Ako ziskať 24percent vykonu naviac

[mayday]

Citali ste uz o famoznej novinke od AMD a IBM? Podarilo sa im vyvinut novu metodu vyroby tranzistorov. Tento zazrak sa vola "STRAINED SILICON" a mal by cca za pol roka nahradit sucasnu vyrobu SOI (Silicon-On-Insulator).
Prve testovane vzorky tranzistorov dosahovali 24-percentny narast vykonu oproti sucasnym. Co to znamena? len tolko, ze ked si o pol roka kupim Athlon 64 taktovany na 2000MHz tak by mal dosahovat cca. vykonu sucasneho Athlon64 4000+ taktovaneho na 2400MHz... A pokial bude tato technologia schopna prekonat hranicu 3GHZ to nas este len cakaju radostne casy... ...OC z 2GHZ na 3GHZ a vykon na urovni 6GHz P4 ktore Intel dosiahne jedinym sposobom, dualcore P4 na 3GHz so spotrebou 200W... ...inak kto je zvedavy na povodnu spravu bez mojich radostnych blabolov nech cita na tomshardwarev top news....

[Eagle]

1. Použitím SS se výkon nezvyšuje, pouze se zvyšuje max. frekvence.
2. SS používá Intel v Prescottu a Dothanu. AMD zatím v FX55 a některých novějších sériích 0.13um čipů, zatím ho nenasadili u 90nm čipů.

[stj]

Citali ste uz o famoznej novinke od AMD a IBM? Podarilo sa im vyvinut novu metodu vyroby tranzistorov. Tento zazrak sa vola "STRAINED SILICON" a mal by cca za pol roka nahradit sucasnu vyrobu SOI (Silicon-On-Insulator).
Prve testovane vzorky tranzistorov dosahovali 24-percentny narast vykonu oproti sucasnym. Co to znamena? len tolko, ze ked si o pol roka kupim Athlon 64 taktovany na 2000MHz tak by mal dosahovat cca. vykonu sucasneho Athlon64 4000+ taktovaneho na 2400MHz... A pokial bude tato technologia schopna prekonat hranicu 3GHZ to nas este len cakaju radostne casy... ...OC z 2GHZ na 3GHZ a vykon na urovni 6GHz P4 ktore Intel dosiahne jedinym sposobom, dualcore P4 na 3GHz so spotrebou 200W... ...inak kto je zvedavy na povodnu spravu bez mojich radostnych blabolov nech cita na tomshardwarev top news....

cece nic v zlom ale nabuduce si radsej radostne blaboly odpust
este ze to eagle uviedol na spravnu mieru.
ak nabuduce budes xciet spravit preklad tak fajn ale poprosim bez vymyslania

[mayday]

FAJN, TOTO JE ORIGINAL:

AMD and IBM have developed a strained silicon transistor technology which the firms believe will dramatically increase processor performance. Prototype transistors posted a 24 percent performance gain while running at the same power levels transistors produced without the technology.

The jointly developed strained silicon for the first time is compatible with silicon-on-insulator (SOI) technology. According to the firms, the process can be used to tackle electrical leakage and inefficient switching which result from transistor scaling and increased transistor frequency.

300mmwafer "Innovative process technologies such as strained silicon enable AMD to deliver more value to our customers," said Dirk Meyer, executive vice president, of the Computation Products Group at AMD.

AMD intends to integrate the new strained silicon technology into all of its 90 nm processor platforms, including its future multi-core AMD64 processors. The first 90 nm AMD64 chips using the technology are scheduled to be available in the first half of 2005, the company said.

IBM plans to introduce the technology on "multiple" 90 nm processor platforms, which include its Power architecture-based chips, with the first products slated to begin shipping in the first half of 2005, according to a statement.


A POPROSIL BY SOM PRELOZIT NIEKOHO KTO JE LEPSI V ANGLICTINE AKO JA VETU: Prototype transistors posted a 24 percent performance gain while running at the same power levels transistors produced without the technology.

