The GA-P55-UD6 has a fairly clean layout with a standard ATX form factor. As with all modern mainboard designs, we see the upper half of the board containing the CPU, RAM and power connectors. One additional "trend" that we have come to see in mainboard design is the inclusion of heatsinks surrounding the CPU socket. While this is there to keep the power regulators cool, it does clutter up the board and can make for awkward installations for larger cooling products.
If you take a close look at the upper PCI-E x1 slot, you will notice something ugly. There is almost no way you can use this slot. The Northbridge heatsink blocks it from use. Yes, there are smaller x1 cards, but for the most part it is unusable and probably should not even be there.
One other item that becomes more difficult to connect is the 8-pin Auxiliary ATX power connector. Due to its placement in the upper left hand corner of the board (as viewed when installed in a standard tower case) the heatpipe intended to cool the power regulators interferes with easy access, especially if you use a larger CPU cooling solution. You may want to consider getting an extender cable for this so you can plug it in before you mount the board into your case.
Taking a closer look at the CPU socket, we see a change in the hold down mechanism.
Instead of the normal clamp design that you see on 775 and 1366 sockets, the 1156 socket on the P55-UD6 has an interesting slide lock style.
As you lift the locking arm the clamp moves backwards and releases from a single front "bolt" .
Once released you can lift the hold down clamp and install your CPU.
One of the items that Lynnfield is bringing is a different IMC (Internal Memory Controller). We see a departure from the Triple-Channel controller found in the i7 and a return to the more common Dual-Channel setup. What's interesting to note is that GIGABYTE has chosen to keep the familiar six slots in place, meaning you can put up to 24GB of DDR3 goodness on the P55-UD6.
We talked a little above about the cooling surrounding the 1156 socket, but we did not go into detail about what is under that cooling. The GA-P55-UD6 will feature 24-Phase power. This massive power regulation system can be glimpsed once you get the heat pipe system out of the way.
Note the blocks of ferrite chokes and solid capacitors that assist in supplying the P55-UD6 clean and stable power. It looks like this could be a great board for overclocking.
Of course, one of the big items here is the P55 chipset. Below you can see it in all its naked glory. It is much smaller than the X58 or even the X48 chips we have gotten used to.
PRICING: You can find products similar to this one for sale below.
United States: Find other tech and computer products like this over at Amazon's website.
United Kingdom: Find other tech and computer products like this over at Amazon UK's website.
Canada: Find other tech and computer products like this over at Amazon Canada's website.
- We at TweakTown openly invite the companies who provide us with review samples / who are mentioned or discussed to express their opinion of our content. If any company representative wishes to respond, we will publish the response here.
Latest News Posts
- Get Trained (and Certified) in Cloud Computing for $39
- Take to the campaign trail with The Political Machine 2016
- Rise of the Tomb Raider's latest patch improves HBAO+, and more
- Twitter has shut down over 125,000 accounts for promoting terrorism
- Google AI, Go champ match will be broadcast live on YouTube in March
- I am the new guy
- The Hateful Eight (2015) Cinema Movie Review
- SSD compatibility
- ASrock z170 extreme 7+ Post code 00
- Apacer Panther DDR4-2666 16GB Dual-Channel Memory Kit Review
- ESL Hearthstone Legendary Series returns to IntelÃ'Â® Extreme Masters Katowice 2016
- HIDEO KOJIMA AND GUILLERMO DEL TORO CONFIRMED AS D.I.C.E. SUMMIT KEYNOTE SPEAKERS
- Toshiba Introduces the Next Generation OCZ Trion 150 Series Solid-State Drive Series
- Thermaltake Kicks Off 2016 MFC (Modding Fighting Championship)
- AMD Offers New Thermal Solutions and New Processors for Reliable, Near-Silent Performance