AMD Phenom II Uporabne informacije, izkušnje, testi, navijanje, plošče .....

T1075 mi je kazal za cca 10°C nizjo temp, kot 955BE.

hja, v sobi je precej manj kot 23°C (cca 15-16 imo - nisem doma in so balkonska vrata odprta, pa proc je idle, na 100° load pride do nekaj cez 40°C (41-42). Asusov PC probe kaze pa idle temperaturo najmanj 40°C in 100% load do cca 55°C

Tud če maš 10C boš mel temperaturo višjo od 55C pri full load na stock colerju, pa tudi na zračnem nasploh...

mugen 2 je, saj temperatura me sploh ne moti, glavno da dela, bolj me moti dejstvo da hudic rabi 1.425V da je na 3.5Ghz vec kot 5 loopov stabilen na intel burn testu, pa ne morm dat na vec kot 1.45V

v pcprobu je v bistvu se visja napetost kot v biosu:D in pr obremenitvi se tudi ne sesede nic:D

plata da cpu-ju 1.425 plus nekaj malega se zraven ja:) cpuz pa kaze 1.325 :D pri 1.4V v biosu pa cpuz kaze 1.35. Mene bolj zanima, kako spravim nad 1.45 voltazo na plati:S

Glede na to, da je 890FX praktično enak 790FX, ti priporočam to plato. Jo imam sam in sem zelo zadovoljen. Samo jaz sem dal 170EUR, tako da za to ceno nimaš druge izbire. Pa še zvočno kartico X-FI dobiš.

Potem pa MSI 890FXA GD-70.

Mam 790fx gd70, pa mi je crknila. Mal glupo se mi zdi tok kesa dajat... Povn k... mam ze usega.

Garancije za staro pa ni več? A se ti sam v Avstrijo ne da pošiljat?

Mah ne verjamem. Avstrijci ponavad to hitrej spedenajo. Pošlji jo vsekakor, tud če novo kupiš, še zmer lahko potem tisto iz MyLemona prodaš.

Evo nabavil sem M4A89GTD PRO/USB3 pri nas za slabih 125EUR. Ravno sestavil in...dela

Mitja358 je 9. nov 2010 ob 16:43 izjavil:

jRk0 je 9. nov 2010 ob 13:52 izjavil:

prvo kot prvo, to ni X-FI, kot ima creative svoj X-FI, drug problem je pa recimo, da ima samo en PCI prikljucek, ki je neuporaben, glede na to kako blizu PCI-E za primarno graficno je (jaz recimo mam zvocno na PCI)

Na moji piše "Powered by Creative" X-Fi SupremeFX.

PCI lahko vstaviš tudi če ima dual-slot grafiko ali si mislil glede hlajenja?

powered by creative je zaradi eax podpore itd, cip in ostalo je pa drugo...

ja, sem probal na micro atx plati z 2xPCI pod pci-e in je en takoj zakrit, na drugem je pa milimeter razlike med graficno in zvocno, kar mi ne pase zaradi hlajenja in interferenc od graficne recimo:D drugac je pa kar zakon plata ja,

Čestitke Dr M lep rezultat,kaj to je max. proca.Ker jaz sem prišel do 4500 za Super P z 1055T.

A bo uredu?

Vodno, radiator je zunaj na mrazu
Voda ima zdele nekje med 10 in 15°C.

Dr_M, na koliko ga misliš imet za 24/7? 4GHz?

Mel ga bom na 3ghz :> Po potrebi pa 4.2ghz. Predvsem za igre,pa kaksno malenkost..

Dr M kake maš kej tempe.

Samo ta SuperPi je malo smesen...moj prastari Q6600 je na 3,4ghz za celo sekundo hitrejsi od X6 na 4,5Ghz a dejansko je Q6600 kanta napram X6

klinker je 23. nov 2010 ob 18:33 izjavil:

Samo ta SuperPi je malo smesen...moj prastari Q6600 je na 3,4ghz za celo sekundo hitrejsi od X6 na 4,5Ghz a dejansko je Q6600 kanta napram X6

Ni omembe vreden program.

Bulldozer hints at 3.5GHz 8MB L3 and Turbo 2.0

A ni bil včasih 32m bolj test stabilnosti RAMa? No, s 100% obremenitvijo valda stestira tudi CPU.

Bulldozer:

AMD Bulldozer's Clock-Speeds May Be Higher than 3.50GHz.

AMD Releases Clock-Speed Related Information About Bulldozer Micro-Architecture

At the International Solid-State Circuits Conference (ISSCC) 2011 Advanced Micro Devices plans to reveal additional details about its code-named Bulldozer micro-architecture as well as implementations of forthcoming microprocessors on its base. Apparently, AMD's next-gen chips will be capable of working at over 3.50GHz, which is a quite high-speed, considering the fact that the central processing units (CPUs) will have up to eight cores.

During an ISSCC session on the 21st of February, AMD will describe its dual-core processor module of eight-core Bulldozer microprocessor, according to the agenda on the web-site of the conference. During another session on the 22nd of February the company will describe implementation of its 8MB unified level-three cache of Bulldozer microprocessors. The presentations will be dedicated to ways of reducing die size, power consumption as well as improvements of yields. The description of the sessions shed more light onto the characteristics of AMD's implementation of Bulldozer micro-architecture on 32nm silicon-on-insulator process technology, which is known as code-named Orochi design (Zambezi is desktop version, Valencia is server version).

Each Bulldozer dual-core CPU module with 2MB unified L2 cache contains 213 million transistors and is 30.9mm2 large. By contrast, die size of one processing engine of Llano processor (11-layer 32nm SOI, K10.5+ micro-architecture) is 9.69mm? (without L2 cache), which indicates that AMD has succeeded in minimizing elements of its new micro-architecture so to maintain small size and production cost of the novelty.

Bulldozer processor modules are designed to operate from 0.8V to 1.3V voltages at 3.50GHz+ clock-speed. It is unclear whether 3.50GHz is average clock-speed of the forthcoming Orochi processors or they will manage to work at significantly higher frequencies. Interestingly, but the level-three cache of Bulldozer may work at a clock-speed that is lower compared to the frequencies of CPU modules.

"This micro-architecture improves performance and frequency while reducing area and power over a previous AMD x86-64 CPU in the same process. The design reduces the number of gates/cycle relative to prior designs, achieving 3.5GHz+ operation," the claim by AMD reads.

The Bulldozer's 8MB L3 cache is composed of four independent 2MB sub-caches and features column-select aliasing to improve area efficiency, supply gating and floating bit lines to reduce leakage power, and centralized redundant row and column blocks to improve yield and testability. The cache operates above 2.40GHz at 1.1V. Potentially, this may be an indicator that Orochi will work asynchronously.

While presentations from ISSCC do not reveal precise peculiarities of future microprocessors, they give indicators which may reveal certain general qualities. For example, according to an ISSCC 2010 paper claims that the target CPU clock-speed of Llano, which is made using the same fabrication process as Orochi, is "higher than 3.0GHz". Indirectly this points to high-frequency/scaling design of Bulldozer.

AMD did not comment on the news-story.

Še en Rekord 7,13 ghz za Phenom:

http://www.computerbase.de/news/hardwar...

Zame osebno je stabilnost v Intel Burnu čisti overkill. Prime95 uporabljam in do zdaj nobenega reseta. 10 minut small testa pa to je to.