The summary of ‘What size is right for YOU??’

The video provides a comprehensive overview of different PC case form factors and their implications for hardware compatibility and customization. It discusses the resurgence of case reviews in light of hardware upgrade challenges, highlighting the importance of choosing the right case size for optimal component fit and performance. Various case sizes, from small form factor to super tower cases, are explored, emphasizing considerations such as motherboard size, cooling options, and cable management. The speaker underscores the evolving trends in case design to accommodate modern hardware requirements, and advises viewers on selecting cases that align with their preferences regarding noise levels, cooling efficiency, and overall build size. Ultimately, the video emphasizes the importance of informed decision-making to avoid costly mistakes and to optimize the PC building experience.

00:00:00

In this segment of the video, the speaker discusses the resurgence of case reviews due to the availability of cases during a time when upgrading hardware may be challenging. They emphasize the importance of cases in preparing for future upgrades and changing the look of a computer. The speaker provides an overview of different case form factors such as mini ITX, mid tower, and super tower, explaining that the motherboard size determines the case form factor. They mention the growing popularity of mini ITX cases and showcase a Fractal Design Define Nano S case from 2016, highlighting its limited hardware compatibility but ability to fit a decent amount of hardware.

00:03:00

In this segment of the video, the speaker discusses small form factor (SFF) cases, highlighting that SFF cases are typically referred to as SFFs rather than ITX or Mini ITX. The specific case being discussed is wider than usual to accommodate an offset radiator mount, allowing for custom water cooling or AIOs in SFF builds. The limitation in the build is the size of the motherboard, with a SFF or Mini ITX motherboard restricting the components that can be added. The speaker mentions the ability to include a 240mm radiator on the top and front of the build. Cable management is also emphasized as important in SFF builds. The speaker compares the design of vertical style ITX cases to traditional rectangle-shaped cases, highlighting the space-saving benefits of a smaller footprint. Note that popular brands like Lian Li and Fractal Design offer SFF builds, while Corsair’s SFF option is pre-assembled.

00:06:00

In this segment of the video, the speaker discusses the trade-offs between different tower sizes when building a PC. They explain that smaller towers may limit the components you can fit inside, such as coolers and graphics cards. The speaker highlights the importance of considering motherboard size compatibility, especially in mid-tower cases, as ATX, EATX, and EEATX motherboards have varying widths. The speaker gives an example of a case that can fit an EATX motherboard due to the positioning of the grommets. They also mention how different case designs, like flat motherboard trays or shelves for cable management, can impact component compatibility. The key takeaway is to carefully consider the size and features of your case to ensure all components fit properly.

00:09:00

In this segment of the video, it is discussed how EATX motherboards are becoming more popular, especially with the rise of Threadripper and AMD processors. Case manufacturers are now accommodating EATX motherboards, even those with right-angle connectors. Mid-tower cases offer more space for cooling components and better airflow with multiple fans, making them ideal for full-size parts like power supplies, GPUs, and radiators. This allows for better cable management and potentially even custom water cooling setups while still maintaining a manageable desk space footprint.

00:12:00

In this segment of the video, the speaker discusses full tower and super tower PC cases, emphasizing their ability to accommodate multiple components, including large graphics cards and wide motherboards like the Threadripper. The super tower allows ample room for radiators, fans, and tubing without interfering with the motherboard. Contrasting a mid tower, the super tower offers significantly more space for components like power cables and cooling solutions, enabling easier cable management and component installation.

00:15:00

In this segment of the video, the speaker explains the flexibility of case sizes and motherboard compatibility, showing how an ITX motherboard can fit into a full tower case. He emphasizes the importance of matching components with the appropriate case size to avoid wasted space and cost. The speaker highlights the need for considering factors such as weight and sturdiness of the desk when choosing a case size. Additionally, he mentions the possibility of custom water cooling even in mid-tower cases to meet most build needs efficiently.

00:18:00

In this segment of the video, the speaker discusses the importance of choosing the right case for building systems. They emphasize the significance of considering factors like compatibility, avoiding costly mistakes, restocking fees, and the importance of choosing an appropriate form factor. The speaker encourages viewers to share their preferences for case selection based on noise, cooling, size, and footprint, and mentions the value of learning from past mistakes.