[Jiri Drak]

A POPROSIL BY SOM PRELOZIT NIEKOHO KTO JE LEPSI V ANGLICTINE AKO JA VETU: Prototype transistors posted a 24 percent performance gain while running at the same power levels transistors produced without the technology.

Ja sem sice v anglictine urcite horsi nez ty, ale chapu z toho ze prinasi 24% narust vykonu pri stejne spotrebe, ale neni tam ani slovo o stejne frekvenci.

[mayday]

A POPROSIL BY SOM PRELOZIT NIEKOHO KTO JE LEPSI V ANGLICTINE AKO JA VETU: Prototype transistors posted a 24 percent performance gain while running at the same power levels transistors produced without the technology.

Ja sem sice v anglictine urcite horsi nez ty, ale chapu z toho ze prinasi 24% narust vykonu pri stejne spotrebe, ale neni tam ani slovo o stejne frekvenci.

Bol by som rad keby sa najsiel nejaky anglictinar expert a prelozit tuto vetu, lebo podla mna sa to da prelozit aj inak. Klucove je asi spojenie power level, ale to nemusi znamenat iba uroven napajania, prikon, ale aj hruby vykon, uroven hrubeho vykonu, cize u procesoru frekvenciu.. ...takze preto som si to prelozil ako narast vykonu pri rovnakej frekvencii... ...no tak co najde sa ten anglictinar alebo pockame ako to prelozia nase spravodajske servery... ...ktovie ci to nebude vacsi blud ako ten moj...

[Prokop]

A POPROSIL BY SOM PRELOZIT NIEKOHO KTO JE LEPSI V ANGLICTINE AKO JA VETU: Prototype transistors posted a 24 percent performance gain while running at the same power levels transistors produced without the technology.

Ja sem sice v anglictine urcite horsi nez ty, ale chapu z toho ze prinasi 24% narust vykonu pri stejne spotrebe, ale neni tam ani slovo o stejne frekvenci.

Bol by som rad keby sa najsiel nejaky anglictinar expert a prelozit tuto vetu, lebo podla mna sa to da prelozit aj inak. Klucove je asi spojenie power level, ale to nemusi znamenat iba uroven napajania, prikon, ale aj hruby vykon, uroven hrubeho vykonu, cize u procesoru frekvenciu.. ...takze preto som si to prelozil ako narast vykonu pri rovnakej frekvencii... ...no tak co najde sa ten anglictinar alebo pockame ako to prelozia nase spravodajske servery... ...ktovie ci to nebude vacsi blud ako ten moj...

hlavne aby to nebyl blud jako cele THW..

Eaglovo vysvetleni bylo dost vystizne a hlavne jim bylo uvedeno vse na spravnou miru.. takze LOCK

[mayday]

A POPROSIL BY SOM PRELOZIT NIEKOHO KTO JE LEPSI V ANGLICTINE AKO JA VETU: Prototype transistors posted a 24 percent performance gain while running at the same power levels transistors produced without the technology.

Ja sem sice v anglictine urcite horsi nez ty, ale chapu z toho ze prinasi 24% narust vykonu pri stejne spotrebe, ale neni tam ani slovo o stejne frekvenci.

Bol by som rad keby sa najsiel nejaky anglictinar expert a prelozit tuto vetu, lebo podla mna sa to da prelozit aj inak. Klucove je asi spojenie power level, ale to nemusi znamenat iba uroven napajania, prikon, ale aj hruby vykon, uroven hrubeho vykonu, cize u procesoru frekvenciu.. ...takze preto som si to prelozil ako narast vykonu pri rovnakej frekvencii... ...no tak co najde sa ten anglictinar alebo pockame ako to prelozia nase spravodajske servery... ...ktovie ci to nebude vacsi blud ako ten moj...

hlavne aby to nebyl blud jako cele THW..

