NVIDIA Graphics Cards

Purpose: This article provides a general overview of the NVIDIA graphics cards available and their intended uses. It is not an exhaustive list, but is intended to serve as a guide when selecting laptops or desktop workstations. 

GPU summary

DO-NOT-USE: RTX 3050, 4050, and RTX 5050 series

Practical comparison

RTX PRO 500

• Weakest option in this group.
• Adequate for operating a basic scanner, viewing models and light editing.
• The 6GB VRAM limit may become restrictive with large datasets.
• Choose only when price, battery life or portability is the priority.
• Not ideal for Elite/Elf.

RTX 3060

• Older, but still capable.
• More raw CUDA cores than the 4060, but uses the older Ampere architecture.
• Limited to 6GB VRAM.
• Suitable when buying a significantly cheaper used or older laptop. (NVIDIA)

RTX 4060

• Better efficiency and newer features than the 3060.
• 8GB VRAM is preferable for professional 3D applications.
• Usually the best lower-cost general-purpose option.
• Supports newer frame-generation and encoding features.

RTX 5060                   

• Newer Blackwell architecture and GDDR7 memory.
• Strong gaming and general graphics option.
• Similar underlying tier to the PRO 2000, but uses gaming-oriented drivers.
• Better value when professional application certification is unnecessary. (NVIDIA)

RTX PRO 2000

• Best balanced professional option.
• Professional drivers and workstation-software certification.
• Appropriate for daily CAD, dental scanning, rendering and technical applications.
• Similar core specifications to the RTX 5060, with a higher maximum listed power configuration. (NVIDIA)

RTX PRO 3000

• 12GB ECC VRAM provides substantially more room for large models and rendering.
• Best long-term workstation choice.

Best choice by use

For a professional scanning/workstation laptop, the RTX PRO 2000 is the strongest balance of cost and performance. The PRO 500 is sufficient but entry-level; the PRO 3000 is preferable for heavy processing or large 3D models.