Nvidia GeForce RTX 3050/RTX 3060/TI Schematic Diagram. PCB

This page contains full schematic diagrams and PCB layouts for the Nvidia GeForce RTX 3050, RTX 3060, and RTX 3060 Ti graphics cards. The documentation is intended for diagnostics, repair, and technical analysis. Key elements of the power supply, GPU, memory, and VRM components are listed. These materials are especially useful for engineers, repair specialists, and enthusiasts working with Ampere architecture graphics cards.

RTX 3050 schematic, RTX 3060 PCB, RTX 3060 Ti Boardview, Nvidia Ampere repair, RTX graphics card schematic, RTX 3060 graphics card, RTX 3050 diagnostics.

• ASUS Series: Dual, TUF Gaming, ROG Strix
• MSI Series: Ventus, Gaming X, Mech
• Gigabyte Series: Eagle, Gaming OC, AORUS
• ZOTAC Series: Twin Edge, AMP
• Palit / Gainward Series: Dual, StormX, Phantom
• EVGA XC, FTW
• PNY

• Nvidia GeForce All Schematics Diagram>>

⚠️ Gigabyte RTX 3060/3060 Ti Eagle / Gaming OC (early revisions)

Problem: VRM and memory overheating, throttling

Reason: poor contact of thermal pads, weak heatsink on MOSFETs

Consequences: instability under load, automatic shutdowns

⚠️ ZOTAC Twin Edge RTX 3060 / 3060 Ti

Problem: noisy cooler, overheating

Reason: dual-fan scheme on hot chips

Consequences: reduced frequencies, deterioration in performance

⚠️ Palit Dual RTX 3050 / 3060

Problem: fan vibrations, noise, weak soldering

Reason: budget components, thin heatsink

Consequences: fan failure, unstable operation

⚠️ MSI Ventus 2X RTX 3060 Ti

Problem: Memory overheating

Reason: Poor heat transfer to memory chips (especially GDDR6X on Ti)

Solution: Replace thermal pads with better ones

📉 BIOS and firmware issues

Some RTX 3050 and RTX 3060 from secondary brands (Colorful, Inno3D) came out with firmware that:

had an aggressive frequency curve (constant 100% fan)

or a low power limit, which affected FPS

✅ More reliable options:

• ASUS TUF / ROG Strix
• MSI Gaming X
• Gigabyte AORUS (after 2022)