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These connections would not be used in the mission mode of the board but would allow you to use XJFlash to perform fast flash programming. If your design contains an FPGA but the flash is not connected in any of the configurations described, it may be possible to use spare pins on the FPGA to establish connections to the flash. No connections – YES (with design changes)
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The flash is connected to the FPGA in one of the modes described above but these connections are shared with another device (such as a processor). There is another configurable device, such as a CPLD between the flash and the FPGA.Some of the address signals are shared with the data signals and connected via a latch.The flash is connected to the FPGA via a buffer.The flash is directly connected to the FPGA. These connections can be direct, indirect, dedicated or shared: Direct connections – YES This can be a configuration PROM, or a flash device connected to any general purpose I/O pin. In order to use XJFlash all of the data, address and control signals on the flash device(s) must be connected to an FPGA on the target board. Providing the protocol signals are available on a header on that board, it should be possible to use XJFlash to achieve fast programming as part of an XJTAG solution. The required connections do not need to come from an FPGA on the target board. XJFlash can also be used for standalone programming requirements including direct access to I☬ and SPI busses or custom protocols such as Microchips ICSP. It doesn’t matter whether you need to program a single flash memory device, or multiple devices that are connected in series, to expand the address space, or in parallel, to make a wider data bus, you can use XJFlash to speed up your programming operations. All XJFlash programming can be run as part of an XJRunner boundary scan test project. XJFlash is fully compatible with the rest of the XJTAG development system.
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#Intel flash programming tool download free#
Free versions are sufficient for many devices. *A licensed version of the relevant FPGA manufacturer’s tools will be required during the configuration of XJFlash. XJFlash support all SPI modes (single-bit, dual, quad, QSPI, and octal) as well as parallel NOR flash devices. If your flash memory is connected to an FPGA from Intel (Altera), Xilinx, Microsemi or Lattice, XJFlash uses the FPGA’s standard JTAG port to offer an in-circuit programming alternative to a SPI programmer or parallel flash programmer. XJFlash automatically generates a custom design for each FPGA/flash combination, allowing you to achieve the best programming times, whilst not requiring you to do any FPGA development.* The functional capabilities of the FPGA are harnessed to provide the fastest possible programming speeds. XJFlash allows you to automatically generate customised programming solutions for the flash memory devices connected to FPGAs and FPGA SoCs (such as Xilinx Zynq ® and Intel Cyclone ® V) on your board.
#Intel flash programming tool download driver#
Warning: The driver descriptor says the physical block size is 2048 bytes, but Linux says it is 512 bytes.Īll these warnings are safe to ignore, and your drive should be able to boot without any problems. Try making a fresh table, and using Parted's rescue feature to recover partitions. Is this a GPT partition table? Both the primary and backup GPT tables are corrupt. Or perhaps you deleted the GPT table, and are now using an msdos partition table. Perhaps it was corrupted - possibly by a program that doesn't understand GPT partition tables. However, it does not have a valid fake msdos partition table, as it should. dev/xxx contains GPT signatures, indicating that it has a GPT table. Ubuntu images (and potentially some other related GNU/Linux distributions) have a peculiar format that allows the image to boot without any further modification from both CDs and USB drives.Ī consequence of this enhancement is that some programs, like parted get confused about the drive's format and partition table, printing warnings such as: