Drivers Nzxt

 



Copy/paste the CD’s LAN drivers to a USB key (using a laptop or system with an optical drive), then install the drivers from the key. Once that’s sorted, navigate to the manufacturer’s website and grab the chipset drivers (applies to AMD and Intel), management engine drivers (if present – mostly for Intel), SATA/storage drivers, USB3.0.

  • Download NZXT Cam. CAM is easy-to-use and comprehensive, providing you the essential data you need to keep your PC running optimally.
  • The refreshed Kraken X Series is a must-have for any build, providing better cooling, stunning visual effects, and intuitive installation. You can fine-tune settings with CAM’s software interface, ensuring optimal performance in even the most intense gaming sessions.

This part is one of the easiest in the entire system building process. SSDs and hard drives only require two types of connectors: data and power. With the advent of M.2, U.2, PCI-e, SATA, and gumstick SSDs, those connection types have changed their interfaces, but still function more-or-less the same.

Most builders will be installing 2.5″ and 3.5″ drives. Hard drives and SATA SSDs generally ship in 2.5” and 3.5” form factors. To install one of these components in your case, simply locate the hard drive cages or SSD mounts, then begin the process of screwing the parts into those mounts.

Some cases, like the NZXT S340 and NZXT H440, will host SSD sleds in separate locations from the hard drive cages. The S340 and H440 both offer installation points on top of the power supply shroud and the rear of the case (behind the motherboard tray). These rear points can be accessed when you’re working on cable management, just by removing the right side panel.

Nzxt

Drivers Zt610

The drives could also be installed into 3.5-only mounts with adapter brackets, but we do prefer the special sleds as the smaller form factor requires less mounting hardware.

How To Install Storage

  1. Remove the drive tray from the side of the case and attach the HDD or SSD to the tray.
  2. Re-attach the tray to the case.
  3. Finally, we connect the SATA data and power cables.

Installing U.2 SSDs

U.2 is a new standard that has begun shipping on motherboards. U.2 looks sort of like a mix of SATA and SAS connectors. The motherboard ports are double-stacked (kind of like a stack of two SATA ports) and use a cable to communicate with the SSD. In this regard, most U.2 SSDs will be cabled and of the 2.5” form factor, which means that they follow the same installation process as the above.

Installing M.2 SSDs

There are several different types of M.2 ports, called “keys.” Some M.2 keys are only compatible with wireless modules and do not carry the bandwidth to drive an SSD. Gumstick M.2 keys and other M.2 keys do allow for SSD comms, though, and are located on the motherboard.

Drivers Nzxt Free

Installing an SSD into one of these slots is more-or-less the same as socketing a device (like a video card) into a PCI-e slot. You slot the SSD into the key, then add one screw to lock it into place.

Installing PCI-e SSDs

Drivers Nx6125

PCI Express SSDs are installed by using an add-in card, which sockets into one of the expansion slots of the case. A PCI-e SSD is installed by first removing the expansion slot cover and screw for the desired slot, then dropping the card into place and re-applying that removed screw (to lock the card).

Determine which slot is best by checking the motherboard manual. Generally, PCI-e SSDs will use x4 slots (not full-length PCI-e x16 slots), as they only need 4x PCI-e lanes to perform to their fullest potential. – Steve Burke, GamersNexus

This part is one of the easiest in the entire system building process. SSDs and hard drives only require two types of connectors: data and power. With the advent of M.2, U.2, PCI-e, SATA, and gumstick SSDs, those connection types have changed their interfaces, but still function more-or-less the same.

Most builders will be installing 2.5″ and 3.5″ drives. Hard drives and SATA SSDs generally ship in 2.5” and 3.5” form factors. To install one of these components in your case, simply locate the hard drive cages or SSD mounts, then begin the process of screwing the parts into those mounts.

Some cases, like the NZXT S340 and NZXT H440, will host SSD sleds in separate locations from the hard drive cages. The S340 and H440 both offer installation points on top of the power supply shroud and the rear of the case (behind the motherboard tray). These rear points can be accessed when you’re working on cable management, just by removing the right side panel.

The drives could also be installed into 3.5-only mounts with adapter brackets, but we do prefer the special sleds as the smaller form factor requires less mounting hardware.

How To Install Storage

  1. Remove the drive tray from the side of the case and attach the HDD or SSD to the tray.
  2. Re-attach the tray to the case.
  3. Finally, we connect the SATA data and power cables.

Installing U.2 SSDs

U.2 is a new standard that has begun shipping on motherboards. U.2 looks sort of like a mix of SATA and SAS connectors. The motherboard ports are double-stacked (kind of like a stack of two SATA ports) and use a cable to communicate with the SSD. In this regard, most U.2 SSDs will be cabled and of the 2.5” form factor, which means that they follow the same installation process as the above.

Installing M.2 SSDs

Drivers Zx4250

There are several different types of M.2 ports, called “keys.” Some M.2 keys are only compatible with wireless modules and do not carry the bandwidth to drive an SSD. Gumstick M.2 keys and other M.2 keys do allow for SSD comms, though, and are located on the motherboard.

Installing an SSD into one of these slots is more-or-less the same as socketing a device (like a video card) into a PCI-e slot. You slot the SSD into the key, then add one screw to lock it into place.

Installing PCI-e SSDs

PCI Express SSDs are installed by using an add-in card, which sockets into one of the expansion slots of the case. A PCI-e SSD is installed by first removing the expansion slot cover and screw for the desired slot, then dropping the card into place and re-applying that removed screw (to lock the card).

Determine which slot is best by checking the motherboard manual. Generally, PCI-e SSDs will use x4 slots (not full-length PCI-e x16 slots), as they only need 4x PCI-e lanes to perform to their fullest potential. – Steve Burke, GamersNexus