machines are started, you can remotely target them with two separate instances of GDB. O v e r v i e w. com/Xilinx/XilinxCEDStore/tree/2022. This blog covers the usage of the PetaLinux command-line to run QEMU with the PetaLinux BSP of a Versal™ ACAP and demonstrates a few of the networking options that QEMU supports. enable_aie_debug sorry about that. 000036274 - Adaptive SoCs & FPGA Design Tools - Licensing Solution Center; 72775 - Vivado IP Change Log Master Release Article Built on the proven Versal architecture, the VP1902 not only delivers industry-leading capacity1, but also integrates Arm® scalar processors, hardened IP for PCIe® Gen5, Ethernet, and memory • Enhanced visibility and debug with low resource utilization • Novel place-and-route tuned for multi-SLR designs VERSAL™ PREMIUM VP1902 Versal™ AI Core series VCK190 evaluation kit, equipped with the best AI performance-in-portfolio VC1902 device, is built for designs requiring high throughput AI inference and signal processing compute performance. This tutorial demonstrates how you can use the Vivado logic simulator (XSIM) waveform GUI, and the Vitis analyzer to debug and analyze your design for a Versal™ ACAP. The link to the example AXI Debug Hub AXI-Stream Versal ACAPs ILA VIO Debug Hub (32-bit) AXI-Stream (32-bit) AXI-MM (512-bit) Versal Debug Cores Use AXI-Streaming Infrastructure Familiar Debug IP Integrated Logic Analyzer (AXIS-ILA) Virtual Input/Output (AXIS-VIO) Memory Calibration Debug Interface New Debug IP PCI Express Link Debug Debug Gotchas; Documents and Debug Collaterals; Useful Links; Specific Issues; UltraScale+. Learn about the benefits of remote debugging over PCIe in Vivado. Versal ACAP CPM5 QDMA Simulation Example Design. We discuss methods for targeting the Network-on-Chip (NoC), High-Speed IO (XPIO), memory controller (DDRMC), Control Versal ACAP Technical Reference Manual AM011 (v1. This is the third blog in the Versal "from the ground up" debug Series. 0 [19. This feature does not require any design changes, and is automatically included Select “versal PLM” in Templates window and click on “Finish”. 2/ced/Xilinx/IPI/Versal_CPM_QDMA_EP_Simulation_Design Boot Time From Dual Parallel QSPI. Vitis™ Unified Software Description. Check cfg_function_status signal. 1) April 26, 2022 See all versions of this document Xilinx is creating an environment where employees, customers, and Versal™ Premium ACAP unlocks performance that GPUs can’t achieve 1: Memory bandwidth assumes largest Versal Premium device, all available block RAM and UltraRAM at their maximum rates, 72-bit dual-port configuration Boot Time From Dual Parallel QSPI. Select “versal PLM” in Templates window and click on “Finish”. Section 2: Simulate the AI Engine graph using the Device Tree -- Check the corresponding Device tree changes for USB mode : Versal Linux USB Device Driver Examples. AXI Debug Hub AXI-Stream Versal ACAPs ILA VIO Debug Hub (32-bit) AXI-Stream (32-bit) AXI-MM (512-bit) Versal Debug Cores Use AXI-Streaming Infrastructure Familiar Debug IP Integrated Logic Analyzer (AXIS-ILA) Virtual Input/Output (AXIS-VIO) Memory Calibration Debug Interface New Debug IP PCI Express Link Debug Zynq UltraScale+ MPSoC and Versal Adaptive SoC PS + PMU simultaneous debugging To debug The PS and PMU simultaneously you need to boot up the Microblaze and ARM64 QEMU instances with the -gdb flag. 39K. Selects the debug logs level. Guidelines on debugging USB runtime failures. pdf In the above case, the "BOOT_MODE_USER" register can be modified from its original setting to that of the desired mode such as JTAG. If the script is not present, you must run the xilinx-versal-common-v2021. Right-click on “plm_system” folder and click on “Build Project” to build PLM and generate elf. We need to create a BIF file to generate Boot image. For more information, see the Control Interface and Processing System IP Product Guide . rst> Versal ACAP CIPS and NoC (DDR) IP Core Configuration <docs/2-cips-noc-ip-config. This mode is a slave to Ethernet/PCIe master while connecting to debug cores like ILA, VIO, Memory IP, and JTAG2AXI in the same chip In the above case, the "BOOT_MODE_USER" register can be modified from its original setting to that of the desired mode such as JTAG. Dynamic debug This page provides an overview of the functions and features available with the Versal Evaluation board System Controller (SC) function. Xilinx DRM KMS driver. 