• Content Count

  • Joined

  • Last visited

  • Days Won


Everything posted by JColvin

  1. JColvin

    Arty S7 with Simulink

    Hi @xinx_92, Those of us here at Digilent haven't worked with the MATLAB/Simulink integration so we don't have a direct help or advice for you. Based on this page from the Mathworks website in the "Supported FPGA Devices for FPGA Verification" section, it looks like only the Arty S7-25T version has some premade material (with regards to Digilent's Spartan 7 boards). As zygot already mentioned though; Mathworks and Xilinx support and reference materials will be the best resource for you in your endeavor. Thank you, JColvin
  2. Hi @josina, Those of us here at Digilent have not developed any of the Cortex cores with the Digilent boards; any work that exists has been done by Xilinx and ARM. Additionally, I do not think the Cortex M0 has been implemented on an Artix 7, or at least this publication from Xilinx only shows the Cortex M1 and Cortex M3 has been implemented on Digilent boards. I did find some materials working with the Arm M1 and M3 here and here that I would recommend taking a look at. Otherwise, I would recommend asking on the Xilinx forum how you might get the Cortex M0 implemented on an Artix 7 chip. Thanks, JColvin
  3. Hi @satvik, I responded to your other thread here. Thanks, JColvin
  4. Hi @satvik, I apologize for the delay. The reason the Cora Z7-07s is not present in Vivado 2015.4 and 2016.1 is because Xilinx had not added those parts to their software. From what I know, the XC7Z007S chip (the SoC present on the Cora board) was not added to the Vivado WebPACK version until 2016.3. Otherwise, if you are looking to follow Digilent made examples for the Cora Z7-07s, I would recommend using Vivado 2017.4 or 2018.2 as those are the versions of Vivado that we have made examples for the Cora Z7, which you can find in the Cora Z7's Resource Center. Thanks, JColvin
  5. Hi @Nacho Lopez, Did you follow the Arty S7 XADC demo tutorial that we have available here: https://reference.digilentinc.com/learn/programmable-logic/tutorials/arty-s7-xadc-demo/start? I ran through the project in 2018.2 (I used the 25T variant) and was able to successfully able to get the bitstream generated with no errors. Thanks, JColvin
  6. Thanks for sharing what you found! I'll be sure to refer others to this in the future. Thanks, JColvin
  7. Hi @Tim S., I asked about this and learned that the 512-bit version was originally planned, but never sold. The N25Q bit that was listed on the reference manual became EOL in February 2018 The current part for this board is a MT25QL256ABA8ESF, though distributors may have the other flash chip. I took a look at the two datasheets for the different chips, but based on the serial number you provided I'm not able to determine which chip variant you have. Please let me know if you have any questions about this. Thanks, JColvin
  8. Hi @elodg, I know you're a lot more familiar with the physical and electrical aspects of the MIPI CSI-2 interface; could you clarify with more accuracy than I can provide about the physical layer? Thanks, JColvin
  9. Hi @timseverance77, I'm not sure which board you are using, but did you look at the tutorial Jon linked here as well as this tutorial here? Thanks, JColvin
  10. JColvin

    DMC60c CAN Bus

    Hi @opethmc, The engineer who wrote the firmware is out of the office until next week; we will be able to let you know then if that is something that can be readily done. Thanks, JColvin
  11. Hi @tcmichals, I have passed your request on to our hardware team; I know there others on the forum that would like like some LVDS headers as well. Thanks, JColvin
  12. Hi @Joao Fragoso, I apologize for the confusion. The XADC pins are on bank 35 like the MIPI pins, but as per the Xilinx user guide for the XADC; they are only able to handle an input range of 0V to 1V (or -0.5 to 0.5V if you are in bipolar mode), so they are not able to handle the 2.5V LVDS logic. Additionally, to use the MIPI CSI-2 interface, the D-PHY physical layer is needed (as detailed in the Pcam reference manual and the XAPP894 from Xilinx). Since the Zynq 7020 chip (presuming you are looking at the Digilent made Zybo Z7-20) does not natively support the physical layer, though Ultrascale chips do support it natively. Because of this, the circuitry needed to be externally added in both the Pcam add-on board and on the Zybo Z7 itself (shown in more detail on page 2 of the Zybo Z7 schematic). Let me know if you have any questions about this. Thanks, JColvin
  13. Hi @josejose, It looks likes there are responses to your other thread here. Thanks, JColvin
  14. Hi @josejose, The only example that we have that controls a board remotely uses the Pmod Wifi with a YouTube video and a thread on it here. However, this uses WiFi which you stated you would not be able to use. Some sort of bluetooth control would be the next choice (though you have to be within range to connect to the board), but we do not have an example for that. As both Dan and zygot have pointed out though, it will not be the easiest endeavor depending on your end goal. Thanks, JColvin
  15. JColvin

