Comparison Fractal Design Node 202 without PSU vs Cougar QBX black

The direction in which the body is facing. This parameter is indicated only for models that have a certain specialization and differ markedly from general-purpose cases.

— Gaming. Cases designed for high-performance gaming computer systems. They usually have numerous openings for expansion slots and bays for drives (see the corresponding paragraphs), as well as advanced options for installing cooling systems — many “seats” for fans, the ability to use liquid cooling (see “Liquid cooling support”) and etc. In addition, they often stand out due to their design: they can be equipped with decorative lighting, transparent windows, etc.

— HTPC. Enclosures for PC multimedia orientation, the so-called Home Theater Personal Computer (HTPC). The characteristic features of such cases are compact size, the presence of additional buttons on the front panel for controlling multimedia (and sometimes a sensor for the remote control) and an advanced design.

Mounting method, nominally assumed by the body design.

— Vertical. Enclosures of this type, when installed, take up much more space in height than in width. This option is standard for all Towers (see "Form Factor"). It is convenient in that it requires relatively little free space on the floor or other support for installation. Many of these cases are designed primarily for floor or similar placement (for example, in a special compartment of a computer desk, under the table top), although there are other options — desktop installation and even mounting on the back of a monitor.

— Horizontal. Cases arranged horizontally. This is the standard installation method for most "desktops" (see "Form Factor"). Actually, such a layout is convenient just when placing a computer on a table — in particular, the monitor can be placed directly on the case, or, in some cases, next to the case.

— Vertical and horizontal. Universal housings that can be placed both vertically and horizontally, depending on specific conditions. This eliminates the hassle of installation to a certain extent — the universal model can be adjusted to the characteristics of any workplace. At the same time, this option is found both among miniature cases and among full-size ones.

Note that although purely technically installing the case in a “non-native” way (for example, v...ertically on its side) is not particularly difficult, it is still not recommended to do this. After all, the design itself was initially optimized for one or another situation — suffice it to say that this is connected, in particular, with the efficiency of cooling systems.

The position of the motherboard in the case; it is assumed that the body is in its original position.

The motherboard is most conveniently placed along the case — this gives the most space for it (and "motherboards", we recall, are large in size). And since the most popular nowadays are vertical-layout cases (mainly certain types of “towers”), the boards in them are arranged vertically. The horizontal arrangement can be found much less frequently — in separate Mini-Towers and "cubes" (Cube Case), where the height is not much greater than the width, as well as desktops designed for horizontal placement.

The form factor of the power supply that the chassis is designed to support. The form factor of the PSU is indicated by the type of motherboards for which the block was originally “sharpened”; however, many form factors are mutually compatible.

— ATX(regular). Form factor designed for full-size cases, mainly Tower and Desktop types (see "Form Factor"). The motherboard is powered by a 24-pin (in older versions — 20-pin) connector; in addition, such power supplies usually provide an additional power plug for CPU (4-pin, 8-pin, and sometimes both at once).

— FlexATX. The FlexATX form factor provides a miniature size of the motherboard (in terms of size and location of the mounting holes, such boards are compatible with microATX). Accordingly, the power supplies for them are compact in size and have increased efficiency characteristics. They are compatible with many miniature motherboards, including the mentioned microATX and mini-ITX, and the main connectors are the same as in ATX (minus the 20-pin version).

— TFX. The abbreviation TFX comes from Thin Form Factor — i.e. "thin form factor". This is one of the varieties of compact power supplies used in miniature form factors systems; similar in compatibility to the microATX described above, and in terms of connectors — ATX.

— SFX. Another type of po...wer supply with reduced dimensions, used in compact systems (S — from "small", i.e. "small"). In terms of connectors, it is considered completely interchangeable with ATX, it fundamentally differs only in size.

