I have the JTAG live buzz application which is supposed to work with USB blaster but does not recognize it. Is it possible to fix this problem or is there any tool in Quartus prime for boundary scanning with the blaster?
SO i've been looking for a way to play gta v , battlefield , titanfall.. and even call of duty black ops 2 online multplayer over the xbox live , the official servers of every game without paying for xboxgold and all that shit, using of course my xbox jtag so i just found this post and then more searching on ways to not gettin banned i found this . (tHERE ARE BYPASSES OF GTA V , BATTLEFIELD ..)
i also lwatched lots of tutorials , gameplays and all and there are actually lots of people playing gta online, bo2, .. over the xbox live using an xbox jtag so i'm asking if that was possible even if i'm risking to get banned.
But you're saying that this is illegal however all the jtag system is also illegal so why don't you get users what they all want the possibility to play online games whithout paying. You gave us the possibility to play all xbox 360 games for free additioned to some multplayer games over the link so why won't you support this and accomplish the dream of all jtag users ??
I don't owe jtag/rgh users anything, also... we didn't hack it so you can play pirated games etc. we did it because it was a fun challenge and we wanted to make our own games/apps... the part where you can play pirate copies of games is primarily a side effect of it...
There is no logic in what they're all saying , so they moded a console so most of normal jtag users "not the stupid ones" play all the games want for free, which only means that every thing they 'the good hackeres" did is absolutely illegal, then they decided to stop there and pay money to play some games (they were able to play for free) and decided to patch something called link to play one or two online multipayer games with 2 jundred when they are able to play them with 2 millon ppl . WHAT LOGIC ARE YOU TALKING ABOUT ????
No u format the flash drive via the Xbox. But if u r running fsd then ur ok. As long as u r running fsd 3.0. If not, like I said just put it on ur flash drive using horizon (because horizon puts it in the correct place) and it will install both fsd and dashlaunch so the Xbox loads straight to fsd dashboard.
I just thought I would let u kow about xlink Kai and how to connect to Internet but not to Xbox live.
Here comes the moment of truth: run proxmark3/tools/jtag_openocd/openocd_flash_recovery.sh while holding the jumper cables firmly in place and wait for it to flash the pm3 easy - depending on your probe / settings this could take a while or just a few seconds. When its finished it should show that erasure and flashing was successful.
@daniel on the subject of connecting to the router (for example if the network is down), the info on the wiki is pretty sparse, is the serial connection 5V? I can help to try to debug the kernel oops issue with flow offloading, I have an jtag arm debugger and a nice usb ft232rl dongle. All I need is some pointers (specifically how to trigger it reliably)
I found some great pics of the PCB here -cn/digital/0537bfbf3db8d55a4367d46a7a38dc4e.html (I haven't opened mine yet). It looks like the jtag interface is exposed as just pads, is there enough vertical space to solder a connector onto that?
JTAG pads are 1.27mm pitch, so it's a bit challenging to solder, but manageable (also because you only need to few of those pins)
To be prepared for eventual bricks which require JTAG to be brought back to live I've bought myself one of those:
interesting, so maybe this bug is a thing of the past then. I haven't worked with the openwrt build system before, have you got any pointers how to get specifically the e8450 build set up as fast as possible, eager to try the kernel bump PR and get at the serial port as I've just opened my belkin (it's nice that it's reachable without detaching the pcb from the plastic. it should also be possible to solder an angled connector to get the jtag exposed on the side of the board, it looks like there is just enough vertical space in the case; will be tricky tho)
Functional safety is a hot topic in the embedded space, with many new applications making it a requirement. On one hand safety-related applications are becoming more complex and requiring more compute power, such as automotive advanced driver assistance systems (ADAS) ranging from mono-sensor systems, not too long ago, to sensor fusion for a surround view now. On the other hand, an increasing number of electronic medical devices are being inserted into the human body with the expectation to live there for years on tiny energy supplies. In this context, it was just natural for ARM to introduce a version of its most efficient C/C++ compiler, certified for use in safety-related application up to the highest integrity levels of standards such as ISO 26262 and IEC 61508.
The objective of this system is to receive the live camera input through the HDMI input of the FMC daughter card on the ZCU102 board. You design the preprocessing logic in Simulink to select and resize the region of interest (ROI). You then transmit the processed image frame to the deep learning processor IP core to run image classification by using a deep learning network.
Model the preprocessing logic to process the live camera input for the deep learning network and send the video frame to external DDR memory on the FPGA board. This logic is modeled in the DUT subsystem:
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