It leads to reduced processing power and is known to lead to CPU throttling during long-time rendering (and the rendering will take a long time because of the lack of processing power). Unfortunately, lower wattage is its downside too. This is also why these computers are very quiet. This means the CPU almost never reaches high temperatures where it would require a big cooling system. It works on a lower wattage to guarantee lower power consumption in accordance with ENERGY STAR standards. For example, the fourth-generation Mini comes with an Intel Core i5 or i7 processor with 6 cores, 3,0-3,2 GHz each, up to 64GB RAM, 128-512 GB storage space, and a simple built-in graphics processor. While the first generation was pretty slow, the third (2011) and fourth (2018) generations offer enough processing power to function as nodes for a render farm. The lower price and small size are why Mini inspired an idea of using it as a portable render farm. Otherwise, it is a Macintosh computer that can be seamlessly integrated into any Apple workflow without adjustments. Because of its compact size, it can be unplugged and easily transported between workplaces in a handbag. It doesn’t require special furniture to set up and has all the required ports for input and output devices, Ethernet connection, Wi-Fi, and Bluetooth. Mac mini’s two main selling points are its small size and a comparatively low price (for an Apple product). Nevertheless, it is a good base for an office workstation, and the latest versions even compete with older Mac Pro computers in processing power. It is the only Macintosh solution that doesn’t come with a monitor, keyboard, and mouse included. Introduced first in 2005 and regularly re-released since then, the Mac mini is a desktop computer developed by Apple. One of these solutions is building a Mac mini render farm. That’s why simple solutions, even if less powerful, find popularity in the industry. Building such a farm is challenging if you are not a pro, and assembling even a single PC requires certain knowledge. They may not work as fast, but will still provide invaluable rendering speed changes. On the other hand, you can link together several cheaper and older processors and use them as a render farm.
On one hand, it may be smart to invest in a powerful CPU, like AMD Threadripper despite the high prices, the processing power provided may reduce rendering times tenfold and more. When you consider upgrading your workstation for rendering 3D projects faster, you will find dozens of different options.
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