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- #ALTIUM DESIGNER 16 ICON FILE SERIAL#
- #ALTIUM DESIGNER 16 ICON FILE VERIFICATION#
- #ALTIUM DESIGNER 16 ICON FILE CODE#
- #ALTIUM DESIGNER 16 ICON FILE DOWNLOAD#
When using Xilinx FPGA devices, the programming file used will be different for JTAG programming and Slave-Serial programming.
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#ALTIUM DESIGNER 16 ICON FILE DOWNLOAD#
The Choose FPGA Programming File For Download dialog will appear. button to the right of the File Name field. From the Download region of the Flash RAM Controller For FPGA Boot dialog, press the. Once the Flash memory has been erased, the programming file can be downloaded.
#ALTIUM DESIGNER 16 ICON FILE VERIFICATION#
The verification process will take approximately sixty seconds, after which time you will receive another confirmation dialog (Figure 5).įigure 5. To verify that the device has been successfully erased, press the Blank Check button. Erasure time is typically less than a second, after which time you will receive a dialog to confirm completion of the erase (Figure 4).
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Simply use the available drop-down to select the sector you wish to erase (or enter the sector number directly) and then click the Erase Sector button. Therefore each sector is 65536 bytes or 512Kbits. Each sector contains 256 pages, and each page is 256 bytes wide. Each M25P80 device is organized into 16 sectors. The erasing process will take approximately five to eight seconds, after which a confirmation dialog will appear (Figure 3).Ĭontrols are also available for erasing a particular sector of memory. To erase the entire 8Mbit of Flash memory, press the Erase Entire Device button, in the Erase region of the Flash RAM Controller For FPGA Boot dialog. Erasing the Flash memoryīefore loading the required programming file into the Flash memory device, the memory must first be cleared. If this is not the case, try to manually interrogate the communications link by pressing the Read Electronic Signature button.
#ALTIUM DESIGNER 16 ICON FILE SERIAL#
If communications are successful, upon accessing the dialog a value of $13 will be entered into the far right field and the confirmatory message "Device Found: M25P80 (8M-Bit Serial Flash RAM)" will be displayed.
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The Device ID region of the dialog reflects the communications link between the NanoTalk Controller and the Flash memory device. Accessing controls for the FPGA Boot Flash memory. Click on the FPGA Boot Flash button to access the dialog (Figure 2).įigure 2. The Instrument Rack - NanoBoard Controllers panel will appear. From the Devices view ( View » Devices View), simply double-click on the icon for the NanoBoard (in the NanoBoard Controllers chain) whose FPGA Boot Flash memory you wish to load. The Flash RAM Controller For FPGA Boot dialog is accessed directly from the instrument panel for the NB2DSK01's NanoTalk Controller. Access to and use of this dialog, is detailed in the following sections. The procedure for loading an FPGA programming file into the Flash memory can be carried out at any time – with or without an FPGA project open and irrespective of whether a design is currently programmed into the target FPGA device (on the daughter board).Ĭontrols for downloading to, and erasing, the Flash memory, can be found in the Flash RAM Controller For FPGA Boot dialog. Once the NB2DSK01's power is cycled, the FPGA programming file stored in the SPI Flash memory will be downloaded to the daughter board FPGA. To boot using a design stored in serial Flash memory, simply use the GUI to select the Serial Flash option and ensure that the FPGA programming file for the design is loaded into the M25P80 SPI Flash memory device that is used for boot purposes (designated U21 on the motherboard). Any HEX file referenced will be downloaded to the M25P80 SPI Flash memory device that is solely used for embedded storage purposes (designated U20 on the motherboard). The FPGA programming file referenced in the EXAMPLE file will be downloaded to the daughter board FPGA. This will also depend on the file structure in-place on the card. Once the NB2DSK01's power is cycled, the first EXAMPLE file found will be used (EXAMPLE files are sorted alphabetically). For more information on EXAMPLE files, see Downloading Example Designs Stored on an SD Card.
#ALTIUM DESIGNER 16 ICON FILE CODE#
The required FPGA programming file and HEX file (for the code if applicable) must reside on the card, and be pointed to by an associated EXAMPLE file ( *.example), also on the card, and in the same location.