Nainstalovat Steam
přihlásit se
|
jazyk
简体中文 (Zjednodušená čínština)
繁體中文 (Tradiční čínština)
日本語 (Japonština)
한국어 (Korejština)
ไทย (Thajština)
български (Bulharština)
Dansk (Dánština)
Deutsch (Němčina)
English (Angličtina)
Español-España (Evropská španělština)
Español-Latinoamérica (Latin. španělština)
Ελληνικά (Řečtina)
Français (Francouzština)
Italiano (Italština)
Bahasa Indonesia (Indonéština)
Magyar (Maďarština)
Nederlands (Nizozemština)
Norsk (Norština)
Polski (Polština)
Português (Evropská portugalština)
Português-Brasil (Brazilská portugalština)
Română (Rumunština)
Русский (Ruština)
Suomi (Finština)
Svenska (Švédština)
Türkçe (Turečtina)
Tiếng Việt (Vietnamština)
Українська (Ukrajinština)
Nahlásit problém s překladem
You were considering this, your old processor vs the other one in your first post. The X5650 is only roughly +20% faster in single-thread, which is all DirectX9 and DirectX10 games and some (not all) DirectX11 games. It's not much of an upgrade, look towards what other folks are suggesting in this thread.
In the end, Xeon X5650 isn't really all that much better compared to AMD FX-8350 except having slightly better multi-core scores, that's about it really.
8350 (near/like-performance) + GTX 1050 Ti is not going to be all that good for those Games in question anyways.
Even at 3.8 ghz single core is no screaming hell ^.
https://www.youtube.com/watch?v=mqGm6o6tSEA
The ^ rest of it just for kicks.
Yep, dual-socket LGA-1366 CPU. Now.. there is a "Thing", where some desktop x58 motherboards will work and run with dual-socket xeons installed. But.. this is a whole "hit or miss". I have a "EVGA CLASSIFIED X58 3-WAY-SLI" motherboard, and it will not use dual socket xeons at all (Won't even complete POST with one installed, *BEEP*). But I had (and gifted to a friend) a gigabyte X58 motherboard that did work with dual-socket xeons, starts and runs normally and everything's fine, but it couldn't overclock them. And someone else I know on steam has a ASUS x58 desktop board that both accepts dual-socket xeons and supports overclocking them. But there's no way to know if a board does or does not unless you've spoken with someone that can personally assure you that it doesn't work.
TL;DR: Don't do it (putting dual socket cpu's in single socket boards), it probably won't work.
Now on the other side there are three different 6-core, 12-MB Cache, single-socket designed xeons you can get for x58 that are fairly cheap. And because they're designed for single-socket workstations they will work in 99.99% of x58 motherboards (some may need a bios update). The model numbers are: W3670, W3680, and W3690. All of them are basically the same chip, just have a lower multiplier, and as a result lower default clock speed. All of them should support overclocking in almost all x58 desktop boards and you can get a W3680 chip for $48 today used on ebay.
W3680 is +55% overall and +32% in single core vs your chip: http://cpu.userbenchmark.com/Compare/Intel-Xeon-W3680-vs-AMD-Athlon-II-X4-860K/m12335vs3265
And W3680 is +26% overall and +19% in single-core over a FX-8350: http://cpu.userbenchmark.com/Compare/Intel-Xeon-W3680-vs-AMD-FX-8350/m12335vs1489
was bring up the official pages of a few common X58 Boards, then reviewing their CPU Support lists.
Ones like ASUS Rampage III Extreme from what I could see did not list any of the X58 supported Xeons, yet ones like ASRock X58 Extreme did, but not the Xeon in question the OP is referring to. Now would it work on such Motherboards and simply just not have the ability to show reflection on that model# in the BIOS and/or OS, yet still function properly, possible. But I'm not willing to suggest you go grab some Motherboard that doesn't say clearly it supports such CPU model.
This seems to state otherwise...
http://www.pc-specs.com/cpu/Intel/Xeon/Xeon_Processor_X5650_/2111/Compatible_Motherboards
But pretty much any single-socket 1366 xeon is going to work in any single-socket motherboard, mostly, usually. 99.99% of the time. The only things that are actually "hit or miss" is using dual-socket-designed xeons in single-socket boards. But single-socket-designed chips work in almost all single-socket boards. And they're decent chips and fairly cheap today.