Αγαπητοί χρήστες των προϊόντων της GIGABYTE (και όχι μόνο)
Στο παρακάτω link του Tweaktown μπορείτε να βρείτε ένα ενδιαφέρον συγκριτικό μεταξύ της τεχνολογίας Δυναμικής Εξοικονόμησης Ενέργειας DES από την GIGABYTE και της EPU από την ASUS : http://www.tweaktown.com/articles/1348.
Το άρθρο είναι υπέρ της Δυναμικής Εξοικονόμησης Ενέργειας DES και έδειξε ότι έχει την μικρότερη κατανάλωση από το EPU. Το σημαντικότερο είναι πως με μητρικές με Δυναμική Εξοικονόμηση Ενέργειας DES ήταν αρκετά σταθερότερες από αυτές με το EPU της ASUS - αυτό είναι σημαντικό επειδή η Asus υποστηρίζει ότι η Δυναμική Εξοικονόμηση Ενέργειας DES είναι ασταθής.
Παρακάτω θα βρείτε μερικά αποσπάσματα:
“Next up, we have the system running 3DMark06 and here is where GIGABYTE managed to get a leg up on the ASUS board. During tests we noticed the ASUS board was at full power running all eight phases. The GIGABYTE board managed to run around 8-10 phases and only jumped to 12 once. Thanks to its more efficient power regulation system the GIGABYTE board was able to use less power under load.
While it was able to use less, it also stayed a lot more stable; the ASUS board when under load was jumping around quite a bit on our voltage monitor, spiking as high as it did and then dropping. We noticed a couple of lag jumps where it looked as if the CPU wasn’t getting the right amount of power, but we can’t be 100% sure on that. The GIGABYE board remained fully stable however.”
“The GIGABYTE boards performed the Prime95 test with flying colours; it did not crash once or have any errors from the end result.
The ASUS board however caused a few errors as it seemed to be lacking some power at times and caused a system crash about two hours into one of the tests. We did a reset and started again; all worked fine, but there were still some errors in the results. It seems that the DES system has a more stable power flow than the ASUS EPU.”
“Today’s tests put the DES system from GIGABYTE on a pedestal; a lot of research has gone into this and it really shows just what can be done to reduce energy requirements. Its stepping voltage regulation allows for a more flexible voltage draw as well as supplying more power to the CPU under load. There are more steps that the DES based boards are able to achieve compared to the EPU boards.
This is by no means saying that EPU is a losing technology, far from it, any power saving technology that proves to save even 5% of energy really has a good name. It’s just that ASUS has a bit more to do if it wants to be a real contender compared to the DES system that not only managed to keep the system stable under test conditions, but passed all the hard voltage strains that Prime95 puts on a CPU. Where ASUS caused a few crashes, GIGABYTE kept up with the pace.”
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Τοπικό γραφείο GIGABYTE
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