paravatis Δημοσ. 14 Μαΐου 2003 Δημοσ. 14 Μαΐου 2003 exo mia 8rda+, enan athlon xp 2100+ AIUHB 0250 kai ena stick 256mb ddr400 cl2 tis geil. to prob mou einai pos den mporo na ftaso oute kan 166 fsb sto systima mou!!!!! pos ginetai afto??? i cpu doulevei afti ti stigmi me [email protected]!!! oso pio pano kai na valo fsb kai vcore(akomi kai vdimm re gmt!!!) den bootarei kan... <img src="http://www.insomnia.gr/ubbthreads/images/graemlins/frown.gif" alt="" /> <img src="http://www.insomnia.gr/ubbthreads/images/graemlins/frown.gif" alt="" /> <img src="http://www.insomnia.gr/ubbthreads/images/graemlins/frown.gif" alt="" /> exo timings 6-3-3(ta default tis mnimis) kai cas latency 2. any suggestions??
lacoste_gr Δημοσ. 14 Μαΐου 2003 Δημοσ. 14 Μαΐου 2003 Anevazontas to FSB(ALHTHEIA TI EINAI AYTO?)ti symvainei?Rvtaw giati anevasa to FSB sto pc moy apo to bios kai pros stigmhn den bootarize!
LL_NEO Δημοσ. 14 Μαΐου 2003 Δημοσ. 14 Μαΐου 2003 Παλιά υπήρχε ασυμβατότητα μεταξύ geil και nforce2, αλλά εδώ και μήνες το πρόβλημα έχει λυθεί, Μήπως έχεις πέσει σε παλιό stick?
paravatis Δημοσ. 15 Μαΐου 2003 Μέλος Δημοσ. 15 Μαΐου 2003 to stick agorastike mesa fevrouariou.. les na me doulepsan sto hac(an kai den to pistevo)?? to mono pou mou eipan einai oti to nforce2 den ypostirizei ddr400 alla mexri ddr333 alla me "ligi piesi" mou eipan pos den tha exo prob... re toufa les na min to dokimasa?? ase, exo ksenerosei ti zoi mou...
LuNaTiC Δημοσ. 15 Μαΐου 2003 Δημοσ. 15 Μαΐου 2003 einai ligo mistiria ta pramata me tis mnimes .... emena den epiane me tpt 200fsb me oti setting logiko na ebaza stis mnimes... mou irthe flash simera na valo ena 6-3-2-2 kai tora douleuo 200fsb no prob... telika einai me ta kefia tous...mou fenete
paravatis Δημοσ. 15 Μαΐου 2003 Μέλος Δημοσ. 15 Μαΐου 2003 hmmmmm... mporei mipos kapoios na eksigisei(an de varietai) ti rolo paizei to kathe noumero sta timings kai ti epidraseis exoun oi afksomeioseis tous?? thx paidia!! <img src="http://www.insomnia.gr/ubbthreads/images/graemlins/smile.gif" alt="" /> <img src="http://www.insomnia.gr/ubbthreads/images/graemlins/smile.gif" alt="" />
irreversible Δημοσ. 15 Μαΐου 2003 Δημοσ. 15 Μαΐου 2003 loipon mr paravatis epeidi to exo dei to sistima sou spiti sou tha se symbouleya opos eipe kai o toufas na rixeis multiplier kai anebaseis fsb kai genika na peiramatisteis..... to oti se kapoia stigmh tha breis kati ipsilo de simainei oti kai tha einai stable....... mia sinmbouli rixe multiplier se 13 kai anebase fsb se 166 kai sto aggresive mode... apotelesma 2171.58 diladi enas iperoxos athlon xp 2700+ gia raxi einai pisteyo kalo.... elpizo kiolas na exeis ftiaxei ta ddr sou na einai 400 giati otan ta protobazeis stin epox exei mia tasei na katebazei tous xronous otan ton anoigeis koita na deis posa sou leii ta leme to epomeno sabbatokiriako!!!
