People that buy their commodity computers as an investment and also expect upgradability beyond a few years need a reality check.
Does it strike anyone as odd that Lynnfield and Clarkdale only had one-year life spans before getting succeeded?
People that buy their commodity computers as an investment and also expect upgradability beyond a few years need a reality check.
Does it strike anyone as odd that Lynnfield and Clarkdale only had one-year life spans before getting succeeded?
Does it strike anyone as odd that Lynnfield and Clarkdale only had one-year life spans before getting succeeded?
I do recall replacing a plain ISA board of 33MHz 486DX with a hybrid board that had both VLB (which I did ignore) and a novel Intel feature called "PCI". Whether that actually managed to elongate the life of that system, I cannot recall, which statement in itself says something. I doubt it was a "1%" idea, but it was fun.Buying a motherboard to be "future-proof" is in 99% of cases stupid.
I'd like to know what the LGA1366 users at AT think. I recall many people telling others seeking build advice to opt for LGA1366 because it was 'future-proof'. Now it seems that Intel is jumping straight to LGA 2011 for the high performance market. Or do you feel differently?
Edit: Also, what do you guys think about the PCIe lane limitation to 16? Even if the CPUs are better, users will be limited from building triple/quadruple multi-card graphics setups.
Edit: I didn't realize that board makers were pumping out mobos with NF200 chips on them for 8-8-8.
For the record, I'm a Lynnfield user. I feel completely ripped off that Intel decided to get rid of backwards compatibility with LGA1156 chips. I quickly realized that I was flame-baiting myself by mentioning the term 'future-proof', but it was just an example of what I've heard in recommendations and accolades. In the original post however, I'm querying for LGA1366 users' opinions.
Well certainly 1156 was subpar for a platform, but a lot of people have warned everyone that 1156 was a dead end from the beginning. You're definitely stuck with something lacking good upgrades there, but I think you made your bed buying it in the first place. 1366 was touted as a longer lasting platform, and to be honest, it was. I would expect the 1155 and Socket R will be similar in lasting until the next tock, but not any further.
LGA1366 has been top of the line since November 2008. And it was the only socket to get 6 core CPUs. How could anyone possibly feel screwed?
People that buy their commodity computers as an investment and also expect upgradability beyond a few years need a reality check.
It's like feeling ripped off because Acura will inevitably build a new version of the car I drive.
Ya I don't see the point. A motherboard isn't generally even as expensive as a high end cpu. Almost every freaking time I upgrade my cpu, I upgrade my mobo also. So having upgradeability is almost worthless to me.
this continual groaning here about upgrade paths for obsolete platforms is silly. you probably only spent $100 on your board, you got a couple years of use out of it, you got your money's worth. the new platforms will have all sorts of new features (usb, sata, lightpath...) that youll want anyway, just get a new board...
I wonder why anyone will even consider to buy a 1366 platform now that SBs are released.
After the release of Core i7 800 series and 32nm Westmere (1156), Socket 1366 is dead for 99% of users.
I wonder why anyone will even consider to buy a 1366 platform now that SBs are released.
There are still a few reasons.
you got 16x PCI-E slots x2
More memory. up to 24GB's in socket 1366.
Exactly. Also, new technologies are always coming out. Why in the world would I want to be stuck with some old motherboard? Can you imagine if Intel/AMD kept backwards compatibility? I'd imagine a lot of the performance gains of the new CPUs can be hindered with low bus and memory speeds, let alone new developments like SATA 6Gbps.
There are still a few reasons.
you got 16x PCI-E slots x2
More memory. up to 24GB's in socket 1366.
SB's lanes are twice as fast as Lynnfield's and some P67 boards can support up to 32GB
Which lanes are you talking about? PCIe is capped at 8x/8x or 16x for single GPU PCIe 2.0 just as it was on Socket 1155. In that case 1155 didn't provide any improvements (although PCIe 16x vs. 8x is a 2% difference or so). Perhaps LGA 2011 will even have PCIe 3.0 spec.
Support for 32GBs of ram is pretty much marketing. With only 4 DIMMs, you'd need 8GB ram sticks to fill the board (and those will cost an arm and a leg when they are released). Even now outside of very specific applications (Photoshop), going beyond 4GBs of ram has no performance benefit.
The most important feature of P67 boards is by far the UEFI bios.