2 Oct 26 2020 - 22:59:15 [15. This Debugging Using the Vitis Software Platform: Introduces debugging features of the Xilinx Vitis software platform. Design Tools. The Vitis software platform translates each user interface action into a JTAG and HSDP based debugging for Versal DFX Designs . Lane is reversed and neither EP or RP can do lane reversal. elf. Dynamic debug Debug after relocation For debugging the U-Boot code after the relocation, the debug configuration provides an advanced options menu where relocation information can be set. We can use grep to find what file the object model The Versal Prime series is the foundation and the mid-range of the Versal platform, serving the broadest range of uses across multiple markets. These applications include 100G to 200G Device Tree -- Check the corresponding Device tree changes for USB mode : Versal Linux USB Device Driver Examples. rst> Debugging Using the Vitis Software Platform <docs/3-debugging. Setting up the toolchain. The SmartLynq+ Module is a high-speed debug and trace module, primarily targeting Versal Adaptive SoC. Dynamic debug The SmartLynq+ module tutorial video covers how to include a high-speed debug port in the Versal ACAP design and demonstrates the SmartLynq+ Module configuration and a Linux image downloading procedure. This Wiki augments this approach by directing NoC/DDR MC users to the relevant documents, tutorials, examples and blogs as their development progresses through the design processes. Debugging PCIe Issues using lspci and setpci; Was this article helpful? I will be targeting the VCK190 Xilinx Development board, however the steps will be the same for a custom Versal Board. plm_dbg_lvl. 2D Eye Scan support has been added for all integrated Memory Controller interfaces in Versal starting with Vivado 2021. Check hardware design. xlnx,cluster-mode = <1>; reg = <0x0 0xff9a0000 0x0 0x10000>; r5f_0 { compatible = "xilinx,r5f"; #address-cells = <0x2>; #size Because we will be using Vitis to launch/debug the R5 application ELF using JTAG on the target and Linux is already running on the target, we will encounter the CPU idle issue as described in (Xilinx Answer 69143). QDMA Subsystem for PCIExpress (IP/Driver) QDMA Conceptual The Xilinx PCI Express IP comes with the following integrated debugging features. https://github. General Debug Checklist; Issues and Debug Tips/Questions; Documents and Debug Collaterals; Useful Links; Versal Adaptive SoC CPM Example Designs AXI DMA Standalone application. rst> System Design Example The Versal devices used in the evaluation boards discussed in this page only expose their temperature via its SysMon remote monitor I2C interface. This chapter also lists debug configurations for Versal ACAP. General Debug Checklist; Issues and Debug Tips/Questions; Documents and Debug Collaterals; Useful Links; Versal Adaptive SoC CPM Example Designs The VCK190 is one of first released Xilinx Versal AI Core evaluation devices. Xilinx V4L2 driver. On Versal Adaptive SoC, the differences are: 2 ARM-A72 CPUs instead of 4 ARM-A53 CPUs. The examples on this page are done on the Zynq UltraScale+ MPSoC platform. Alternatively, user has always an option to build for the location of their choice by specifying the build flags ZYNQMP_ATF_MEM_BASE, ZYNQMP_ATF_MEM_SIZE while building. Vivado™ Design Suite: The EDA tool suite to create projects for the VPK120 board. JTAG Debugger; Enable In-System IBERT ; Descrambler in Gen3 Mode; Debugging Versal ACAP Integrated Block for PCIe Express link issues using in-built "PCIe Link Debug" feature. Section 2: Simulate the AI Engine graph using the x86simulator. Check the USB jumper settings -- Check the corresponding USB mode jumper settings : Versal Linux USB Device Driver Examples. Get the relocation offset from the running U-Boot command line using bdinfo tool, and set the offset in the advanced tabs according to that number. Versal™ adaptive compute acceleration platforms (ACAPs) combine Scalar Engines, Adaptable To do this, open the xplmi_config. 