Lab Update: Many-a-P55 Motherboard
Posted on 23rd Sep 2009 at 10:56 by Richard Swinburne with 16 comments
I wouldn't be understating the situation when I say we've got a lot of P55 boards to get through: three Asus (P7P55D Deluxe, Vanilla and Maximus III Formula), two Gigabyte (UD5 and mATX UD4), three MSI (GD80, GD65 and CD53), ECS (something-or-other) and requests for more.
As it stands we've already reviewed the P7P55D Deluxe and found it just too expensive to justify a purchase. That's not Asus' fault, but Intel and Foxconn for making the platform cost just prohibitively expensive. To be honest, in the time we've already spent with the Gigabyte UD5 we highly suspect it to end up the same way.
In fact, we'd have had a full UD5 review already but someone got cake in the CPU socket. I kid you not.
Despite suffering assault via a Victoria sponge (we suspect, on evaluating the evidence), the board still worked and overclocked very well, even though six socket pins were damaged. The memory capacity constantly flicked between single 2GB and dual channel 4GB, so it took us all day to pin-point the problem with inconsistent results.
The plus side of all this is that we can conclude Intel's Lynnfield CPU and socket design is remarkably resilient to damage. And dessert. The downside is that it makes our job harder to work out what the hell is going on!
As it stands we've already reviewed the P7P55D Deluxe and found it just too expensive to justify a purchase. That's not Asus' fault, but Intel and Foxconn for making the platform cost just prohibitively expensive. To be honest, in the time we've already spent with the Gigabyte UD5 we highly suspect it to end up the same way.
In fact, we'd have had a full UD5 review already but someone got cake in the CPU socket. I kid you not.
Despite suffering assault via a Victoria sponge (we suspect, on evaluating the evidence), the board still worked and overclocked very well, even though six socket pins were damaged. The memory capacity constantly flicked between single 2GB and dual channel 4GB, so it took us all day to pin-point the problem with inconsistent results.
The plus side of all this is that we can conclude Intel's Lynnfield CPU and socket design is remarkably resilient to damage. And dessert. The downside is that it makes our job harder to work out what the hell is going on!
