Blackcat unable to communicate with BCM6358

I have been doing tests and more tests with Blackcat , and it looks that it is not compatible with Broadcom 6358 chipset over a jtag port .
I am just posting in case anone else had success with this Chipset in blackcat then could reply here , and at same time i am posting for Blackcat software programmers maybe in future implement this processor on blackcat compatible device .
Anyway , i just ordered another jtag programmer FTDI to try with openocd in linux and make sure that it is compatible or not .
I am leaving some pictures i just took , one from the program and another from blackcat connected .





In case anyone here had success with blackcat on this CPU , then leave a reply .

No , it is not that .
I read on zjtag sourceforge that some cpus need ntrst activated to enable jtag port , and in my case i did not had ntrst connected because the manufacturer removed one resistor from the board .

it dont work that way , if i bridge that resistor what will happen is that that pole will be connected directly to the GND .
If you look into the picture , and if i am not mistaken right now , is single pole on one of the rows (Down) , if you look correctly , you will see on the PCB (R35) , and that R35 connects ntrst to the GND .
So what happens is if i bridge it , then when blackcat sends an positive signal thru that pin it will be discharged on the on that bridge before it gets to the CPU (some sort of short circuit) .
so , a resistor is put there to avoid that .
My doubt is what type of resistor should be (value) , a very low resistor will be almost the same thing as a short circuit , but an higher value it could not send enough GND power to the CPU .
i read on other models that they use a 100ohm resistor , but i am not sure about that on this router model .
And to complicate even more , these new routers uses SMD technology , witch it turns more difficult the soldering and even putting a normal resistor there due the lack of space .