1; User Guides. The Prime series is a highly integrated, multicore, heterogeneous compute platform that Xilinx ARM Trusted Firmware implements the EL3 firmware layer for Xilinx Zynq UltraScale + MPSoC/Versal. You can set breakpoints or watchpoints to stop the processor, step through program On more complex systems, such as the Zynq UltraScale+ MPSoC or Versal Adaptive SoC, the output of info qtree can be very long. Section 1: Compile AI Engine code using the AI Engine compiler for x86simulator, viewing compilation results in Vitis™ Analyzer. Zynq™ UltraScale+™ MPSoC - Graphics Driver Stack - Mali 400. Debug running target The AMD Versal™ platform Control, Interfaces, and Processing System IP is the software interface around the Versal processing system. com/r/en-US/pg343-pcie-versal Device Tree -- Check the corresponding Device tree changes for USB mode : Versal Linux USB Device Driver Examples. Hear a quick review of this architecture and then focus on the tools and solutions for targeting these devices to achieve the shortest time-to-market. Review Versal ACAP PCB Design User Guide (UG863) and Versal ACAP Schematic Review Checklist (XTP546) https://docs. For the Versal DUT peripheral set, refer to the User Guide (UG) for the specific board you are working with. Versal™ Premium ACAP unlocks performance that GPUs can’t achieve 1: Memory bandwidth assumes largest Versal Premium device, all available block RAM and UltraRAM at their maximum rates, 72-bit dual-port configuration This bog covers the following debugging points which should be considered when OSPI flash Programming/Booting failure occurs. Acquiring the Tools. The Xilinx customized system debugger is derived from open-source tools and is integrated Chapter 15: Versal Serial I/O Hardware Debugging Flows Added clarification about Versal IBERT support. Enabling an XSDB connection to QEMU In the above case, the "BOOT_MODE_USER" register can be modified from its original setting to that of the desired mode such as JTAG. Section 3: Run software emulation using QEMU & x86 process. The SmartLynq+ Module delivers up to 28X The SC has a dedicated Ethernet, USB, and UART interface for user interaction, while the Versal DUT will have its own dedicated peripherals which will vary based on the Versal DUT and evaluation board. Versal™ Prime Series Optimized for Connectivity, Inline Acceleration, and Diverse Workloads The Versal Prime series is the foundational Versal adaptive SoC series, offering a diverse selection of devices with broad applicability across multiple markets. zynqmp-csu-core, is the object model name that QEMU uses. 1 - Versal Adaptive SoC CPM5 QDMA Simulation Example Design. The PLM architecture is discussed in UG1304 [https://www. xlnx,cluster-mode = <1>; reg = <0x0 0xff9a0000 0x0 0x10000>; r5f_0 { compatible = "xilinx,r5f"; #address-cells = <0x2>; #size Versal is Xilinx’s new Adaptive Compute Acceleration Platform (ACAP) based on TSMC’s 7nm process. To do this, open the xplmi_config. The Platform Management Controller (PMC) in Versal has two Platform Processing Units (PPUs) to run Boot ROM and PLM respectively. PNG In this blog we shall be creating the PLM in Vitis Xilinx System Debugger¶ The Xilinx System Debugger uses the Xilinx hw_server as the underlying debug engine. For the trace capture, SmartLynq+ module is capable of speeds up to 10Gb/s via its high-speed debug port (HSDP), that's 100 times faster than standard JTAG. Versal ACAP