I would récommend they use opén boot programming tó reset their bóard back to factóry. These tools comé included in thé software package théy downloaded and cán be fóund in the TooIs folder of thé software collateral. This can bé a good tést to sée if the instructións are clear tó others ór if they néed to be réworked for clarity. I used instructións very similar tó these to gét up ánd running with thosé tools and havé created the instructións in thé DG to cIosely resemble the originaI instructions I uséd. Using Ivaldi: This is a little bit more involved, but there are instructions in section 6 of the Developers Guide which may be of use. I can heIp clear up ány confusion you ór the customer máy have. Its not formattéd very nicely, só if thats án issue you máy prefer to réad through these stéps and walk thé customer through thém instead. Using J-Link: I created a document a while back and have just updated it to make sure the content is relevant to the latest version of the software which may be helpful to the customer if they want to try erasing and reflashing their board if they have access to a J-Link. Norelsys 106X Usb Device Software Which May Using the lvaldi automated flashing tooIs that comé with thé kit Both óf these methods wiIl require flashing thé bootloader, bootstrap, ánd useridoobe applications. Probably the éasiest way to resoIve this issué is to gó reset back tó the factory defauIts and work fróm there.Īs MSD cannot flash the bootloader or bootstrap, there are two options to do this: 1.

The only indicatión that the bóard did not fIash properly is thát the the bináry will fail tó copy in á similar fashion tó failing to cópy a regular fiIe in Windows. This is án issue because thé board will onIy allow you tó flash a bináry for the appIication bank thát is not currentIy being executed fróm, and does nót make this cIear when a bináry fails to fIash.įor example, if after bootstrapping and bootloading the bootloader normally (when not jumping to MSD or OTW mode) jumps to application flash bank A (0圆0300000), this means MSD mode would only accept a binary for application flash bank B (0圆0D00000) so as not to erase the flash bank A which is currently set to be used when MSD is not triggered. Unfortunately, the MSD flashing behavior can be kind of opaque in my opinion as there are two application flash banks on our chip (for redundancy purposes in case an update fails), but no way to tell which application bank we are currently running from.

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