Верх не смогли разобрать, я так понимаю надо черный пластик с надписью "2080 ti" отковырять.

Доломал:

Доломал:

Цена как у айфона и ремонтопригодность как у айфона, нулевая)

So I was skeptical about new NVIDIA Scanner too and had serious doubts on including it into MSI Afterburner. However, I changed my mind after trying it in action on my own system with MSI RTX 2080 Ventus card. Yes, it is not a revolution but it is an evolution of this technology for sure. During approximately 2 weeks of development, I run a few hundreds of automatic overclocking detection sessions. None of them resulted in a system crash during overclocking detection. None of them resulted in wrongly detecting abnormally high clocks as stable ones. The worst thing I could observe during automatic overclocking detection was GPU hang recovered during scanning process, and the scanner was always able to continue scanning after recovering GPU at software level and lower the clocks until finding stable result. In all cases it detected repeatable approximately +170MHz GPU overclocking of my system, resulting in GPU clock floating in 2050-2100MHz range during 3D applications runtime after applying such overclocking. Even for the worst case (i.e. potential system crash during overclocking detection) Scanner API contains the recovery mechanisms, meaning that you may simply click “Scan” one more time after rebooting the system and it will continue scanning from the point before crash. But I simply couldn’t even make it crash to test such case and emulated it by killing OC scanner process during automatic overclocking detection. So embedded NVIDIA workload and test algorithms used inside the Scanner API look really promising for me. And it will be interesting to read impressions of the rest overclockers and RTX 2080 card owners who try NVIDIA Scanner in action in nearest days/weeks.

разбор Гиги и MSI.

Какая пустая у трио PCB.

Тут ссылки на обзоры будут