irreversible Δημοσ. 15 Μαΐου 2003 Δημοσ. 15 Μαΐου 2003 TI SIMAINOUN TA TIMINGS!!!!! variomoun na to metafraso: Memory timings Memory timings Why is it important to have paired modules? In a word, timings. Every memory module has a speed rating and this rating dictates how it will be used by the memory controller on your motherboard. Some of you may be a little confused as to what all of the numbers mean when you buy a piece of ram. The general rule of thumb is this: "lower timings + higher speed = good". Though does it always matter? For everyday usage like web surfing and general 2d office apps, you won't notice any difference. Low timings really come into play while running memory intensive application like games, graphics and program development. In these cases the faster the better. Memory Timing Terms CAS Latency: is a number that refers to the rounded ratio between column access time and the clock cycle time. A CAS Latency of 2 @ 200Mhz would look like this CAS 2 = 10ns (column access time) / 5ns (clock cycle time @ 200Mhz) Clock Cycle Times 5ns = 200Mhz 6ns = 166Mhz 7.5ns = 133Mhz 10ns = 100Mhz The relative constant in the equation is Column Access Time. This number will have an effect on the CAS number as the Clock Cycle Time changes. T(RAS) Active to Precharge: T(RAS) specifies the amount of time required between an active command to a precharge command. Basically this means the number of cycles that must pass after a bank is opened to when it can be closed. Lower is better. T(RCD) Active to CMD: T(RCD) Is the time we have to wait between a row access request and a column access request. Also can be called RAS-to-CAS, this number should be the same as your CAS Latency number for the best speed. T(RP) Precharge to Active: The amount of time from a bank precharge request to when it can be activated. One thing to keep in mind is that these timings are all related to one another and are controlled by the Clock Cycle Time. As the Clock Cycle Time decreases the timings will increase to compensate. Back to memory timings, the memory modules can only be as fast as the slowest link. This means when you mix CAS2 modules with CAS3 modules or even dissimilar CAS2 modules the timings will be adjusted to the lowest speed of each module. The result will become the overall SPD rating for the combined memory modules in the subsystem. These failsafe measures will usually result in very low memory scores but can cause stability problems as the Clock Access Time increases. (aka when you overclock) For more information check out the articles below. http://www.sysopt.com/articles/latency/ Similar to sysopt article. http://www.dewassoc.com/performance/memory/cas_latency.htm From Corsair http://www.corsairmemory.com/main/trg-cas.html
paravatis Δημοσ. 16 Μαΐου 2003 Μέλος Δημοσ. 16 Μαΐου 2003 na 'sai kala re boy.. <img src="http://www.insomnia.gr/ubbthreads/images/graemlins/laugh.gif" alt="" /> <img src="http://www.insomnia.gr/ubbthreads/images/graemlins/smile.gif" alt="" /> tha ta dokimaso apo avrio to proi kai tha postaro apotelesmata... <img src="http://www.insomnia.gr/ubbthreads/images/graemlins/smile.gif" alt="" /> <img src="http://www.insomnia.gr/ubbthreads/images/graemlins/smile.gif" alt="" /> <img src="http://www.insomnia.gr/ubbthreads/images/graemlins/smile.gif" alt="" />
Gl0bAlZer0 Δημοσ. 16 Μαΐου 2003 Δημοσ. 16 Μαΐου 2003 File mou egw den mporw na balw tis mnhmes kan sta 166.!!! Ase exoun kollhmata autes oi EPOX me to nforce! Egw mallon exw to problhma me tis mnhmes pou einai infineon... aurio 8a kserw pou 8a parw dio nea dimmakia apo filo..
irreversible Δημοσ. 16 Μαΐου 2003 Δημοσ. 16 Μαΐου 2003 oi epox exoun kollimata trella me ta memory!! a kai paravatis ta ddr 3200 ta timings pou prepei na exoun einai 6-3-3-3 kai oxi 2 pou exeis, koitaxe to kai ayto mporei na paizei rolo
LL_NEO Δημοσ. 16 Μαΐου 2003 Δημοσ. 16 Μαΐου 2003 Εγώ γιατί νομίζω από την άλλη οτι ήταν/είναι γενικό πρόβλημα των nforce2 και έχει σχεδόν λυθεί. Δε με πιστεύετε; Η nvidia έβγαλε ένα γενικό bios για όλες τις μητρικές με το τσιπάκι της που βελτιώνουν τη σταθερότητα και τις επιδόσεις. Η Asus ήδη έβγαλε ένα δικό της που βασίζεται σε αυτό της nvidia και το οποίο ΛΕΝΕ οτι επιτρέπει σχεδόν σε όλες τις A7N8X να πιάσουν τα 200ΜHz. ʼσχετο αλλά μιας και μίλησα για updates του nforce. Βγαίνουν όπου να'ναι καινούργιοι drivers για το nforce2. Οπότε όσοι είστε για format(εγώ) κάντε λίγο υπομονή για να βάλετε την τελευταία έκδοση...
LL_NEO Δημοσ. 16 Μαΐου 2003 Δημοσ. 16 Μαΐου 2003 Και μια απορία βρε paravatis. Πως και δεν είχες διαγνώσει πρόβλημα σε ένα τόσο νευραλγικό σημείο(μνήμη-μητρική) νωρίτερα απο 3 μηνές μετά την αγορά;
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