Asus P8P67 Deluxe – Design

The Asus P8P67 Deluxe is an impressive looking motherboard -- and IT has to equal with manufacturers such equally Asrock and ECS really stepping rising their back lately. Nonetheless, when it comes down to it, the board designs are all precise similar with a few leading differences.

Given that the Intel P67 chipset has a TDP (Thermal Design Power) of just 6.1 Watts it can stick away without some sort of active cooling. Asus has probably enclosed the largest heatsink of any manufacturer concluded the P67 chip soh we expect it to suffice the subcontract well.

The Asus P8P67 Deluxe features even heftier heatsinks on its power circuitry. The larger of the deuce heatsinks is connected via a heatpipe to another heatsink which is positioned above the primary PCI Express x16 slot where the North bridge chip from a traditional chipset would be located. Even so, the P67 has no such chip so what is this heatsink cooling? Absolutely nothing. This is merely a cosmetic feature atomic number 3 far as we can tell.

Non to be outdone, Asus has implemented a novel 16+2 phase VRM design which they call Digi+. The excogitation uses 16 virtual phases for vCore and an additional 2-phase for the on-die computer memory controller. They state this provides the highest level of power efficiency and generates less ignite to enhance overclocking capabilities.

Using high quality superpowe components such as forward RDS (on) MOSFETs, Ferrite nub chokes with lower hysteresis loss, and 100% Japanese-made superiority conductive polymer capacitors, the Asus 16+2 phase VRM design is said to ensure longer component life and minimal power loss.

The P8P67 Deluxe features cardinal expansion slots including a pair of PCI State x1 slots, three full length PCIe x16 slots and two time-honoured PCI slots. The first and inessential PCIe x16 slots potty cost put-upon concurrently with 8x bandwidth, but using fitting one one-armed bandit will allow for the full x16 bandwidth. The third undiluted PCIe x16 one-armed bandit is wired for x4 bandwidth.

Sometime past, Asus came upwardly with a simple solution for a problem that has plagued motherboards for years: DIMM slots were likewise close to the primary PCI Express slot devising it impossible to install memory modules without starting time removing the graphics circuit card. This nates be a pain in the neck staking process for folk exploitation large nontextual matter cards in small cases, as they can be quite awkward to get rid of.

Asus removed the DIMM slot clips from the bottom of the slots, keeping them only at the top where they are easily come-at-able. This means that the user inevitably only to use the top clips to remove and install memory modules, eliminating the annoying DIMM/PCIe infringe.

Another uncomfortable conflict found on many motherboards arises when using long graphics cards and trying to access SATA ports. By climbing the SATA ports at a 90-degree angle, it is affirmable to usance all eight SATA ports, tied if two high-end nontextual matter cards are installed.

The I/O impanel features a legacy PS/2 porthole, S/PDIF Optical, S/PDIF Coaxial, eighter USB 2.0 ports, FireWwire, two eSATA ports, two LAN ports along with six audio jackstones. At that place is also a blue antenna for the Bluetooth receiver.

Gross we are affected with the design and layout of the Asus P8P67 Deluxe motherboard A there are No unplayful flaws. The board's cooling is sufficient and the layout caters well to multi-GPU setups, while the I/O panel provides all the necessary connectivity.