CPU Cooler Fit and Included Accessories
CPU Cooler Fit
To test the amount of space surrounding the CPU socket, we mounted the Noctua NH-D15 cooler to the CPU socket. This behemoth CPU air cooler sports a dual fan construction and two huge vertical cooling towers.
As a result of fit issues with the Noctua mount (which we'll go into more detail about later), the Noctua NH-D15 was mounted in a horizontal orientation instead of the normal vertical orientation with the fans blowing towards the rear panel. The board does not impeded mounting the cooler in the horizontal orientation with sufficient room provided along all sides of the cooler. The only tight spot may be when using the uppermost DIMM slot. However, in the dual DIMM setup shown, there are no fit concerns.
In the close-up view of the cooler, it is clear how tightly ASUS conformed to the Intel mount specs. While the fit is tight along all sides of the cooler, the Noctua NH-D15 cooler fits the socket like a glove.
The Noctua hold down mechanism is large enough to quickly determine exactly how much space is available around the CPU socket. With the mount bars mounted horizontally in cage, the Noctua mount fits the socket without issues with no contact between it and the board's components or the armor overlay.
With the Noctua mount seated with the mount bars in a vertical orientation (which is the default mount orientation), a space conflict with the Thermal Armor overlay covering the VRM heat sink to the right of the CPU socket becomes apparent. The rounded section of the mount arm comes into contact with the heat sink cover, causing the mount to not seat fully on the provided uprights. As a result, the mount and Noctua cooler itself can only be used when mounted in the alternate horizontal orientation.
The cooler's backplate rests on the socket backplate, minimizing the risk of direct board contact. Further, there is no circuitry around the socket which could impeded cooler back plates with a larger footprint.
The Sabertooth Z270 Mark 1 motherboard comes with all the necessary components necessary to get the board up and running, as well as some other nice to have components giving the board added value.
The Sabertooth Z270 Mark 1 package included the motherboard manual, reliability certificate, driver DVD, and TUF-branded case sticker. The version of the manual included with the board thoroughly described onboard functionality and the BIOS, but did not include information concerning bundled applications and related features. However, a newer, more complete version of the manual was available from the ASUS product support site.
The board's rear panel shield is an aluminum plate containing a black plastic insert with the port identifying text and icons in white for easy identification. ASUS also includes a fan port filter that attaches to the rear panel shield when using the option rear inlet fan. The specific ports used for the TUF Detective and BIOS Flashback functionality are clearly marked as well.
ASUS bundled in four black 6Gb/s rated SATA cables for use with the integrated port. The cables have integrated port locks and a mix of straight and 90 degree connectors.
For multi-GPU use, ASUS included a single two-way NVIDIA SLI HB (high bandwidth) bridge connector.
For use with the on-board front panel header, ASUS included one of their Q-Connector header plugs. You simply plug the front panel case leads into the Q-Connector, then plug the Q-Connector into the appropriate board header. It makes the installation of the front panel plugs much easier.
ASUS includes a vertical M.2 bracket to be used for extra support of an M.2 device installed into the on board M.2 slot. ASUS designed the M.2 slot so that the card sits vertically to save on space, requiring the use of the included bracket to prevent SSD or slot damage. The M.2 SSD is held in place with a rubber snap plug, while the bracket is held with two screws mounted from underneath the board.
ASUS included a CPU installation tool with the motherboard to ensure easy and proper CPU installation into the board's socket. You simply snap the plastic guide over top of the CPU and place the CPU in the socket with the "This Side Up" arrow placed near the socket hinge. The plastic guide remains in place when you lock the CPU into the socket.
For slot masking purposes, ASUS includds black PCI-Express slot covers. All included slot covers are black colored to blend with the Thermal Armor and are form fitted for a snug fit in their associated location.
Every year it looks more and
Every year it looks more and more the MB manufacturers are actually trying to insulate the VRMs and power delivery components. What happened to old fashioned heat sink fins and heat-pipes? Now everything is covered in a layer of airflow blocking, insulating plastic. Is there some sort of ducted fan under that crazy shroud?
EDIT (read this in the article):
Underneath the TUF logo in the rear panel cover, an optional fan can be installed for active cooling of the heat sinks and components sitting under the TUF Armor. The fan is held in place with screws through the vertical tabs on the underside of the removable plate. The plate is held to the rear panel cover via two screws to each side of the panel. There is also a groove in the back right of the rear panel cover through which the fan’s power cord can be routed and plugged into one of the onboard fan headers.
So glad I didn’t go with the
So glad I didn’t go with the Noctua NH-D15 like my plan was because it is one of the only boards on the market that fit that ugly in my opinion color scheme. Went with the be quiet! dark rock pro 3 and had no problems mounting it the proper way because I already had be quiet! fans I was going to reuse from my older case.
Overall really happy with my purchase because I wanted a backplate on my motherboard because I noticed sagging on my Asus Hero VIII due to my case being horizontal instead of vertical. Ten fan headers mean I don’t need a fan controller (although I still use one) and the thermal armor stuff looks cool even if I don’t know if it is doing anything.
What is the point of using
What is the point of using two different ethernet controllers?
My old Asus p8p67 had 2
My old Asus p8p67 had 2 nics… when one went bad I used the other 😉
I think its for workstation or server stuff like having some traffic use one nic and the other is for LAN traffic.
One is integrated into the
One is integrated into the chipset. The other model number is essentially the same in add-on chip packaging. I haven’t looked it up, but there should be little functional difference.