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These beam expanders are designed to work with C-mount threaded cameras that have 4.5 mm imager back focal spacing or with CS (12.5 mm) back focal spacing. The 4X beam expander is an expanding telescope that images the beam as it looks at 8 mm from the end of the expander onto the CCD while enlarging the image 4X.

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mSATAmSATA, or mini-SATA, is essentially a smaller version of the full-size SATA SSD. It uses a compact form factor like M.2 but is not interchangeable. M.2 drives can support both SATA and PCIe interface options whereas mSATA only supports SATA. This form factor is designed for smaller form factor systems where space is limited.

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M.2Another form factor, M.2, has become the standard type of storage for slim laptops and notebooks. Its tiny form factor is often compared to a stick of gum and easy to install right on the motherboard in most cases. It is available in various lengths to enable different SSD drive capacities; the longer the drive, the more NAND flash chips can be mounted on it leading to higher capacity drives.

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Don’t pick the wrong type of SSD for your server. A wrong choice means a higher cost of ownership. Learn to pick the right SSDs.

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Now that you understand the differences between SSD form factors as well as their interfaces, your choice should be clear. Keep in mind the device you’re upgrading when buying your next SSD. Whether it’s a laptop, desktop or server, any SSD upgrade will be a noticeable improvement from a traditional spinning disk drive. They are faster, smaller, more heat efficient, and able to withstand movement and accidental droppage. Be sure to read your motherboard/system manufacturer’s user manual to confirm which form factor will work best with your device.

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You’re looking to improve the speed of your system with a new SSD. But how do you choose? Playing a part in your decision is the type of storage connection(s) in the system and its form factor — the SSD's shape and size. The SSD you choose will also have either a SATA or NVMe (using PCIe) storage interface.

2.5”When shopping for SSDs, the first thing you’ll want to know is which form factor fits in your system. SSDs come in many shapes and sizes. For example, 2.5” is the most common type of SSD and fits into most laptop or desktop computers. It has a similar shape to a traditional hard disk drive (HDD) and connects over SATA cables so it offers a very familiar experience to what many are already used to.

U.2Finally, there’s U.2 which looks like a 2.5” drive but is a bit thicker. It uses a different connector and sends data through the PCIe interface. U.2 SSD technology is typically reserved for high-end workstations, servers, and enterprise applications that need greater storage. It allows higher operating temperatures and is more favorable for transferring heat than the M.2 form factor.

The communications interface is the way your computer communicates with your PC. It’s available in two types - SATA and PCIe NVMe. The SATA interface is more affordable, commonly found and offers good performance for common applications. PCIe is the standard interface for NVMe which is three to ten times faster than SATA SSD. Most high-end M.2 SSDs launched in the last few years support NVMe (but not all M.2 are NVMe; some are SATA). NVMe is much faster because it provides more bandwidth than SATA models which improves performance in heavier productivity applications. If daily tasks consist of heavier work such as video editing and large file transfers, then NVMe SSDs would be a good choice.

Over the years, SATA has been the more prevalent of the two; however, NVMe was designed specifically for SSD usage instead of SATA which originally was designed for HDDs and adapted for NVMe use. NVMe SSDs support multiple form factors, making it versatile for many storage platforms from servers to all-flash arrays. NVMe is quickly catching up in popularity becoming the industry standard interface for everything from the latest gaming consoles, laptops, and desktops for end-users to servers in the most advanced data centers.