Integrated Block for PCI Express IP Example Design Generate the Versal ACAP Integrated Block for PCI Express IP by configuring the required IP parameters in the core configuration GUI. (Mar 29 2023 - 13:08:40 +0000) CPU: Versal Silicon: v2 Chip: v2 Model: Xilinx Versal The JTAG interface can also be used for status registers reads and advanced device debug options. AXI DMA Standalone application. Embedded IOBs inside the Reconfigurable Partition . System Performance Analysis; Versal Dhrystone Benchmark; All Releases. QDMA Subsystem for PCIExpress (IP/Driver) QDMA Conceptual Topics; QDMA Debug Topics; PCIe Debug (General) PCIe Collaterals; PCIe Common Issues; PCIe General Debug Techniques; Link Training Issue; Simulation Issue; Interrupt Issue; Versal ACAP. For example, customize the IP in the 'Advanced IO Wizard' and set the configuration to a 'Source Synchronous' application and Bidirectional (Bidir+ Tx +Rx) bus direction with Single strobe mode in the basic tab and check the 'Enable Debug Ports' option in the AMD-Xilinx Versal ACAP VCK190 Instructions below show how to run OP-TEE on the VCK190 development board. com/r/en-US/ug863 Description. The SC is an independent MPSoC based subsystem included on the Versal evaluation boards meant to aid users in the evaluation of the Versal device under test (DUT). All images and documentation, including all debug and support documentation, are licensed Versal™ Prime Series Optimized for Connectivity, Inline Acceleration, and Diverse Workloads The Versal Prime series is the foundational Versal adaptive SoC series, offering a diverse selection of devices with broad applicability across multiple markets. A 2D Eye Scan is useful for checking the health of each byte lane and provides a graphical way to compare them, enabling a quick method to look for any layout or board issues. It drastically improves configuration and trace speed. bare-metal applications (For APU/RPU), and the Linux Operating System for a Versal® ACAP. This feature does not require any design changes, and is automatically included This tutorial demonstrates how you can use the Vivado logic simulator (XSIM) waveform GUI, and the Vitis analyzer to debug and analyze your design for a Versal® ACAP. Users can see previous blogs in this series here: A Brief Overview of the Versal Boot files; How to debug the Versal PLM in Vitis ; The Hardware Design: The JTAG interface can also be used for status registers reads and advanced device debug options. It gives an introduction to setting up the Wizard and some insights into running a simulation. UltraScale+ Devices Integrated Block for PCIExpress; XDMA/Bridge Subsystem. Details of the Versal ACAP can be found in the Versal Technical Reference Manual . This QTV explains all the hardware and software components along with the required steps for adding XVC capability to PCIe designs. 258703]Platform Version: v2. The platform only uses the runtime part of ATF(EL3 firmware) as ZynqMP already has a BootROM (BL1) and FSBL (BL2). The Prime series is a highly integrated, multicore, heterogeneous compute platform that The Xilinx® Alveo® Versal® ACAP VCK5000 Data Center Development Kit is the industry’s first heterogeneous compute platform. I assume you are trying to tell the system NOT to debug the aiengine code. Debugger (using core debugger) Base Platform Application Performance & Partitioning Constraints Binaries & Bitstream Existing Modified New Targets SDK Emulation RTL Simulation Hardware Vivado HLS. Device Tree -- Check the corresponding Device tree changes for USB mode : Versal Linux USB Device Driver Examples. The output of this signal indicates the states of Command Register bits in the PCI Configuration Space of each function: I/O Space Enable, Memory Space Enable, Bus Master Tutorial Overview¶. plm_perf_en. Versal ACAP Integrated Block for PCI Express IP Example Design This bog covers the following debugging points which should be considered when OSPI flash Programming/Booting failure occurs. It steps through Xilinx has organized Versal documentation around design processes to help users find content based on specific design needs. Versal Portfolio; SoC Portfolio; FPGA Portfolio; Cost-Optimized Portfolio; The Xilinx PCI Express IP comes with the following integrated debugging features. Debugging Using the Vitis Software Platform: Introduces debugging features of the Xilinx Vitis software platform. Yes I was talking about the package. 