— External. Cases that do not have space for an internal power supply at all and are designed to connect an external power supply unit. This design is found mainly among the smallest cases (in particular, for mini-ITX and thin mini-ITX motherboards). Note that in this case, not every case with an external power supply is meant, but only models that do not have built-in converters (see below) and are designed for motherboards with their own connector for an external power supply.

— External with converter. Enclosures designed for external power supplies (see above) and equipped with built-in converters. The converter outputs power from an external PSU to a number of "computer" connectors, in particular, a standard 24-pin motherboard power connector. Thus, in such a case, you can install a "motherboard" that has a traditional "ATX" power supply in 24-pin format.

The maximum length of a graphics card that can be installed in this case.

Modern mid-range and top-end video cards with high performance often differ in considerable length, which is why such a card can not fit into any case. So before collecting components, it is worth evaluating the length of the proposed graphics card and choosing a case in which it is guaranteed to fit. This forethought is useful anyway, but it's especially true if you're building a system that requires a powerful graphics adapter, such as a high-end gaming PC or 3D design workstation.

The highest cooler height allowed for this case.

In this case, we mean a cooler used to cool the processor — such a component is found in the vast majority of modern PCs. Height is measured relative to the motherboard.

— Removable panel. Opening by removing one or more panels is the most popular option in modern PC cases. This design is inexpensive, convenient and practical, and fits any form factor (see above). The specific device of such an opening system just depends primarily on the form factor, more precisely, on the overall layout of the case. So, in vertical products (one or another type of Tower), both side panels are usually removable, in horizontal “desktops” — the top panel, and in the Cube Case the options may be different.

— U-shaped cover. A solid cover of a characteristic shape — in the form of the letter "P" — covering the case simultaneously from the sides and from above. Thus, when such a cover is removed, the case is open from three sides at once. In some cases (for example, to access the top 5.25" compartment, this feature turns out to be very useful. At the same time, U-shaped covers are rather bulky, removing and putting such a part in place is noticeably more difficult than carrying out these operations with separate removable panels; this is especially true for vertical tower cases, which is why this opening mechanism is rare these days, almost exclusively in Desktop and CubeCase products.

— Door. Another rather rare opening mechanism, in this case, typical for cases in various variations of the Tower form factor. The name quite accurately conveys the way this mechanism works: the side panel of the case is not...removed, but opens sideways like a hinged door. The main advantage of this option is that a convenient lock is often used to fix the door in the closed position, which can be opened without special tools — for example, by pressing a button. This greatly simplifies access to the contents of the case, especially when you need to fine-tune or quickly replace individual PC components. On the other hand, the open door cannot be set aside like a removable panel, and in some situations it can be inconvenient by hanging on the case. Yes, and such a design is somewhat more expensive than the same removable elements. Therefore, doors are rarely found nowadays — mainly in separate game models of cases (see "In the direction").

The location of the power supply (or seat for the power supply) in the case.

The traditional option is the top location of the PSU, this is a familiar and familiar option for many. However, heated air from other system components accumulates in the top of the case, reducing cooling efficiency. Cases with a lower location of the PSU are deprived of this drawback, however, a lot of dust and other contaminants get into them if the system unit is installed on the floor. However, this difference becomes critical only when using high-performance systems with appropriate heat dissipation; for an ordinary household PC, the location of the power supply unit as a whole is not important.

Also note that in miniature cases like mini-Tower (see "Form factor"), the PSU installed on top can overlap part of the motherboard, which further worsens the cooling efficiency and makes it difficult to install large CPU coolers; however, it all depends on the layout of a particular case.

The number of internal 3.5" form factor bays provided in the design of the case. Such bays, in accordance with the name, are intended for internal components, mainly hard drives and some SSD modules; to access them, the case must be disassembled.

Theoretically, the number of bays corresponds to the maximum number of drives that can be installed in the chassis. However, in fact, the best option is to install drives through a single slot to ensure efficient cooling. Accordingly, it is best to select a case in such a way that the number of internal 3.5" bays is twice the expected number of hard drives.