    Offline Installer

    Hi @mattk, I'm a little uncertain of what you mean in this situation; you can download Adept 2 from it's Resource Center, https://reference.digilentinc.com/reference/software/adept/start, which downloads the executable (or equivalent if not on Windows) to install it. From that point, it is my understanding that no further internet access would be needed. Is this not what you needed? Thanks, JColvin
  16. Hello, Unfortunately yes, to use the Digilent made demo, you would need the license or the free trial of the TEMAC IP from Xilinx; this is stated both in the reference manual and the tutorial for the Microblaze servers. We do not currently have an alternate demo that gets around this limitation. Thank you, JColvin
  17. Hi @Joao Fragoso, We do not have a tutorial for this; the Pmod ports (at least for Digilent made boards) are tied to 3.3V logic so a normal Pmod port would not work for this. There are a couple of threads that discuss the hardware requirements here and here, with the takeaway being that you will need the LVDS capability (which at least the dedicated XADCs on the Digilent boards do not do). So it may be possible, but not likely and not straightforward to do. Thanks, JColvin
  18. Hi @TomF, I apologize for the delay. We don't have any specific advice for you regarding merging these two Xilinx made demos; as you have found and as this particular forum user on the Xilinx forums found, changing the order in which the interrupts are initialized can help things (though why this is the case I am uncertain of since all interrupts should be disabled while you are specifically enabling interrupts...). Xilinx will be better able to address this for you. Thanks, JColvin
  19. Hi @wooky, I apologize for the delay. Those of us at Digilent have not specificially looked into the compatibility of the FMC Pcam Adapter with the ZCU106. I would recommend reading the compatibility sections within the FMC Pcam Adapter Reference Manual, https://reference.digilentinc.com/reference/add-ons/fmc-pcam-adapter/reference-manual#carrier_card_compatibility, to see if the ZCU106 has been designed to meet it's specific needs or not. It may be possible to port the demo design, though the material we have was designed fairly specifically to the compatible Digilent boards (Zybo Z7) at least for the single Pcam demo (I haven't gotten to look into what is available for the FMC Pcam demo) as well as one of the IP's used being tied to specific versions of Vivado and SDK, so it would not be trivial. Thanks, JColvin
  20. Hi @Lina, I apologize for the delay. Digilent does not have any materials using an MX7 based board with FreeRTOS. It seems that MPLAB Harmony from Microchip has some material (such as the one here), though they all use an Ethernet starter kit, and I'm not certain how easily that could be adapted to the already included Ethernet hardware. Thanks, JColvin
  21. Hello, We (Digilent) do not have any formal examples or materials to be use Ethernet in RTL; we have some material that uses the Ethernet with Microblaze for a different Artix chip here that you could reference, though it will not be quite so straightforward to convert into RTL. Taking one of zygot's statements out of context, there are a lot more fine-grained details to worry about. Thanks, JColvin
  22. Hi @Spitzer, I learned for certain that Digilent did not get a hand in developing this new kit (hence the lack of Digilent's icon on the new kit). Could you let me know which chips had reverse or changed pinouts so I can get that updated on the store page and the Digilent Wiki? I will also work on getting a new kit tracked down so we can make note of any other changes that have occurred in detail. Thanks, JColvin
  23. Hi @Bill_H, I'm not sure which datasheet you happened to look at, but did you look at the one that we have in the Additional Resources section of the Pcam 5C Resource Center (link)? I'm not certain what you are referring to with regards for "the linux driver" but our demo application does not use a linux system. Thanks, JColvin
  24. Hi @rgc, Digilent does not have any formal tool to load a flash program onto a Cmod A7, nor does Xilinx as far as I am aware. If you are looking to program a Cmod A7 with a .bin file for flash, you will need to use one of the alternate solutions listed by our two community members above. If you just need to load a volatile .bit file though, you could use Digilent's Adept software to load it to the Cmod A7. Thanks, JColvin
  25. Hi @aadgl, I apologize for the delay. I have reached out to another engineer about this; I also received the same errors, but I'm uncertain of the way to correct this. Thanks, JColvin