3V or 2. Boot image can be generated using BootGen command. This tutorial demonstrates a debug methodology for DFX designs in Versal using JTAG and HSDP. The same approach could be used for debugging any other Xilinx PCI Express IP cores or any designs. Level1. No records found. This chapter uses the previous design and runs the software on bare metal (without an OS) to show the debugging features of the Vitis IDE. This blog entry walks you through the design creation steps below: Building a Versal based IP Integrator design in Vivado; Creating the device image; Building platform and system projects in Vitis; Running and debugging the applications on the VCK190 evaluation board Versal platform provides essential infrastructure services (CIPS, NoC, I/Os, OS, Drivers) Platform insulates developers from low-level details; lets them focus on application development (SW, PL or AIE) All Versal Adaptive SoC designs require the CIPS IP as it contains the PMC used to boot the device. The Xilinx® Alveo® Versal® ACAP VCK5000 Data Center Development Kit is the industry’s first heterogeneous compute platform. The output of this signal indicates the states of Command Register bits in the PCI Configuration Space of each function: I/O Space Enable, Memory Space Enable, Bus Master Debug Gotchas; Documents and Debug Collaterals; Useful Links; Specific Issues; UltraScale+. Selects between release and debug modes (PLM errors lead to SRST for former and system hang for latter) Release. Designing with NoC and DDRMC is new to Versal Adaptive SoC and different from previous Xilinx device families. BAR is too big or wrong type – Host run out of contiguous memory space These steps will create and build PLM. The Versal example design will show how to run AXI DMA standalone application example on VCK190 and intended to demonstrate the AXI DMA standalone driver which is available as part of the Xilinx Vivado and Vitis. Advanced Flow for Place-and-Route of All Versal™ Devices. It is an executable that runs on an x86 Linux or Windows operating systems. Lab Edition requires no certificate or activation license key. The Advanced IO Wizard must be used for the XPHY primitives in Versal (assuming you are not using the Hard or Soft Memory Controller). 0, PS: v2. 145287]Xilinx Versal Platform Loader and Manager [10. This tutorial demonstrates how you can use the Vivado logic simulator (XSIM) waveform GUI, and the Vitis analyzer to debug and analyze your design for a Versal® ACAP. https://www. PPU has 384 KB of PPU RAM and 128 KB of PMC RAM. 1 directory. 899621 . Set up your ROOTFS, and IMAGE to point to the xilinx-versal-common-v2021. You can use any of the work-around methods described in the Answer Record to resolve this issue. The SmartLynq+ modules provide up to 28X faster Linux download time via high-speed debug port (HSDP) and Versal ACAP Integrated Block for PCI Express; UltraScale+. This cable delivers: Up to 40Mbps General Debug Checklist¶. General Debug Checklist ; Issues and Debug Tips/Questions; Documents and Debug Collaterals; Useful Links; Versal Adaptive SoC CPM Example Designs; Versal> sf probe 0 0 0 SF: Detected mt35xu02g with page size 256 Bytes, erase size 128 KiB, total 256 MiB Versal> sf erase 0x0 0x400000 SF: 4194304 bytes @ 0x0 Erased: OK Versal> sf write 100000 0 1C6000 device 0 offset 0x0, size 0x1c6000 SF: 1859584 bytes @ 0x0 Written: OK Versal> But, with DEBUG flag set to 1, it can't fit in OCM, so by default with DEBUG=1, it builds for DDR location 0x1000 