Which Laptop is Best for 3D Modeling on a Budget of up to 80K?

Introduction

When it comes to choosing a laptop for 3D modeling, one’s budget can be a significant constraint. However, with a budget of up to 80,000, it's possible to find a laptop that is both functional and robust, capable of handling 3D software like Autodesk Maya, Cinema4D, and Blender. Rather than focusing on the brand, the configuration of the laptop is crucial.

Necessary Configuration for 3D Modeling

Essential Specifications

Most 3D modeling software, such as Autodesk Maya, Cinema4D, and Blender, require a minimum set of configuration parameters to run smoothly. Here are the key components:

RAM: At least 4-16GB. More memory improves performance and handles large files more efficiently. Processor: An Intel Core i5 or i7 (64-bit) processor. Although Intel Core i3 was tried, it lagged significantly. Storage: A minimum of 1TB for storing large project files and enabling easy work multitasking. Operating System: Windows 7 or later is recommended for compatibility with modern 3D software. External GPU: A dedicated graphics card is crucial for 3D modeling tasks. Miscellaneous: A wheel mouse is mandatory for precise work in 3D modeling.

Choice in the 80K Budget Range

Current Options

At around 80,000, you have a range of options from various brands, all offering the same specifications. These include an Intel Core i7 7700HQ CPU, GTX 1050Ti GPU, 8GB RAM, and a 128GB SATA SSD with a 1TB HDD. While these specifications are sufficient, the choice among these models can be based on other factors such as port selection, battery life, size, build, and aesthetics.

However, I highly recommend raising your budget to 90,000 if possible. At this price point, you can get the Acer Predator Helios 300 with a GTX 1060 6GB GPU and 16GB RAM. This upgrade offers a significant performance improvement for 3D workloads and is well worth the extra 10,000.

Update on New Intel 8th Generation H CPUs

Recent Developments

Recently, Intel has launched its 8th generation H CPUs, which increase the core count to 6 cores, compared to the previous standard of 4 cores. This improvement provides better performance and gaming experience. Therefore, I strongly recommend waiting for these new CPUs to hit the market before finalizing your purchase.

Conclusion

While the brand of the laptop is important, the configuration is the key factor when choosing a laptop for 3D modeling. With a budget of up to 80,000, you have the opportunity to select a high-performing machine that will provide excellent support for your 3D modeling needs. By considering newer models and rising to the budget requirement, you can ensure that your choice of laptop will not only meet but exceed your 3D modeling needs.