Eaglovo vysvetleni bylo dost vystizne a hlavne jim bylo uvedeno vse na spravnou miru.. takze LOCK

AMD and IBM have improved upon their version of strained silicon and have manage to squeeze out an additional 12% switching performance. The improvement is achieved with little impact on the manufacturing end which will help speed its adoption into products. AMD will be manufacturing their 90nm chips on this new process during Q1 2005. zdroj-ANANDTECH
TAKZE PREDSA IDE O NARAST VYKONU, AJ KED TU SA HOVORI IBA O 12 PERCENTACH

[PeterM]

AMD and IBM have improved upon their version of strained silicon and have manage to squeeze out an additional 12% switching performance. The improvement is achieved with little impact on the manufacturing end which will help speed its adoption into products. AMD will be manufacturing their 90nm chips on this new process during Q1 2005. zdroj-ANANDTECH
TAKZE PREDSA IDE O NARAST VYKONU, AJ KED TU SA HOVORI IBA O 12 PERCENTACH

Nie... Hovorí sa tam o zvýšenej spínacej schopnosti (ja by som to chápal ako rýchlosť spínania, ale počkáme si na záver technologickej konferencie) - to nemusí viesť k zvýšeniu výkonu procesora, ale môže napríklad znížiť tepelné straty a podobne. Ale toto všetko sú len špekulácie - počkajme si na oficiálne vyjadrenie technikov z AMD&IBM (zatiaľ sa vyjadrovali skôr ľudia z PR oddelenia )

[Janosik]

2mayday : OT ,,fuj taketo vysvetlovanie po svojom, nato by ta bolo !!! ,,OT samozrejme je to len joke ....

[mayday]

OK OK, tak som si to prikraslil, ale ved AMD sa uz podaril husarsky kusok s 90nm procesormi, ktore menej hreju a maju nepatrne vacsi vykon na rovnakej frekvencii, tak mozno sa im to podari zase.. ...jedno je iste, nova revizia AMD CPU bude zase o nieco lepsia, co sa dufajme prejavi v mensej produkcii tepla a samozrejme vyssej maximalnej frekvencii bez nutnosti zvysovania napatia... ...a co je najpodstatnejsie, uvedenim novsich CPU klesnu ceny sucasnych... ...takze treba pripravit prasiatko a tesit sa novu reviziu Athlonu64 3200+, dufajme ze aj s SSE3, to by uz AMD natrhlo pr... aj v poslednych benchmarkoch kde ma intel navrch....

[almanil]

Ja bych tedy rekl ze se tam proste jedna o tom,ze: za stejneho napeti se da ziskat 24% vykonu. To je ta 1. veta.

ta 2. veta. Ze se jim podarilo zlepsit ten strained silicon, v tom ze se rychleji spousti.

A nemyslim ze by to byl nejaky super kousek. Proste dalsi technologie,ktera nas posouva trochu dopredu(i kdyz uz se pouziva). Ale takove technologie se (zlepseni) se objevuji rekl bych celkem casto.

[Halen]

The jointly developed strained silicon for the first time is compatible with silicon-on-insulator (SOI) technology. According to the firms, the process can be used to tackle electrical leakage and inefficient switching which result from transistor scaling and increased transistor frequency.

Spis tohle mi prijde dulezite z te citace. INCREASED TRANZISTOR FREQUENCY. Takze tech 24% vykonu navic bude nejspis, jak psel Eagle, moznost zvyseni frekvence procesoru a tim i sirsi sklaovatelnost.

[Petrik]

Ehm, no ono to je docela logicke, ze pokud se bavime o vykonu tranzistoru, tak ze se muzi jednat jen a pouze o frekvenci, pokud nemyslime tepelny vykon

The jointly developed strained silicon for the first time is compatible with silicon-on-insulator (SOI) technology. According to the firms, the process can be used to tackle electrical leakage and inefficient switching which result from transistor scaling and increased transistor frequency.

Spis tohle mi prijde dulezite z te citace. INCREASED TRANZISTOR FREQUENCY. Takze tech 24% vykonu navic bude nejspis, jak psel Eagle, moznost zvyseni frekvence procesoru a tim i sirsi sklaovatelnost.