with build flag DEBUG=1 mentioned while building. The SmartLynq+ modules provide up to 28X faster Linux download time via high-speed debug port (HSDP) and AXI Debug Hub AXI-Stream Versal ACAPs ILA VIO Debug Hub (32-bit) AXI-Stream (32-bit) AXI-MM (512-bit) Versal Debug Cores Use AXI-Streaming Infrastructure Familiar Debug IP Integrated Logic Analyzer (AXIS-ILA) Virtual Input/Output (AXIS-VIO) Memory Calibration Debug Interface New Debug IP PCI Express Link Debug Versal™ Premium ACAP unlocks performance that GPUs can’t achieve 1: Memory bandwidth assumes largest Versal Premium device, all available block RAM and UltraRAM at their maximum rates, 72-bit dual-port configuration We will start debugging by determining the NoC NMU base address for the NoC site in the implementation by following 000035076 - Versal NoC: What are the NPI The AXI Debug Hub IP has dedicated AXI master and slave interfaces to connect to slave debug cores and NoC in Versal adaptive SoC devices. Versal Adaptive SoC Integrated Block for PCI Express LogiCORE IP Product Guide. All images and documentation, including all debug and support documentation, are licensed Trending Articles. 5V, a race condition can exist between data and tristate when using a tristate is a Design Advisory for Versal ACAPs which details the MIO and HDIO requirements For an overview of creating a design with GT IP, see the Xilinx IP - GT Quad Integration section in the Versal ACAP Transceivers Wizard LogiCORE IP Product Guide . (Mar 29 2023 - 13:08:40 +0000) CPU: Versal Silicon: v2 Chip: v2 Model: Xilinx Versal vck190 Eval board revA DRAM: 2 GiB (effective 16 GiB) EL Level: EL2 Core: 44 devices, 22 uclasses, devicetree: board MMC: mmc Versal employs adaptable heterogeneous system architecture –New SW programmable AI Engine for diverse compute acceleration workloads Xilinx first 7nm device: Versal AI Core VC1902 The CPM4 register read and write can be done using the XSDB (Xilinx System Debugger). The below screen capture shows how to invoke the XSDB and connect to a Versal device. To work around the issue you need to manually connect to the nets inside the Advanced IO Wizard. 5) December 16, 2022 Xilinx is creating an environment where employees, customers, and partners feel welcome and included. URL. PCIe Debug (General) PCIe Collaterals; PCIe Common Issues; PCIe General Debug Techniques; Link Training Issue; Simulation Issue; Interrupt Issue; Versal ACAP. sh. For finding the module, the only part we care about is the line that says dev:. The Versal Adaptive SoC Register Reference contains more information on how to set this. I am trying to understand your comments about the debug_aie option. . QDMA Subsystem for PCIExpress (IP/Driver) QDMA Conceptual Introduction¶. Versal ACAP Prime Series Product Selection Guide. com/support/documentation/selection-guides/versal-prime-product-selection-guide. Dynamic debug AMD / Xilinx SmartLynq+ Module is intended for high-speed debug and trace, primarily targeting designs using the Versal™ platform. It steps through 76889 - Versal HDIO/MIO: When powered at 3. GT and REFCLK Pin Planning Unlike in UltraScale+, the Versal GT Wizard AXI DMA Standalone application. I n t r o d u c t i o n t o V e r s a l A C A P. 1/sdk. QEMU (Quick EMUlator) is an open-source, cross-platform, system emulator. With Virtual Cable (XVC) Solution – Three modes are supported:. Enables (if enabled in hardware design too) or disables debug prints from UART (log to memory done irrespectively) True. 1) April 26, 2022 See all versions of this document Xilinx is creating an environment where employees, customers, and Versal ACAP CIPS and NoC (DDR) IP Core Configuration¶ The Versal® ACAP CIPS IP core allows you to configure the processing system and the PMC block, including boot mode, peripherals, clocks, interfaces, and interrupts, among The SmartLynq+ module is built for high-speed debug and trace, primarily targeting designs using Versal™ platform. This chapter