Although there is no globally accepted definition of a small form factor PC, it generally describes a computer that is enclosed in a significantly smaller chassis than a standard PC. Is, specifically designed and engineered as an engineering-specific subsystem.
For some military and modern applications, SFF is a basic innovation. Size and weight as a whole are often important factors, but the compromise in performance is not acceptable.
By eliminating unnecessary functionality, maximizing desired functionality, and using low-power (often non-standard) compact processing boards, combined with key thermal management skills, SFFPC manufacturing desktop-like performance Can be added. The size of a cigar in a box.
Although naturally more robust due to their small size, SFFPCs can be easily upgraded to meet many different militaries and industrial characteristics for deployment in harsh environments.
On the downside, SFF PC drives usually come at a premium, as the packaging and ultimately cooling technology requires far more engineering than their desktop cousins. In general, small form factor PCs are suitable for a specific auxiliary system and therefore are not mass-produced. Low manufacturing volume always means higher prices.
Although most of these are similar to computing power commercial products (COTS), small form factor PCs are not a good server solution. The compact enclosure limits the amount of space available for motherboard upgrades or additional functional boards/addons and I / O capabilities.
In conclusion, Small Form Factor (SFF) PCs are no cure, but they can be ideal for many applications where the need for a smaller size and less weight can be met at a higher cost. Student.

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