discusses the following topics: System software: PLM, Trusted firmware-A (TF-A), U-Boot. Automatic partition-based placement and parallel P&R; Reduces congestion and improves routability for fast design closure; It provides for programming and logic/serial IO debug of all Vivado supported devices. toctree:: :maxdepth: 3 :caption: Versal Adaptive SoC Embedded Design Tutorial :hidden: Getting Started <docs/1-getting-started. Section 1: Compile AI Engine code using the AI Engine compiler, viewing compilation results in Vitis Analyzer. com/support/documentation/sw_manuals/xilinx2020_1/ug1304 In this blog entry we will discuss how we can debug the Versal™ boot images such as the ATF, U-boot (pre and post relocation) in Vitis™. We already have PLM elf with us. h, and uncomment the PLM_DEBUG_INFO #define add_debug. 1. Xilinx Zynq UltraScale+ MPSoC Video Codec Unit Linux Versal Sysmon Driver. For the Versal SysMon remote monitor to be active a device configuration file or "PDI" must be loaded to the Versal DUT with it enabling and configuring the I2C interface in the manner expected by SC. This page describes how to set up and run the libmetal demo on the Versal Platform, in order to demonstrate the communication between a user-space application running on A72 and bare-metal application running on R5. AM012 provides different sets of registers depending on whether you are using PCIE Controller 0 or PCIE Controller 1. Vivado Design Suite User Guide Programming and Debugging UG908 (v2022. User selectable mode From_AXI_to_BSCAN is used to add a Debug Bridge instance in the design with an Ethernet/PCIe master. Chapter 1. Below is an example of changing the register value to JTAG before starting the configuration and debugging sequence. Users can see previous blogs in this series here: A Brief Overview of the Versal Boot files; How to debug the Versal PLM in Vitis ; The Hardware Design: Unable to retain L0, going to recovery. Differences Between Zynq UltraScale+ MPSoC and Versal Adaptive SoC. PNG Add this custom Library to the Vitis Repository (Xilinx -> Repository): add_repo. Xilinx ARM Trusted Firmware implements the EL3 firmware layer for Xilinx Zynq UltraScale + MPSoC/Versal. USB driver logs. It steps AXI DMA Standalone application. xilinx. Table of Contents The Vitis debugger enables you to see what is happening to a program while it executes. Tutorial Overview¶. Documentation & Debugging Resources; Versal CPM4 PCIe Root Port Design (Linux) Hardware Design Creation; Petalinux Image Generation; Device Tree Structure; ECAM Mapping and Addressing; Tactical Patch Requirement; System Testability and Setup; Supporting Documentation; Debugging The SmartLynq+ Module is a high-speed debug and trace module, primarily targeting Versal Adaptive SoC. PLM elf can be found at plm/Debug/plm. XSDB is bundled with Vitis and can be downloaded here. This chapter demonstrates how to build a Versal®-based system that utilizes the SmartLynq+ module and the High-Speed Debug Port (HSDP). Ensure Versal DC and AC data sheet interface specs are met for the mode ***** [6. PLM runs on the PPU Microblaze in PMC. The SmartLynq+ module is built for high-speed debug and trace, primarily targeting designs using Versal™ platform. Vitis Embedded Software Debugging Guide (UG1515) 2021. g. Number of Views 6. Xilinx Versal (7nm) WP506: “Xilinx AI Engines and Their Applications. PNG In this blog we shall be creating the PLM in Vitis Versal ACAP CPM5 Simulation Example Design¶. 701568]Release 2020. DMA/Bridge Subsystem for PCI Express (XDMA IP/Driver) DMA/Bridge Subsystem for PCI Express (Bridge IP Endpoint) QDMA. This would create PLM application with “plm_system” name along with the BSP. Getting Started with NoC/DDRMC . Key Features and Benefits. The goal is to be able to build a VCK190 design (QSPI dual Parallel) to reproduce the boot times outlined in the boot time estimator spreadsheet I will be targeting the VCK190 Xilinx Development board, however the steps will be the same for a custom Versal Board. Incorrect Pinouts – Clock, GTs, Reset. 75764 - Versal Adaptive SOC Programmable Network on Chip and Integrated Memory Controller - IP Release Notes and Known Issues. 42368 - Virtex-5 Integrated PCI Express Block Plus Debugging Using the Vitis Software Platform: Introduces debugging features of the Xilinx Vitis software platform. Generating Boot Image. 2/ced/Xilinx/IPI AXI DMA Standalone application. plm_mode. The Versal family consists of a system-on-chip (SoC) style integrated processing system (PS) and a programmable logic (PL) unit, NoC, and AI Engine providing an extensible and flexible SoC solution on a single die. Also, please refer to UG1283 for more details on this. 899621 Debug Bridge BSCAN XSDB XSDB Previous Xilinx Architectures •Proprietary XSDB interface •Inflexible Debug Hub DPC ILA VIO JTAG or HSDP AXIS NoC or AXI-I/C AXI Debug Hub AXI-Stream ILA VIO Debug Hub (32-bit) AXI-Stream (32-bit) AXI-MM (512-bit) Versal ACAPs •AXI-Streaming Interface •Debug Cores Connect using DPC AXI DMA Standalone application. https://docs. Node-locked and device-locked to the Versal™ Premium XCVP1202 device, with one year of updates. The goal is to be able to build a VCK190 design (QSPI dual Parallel) to reproduce the boot times outlined in the boot time estimator spreadsheet Debugging. Versal ACAP CPM Mode for PCI Express. 42368 - Virtex-5 Integrated PCI Express Block Plus The AMD Versal™ platform Control, Interfaces, and Processing System IP is the software interface around the Versal processing system. Enables or disables boot time Contact Xilinx Technical Support if the desired device is not listed. Users can see previous blogs in this series here: A Brief Overview of the Versal Boot files; How to debug the Versal PLM in Vitis ; The Hardware Design: AXI Debug Hub AXI-Stream Versal ACAPs ILA VIO Debug Hub (32-bit) AXI-Stream (32-bit) AXI-MM (512-bit) Versal Debug Cores Use AXI-Streaming Infrastructure Familiar Debug IP Integrated Logic Analyzer (AXIS-ILA) Virtual Input/Output (AXIS-VIO) Memory Calibration Debug Interface New Debug IP PCI Express Link Debug HI @chris4 (Member) . Supported boards This makefile supports the VCK190 but also supports the VMK180 development board as well. Artix UltraScale+ Configuration Memory Devices Configuration memory support System Design Example for High-Speed Debug Port (HSDP) with SmartLynq+ Module: Describes building a system on Versal ACAP that utilizes the High-Speed Debug Port (HSDP). Debug Bridge BSCAN XSDB XSDB Previous Xilinx Architectures •Proprietary XSDB interface •Inflexible Debug Hub DPC ILA VIO JTAG or HSDP AXIS NoC or AXI-I/C AXI Debug Hub AXI-Stream ILA VIO Debug Hub (32-bit) AXI-Stream (32-bit) AXI-MM (512-bit) Versal ACAPs •AXI-Streaming Interface •Debug Cores Connect using DPC Xilinx DNN Compiler Future Alveo Accelerator Cards Powered by Versal with AI Engine Xilinx AI Inference Domain Specific Architecture Alveo U200 / U250 2 1 3 User works in Framework of choice • Develop & train custom network • User provides trained model Xilinx DNN Compiler implements network • Targets AI Inference Domain Specific Architecture I will be targeting the VCK190 Xilinx Development board, however the steps will be the same for a custom Versal Board. Support for connectition to up to 64 debug cores; Configurable parameters for master interface connectivity; The Platform Management Controller (PMC) in Versal has two Platform Processing Units (PPUs) to run Boot ROM and PLM respectively. 0 PMC: v2. Fundamentally, this debug protocol defines how AXI Debug Gotchas¶. SmartLynq is a high performance JTAG cable for high-speed FPGA and flash programming, hardware and software debug, and performance analysis. Debug Gotchas¶. The value to the right of dev:, e. Vitis™ Unified Software Xilinx ARM Trusted Firmware implements the EL3 firmware layer for Xilinx Zynq UltraScale + MPSoC/Versal. ujhfl aubllg ntxra mukgcnglh klyu gptb mtwdbcn uhc xnzq xtbgt