Aten-Ra

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Posts posted by Aten-Ra

  1. Απο www.anandtech.com

    After publication of this article there's been some slight confusion on the matter of the AWSUM switch and the warranty. AMD's official guidance is that overclocking the card voids the warranty, which means that AWSUM/uber mode it warranty breaking. Technically speaking just flipping the switch doesn't break the warranty - it's operating the card that does - but retail cards will come with a sticker over the switch warning users of the potential danger of overclocking and that it violates the warranty. So breaking the sticker to flip the switch will for all practical purposes violate the warranty. Specific policies may differ by partner, however.

    Χεχ, αν γυρίσετε τον διακόπτη στην θέση δυο καταργείτε η εγγύηση

    MEGA FAIL

  2. Από τον Dresdenboy

    Planet 3DNow! Forum - Einzelnen Beitrag anzeigen - Bulldozer rollt an....

    Significant Upgrade in June 2011 – 232 AMD 2.3 GHz 16-core Opteron Interlagos processors – 3,712 compute cores, 116 32-core nodes – 7.4 TB DDR3 memory, 64 GB/node, 2.0 GB/core

    Gaea | NCRC.GOV

    In June 2010, installation concluded for a 260-teraflop (trillion calculations per second) Cray XT6 system with 2,576 AMD “Magny-Cours” 12-core, 2.1 GHz processors. After passing a series of acceptance tests, Gaea was released to early users. In September, nearly a dozen users began ramping up their data production.

    In June 2011, a 720-teraflop Cray XE6 system will be added to Gaea. It will employ the next-generation AMD Interlagos 16-core processor. After the installation of that second system, the original 260-teraflop system will be upgraded with the same AMD Interlagos processor to achieve 386 teraflops.

    Η AMD έχει πει ότι πρώτα θα βγάλει τον Desktop Bulldozer και μετά τους Opteron (Interlagos).

    13063llano3.jpg

    Και από το παραπάνω Slide ευελπιστώ να δούμε τον Bulldozer τον Απρίλιο-Μάιο.

  3. Intel G2 X25-M

    Random I/O Operations per Second (IOPS)

    * Random 4KB Reads: up to 35,000 IOPS

    * up to 6,600 IOPS (80GB drive)

    * up to 8,600 IOPS (120GB drive)

    * up to 8,600 IOPS (160GB drive)

    Intel� X25-M and X18-M Mainstream SATA Solid-State Drives - Overview

    Intel 310

    Random I/O Operations per Second (IOPS)

    * Random 4KB Reads

    o Up to 25 K IOPS (40GB)

    o Up to 35 K IOPS (80GB)

    * Random 4KB Writes

    o Up to 2.5 K IOPS (40GB)

    o Up to 6.6 K IOPS (80GB)

    Intel� Solid-State Drive 310 Series - Overview

    Intel 320

    Random 4KB Reads up to 50 K IOPS

    Intel 510

    Random I/O Operations per Second (IOPS)

    * Random 4KB Reads: up to 20K IOPS

    * Random 4KB Writes: up to 8K IOPS

    Intel� Solid-State Drive 510 Series - Overview

    Τα συμπεράσματα δικά σας ;)

  4. αντε να κατεβουν στα 22nm να χωσουν πολυ τρανζιστορ μεσα

    φαντασου μια quad καρτα!!!!

    Η επομένη λιθογραφική μέθοδος κατασκευής για κάρτες γραφικών είναι τα 28nm

    Γιατί δεν βγαίνει μια δυπύρινη κάρτα, με την λογική των δύο πυρήνων σε ένα die?

    Γιατί πολύ απλά ήδη είναι πολυπύρηνες αφού η GTX580 έχει 512 Cuda Core.

  5. Με 192 Cuda Cores στα 900MHz και 128-bit μνήμη στα 4100MHz θα είναι κοντά στο 15% παραπάνω από την GTS450 και σε καμία περίπτωση δεν θα φτάσει το 35% παραπάνω απόδοση.

    Με αυτά τα τεχνικά χαρακτηριστικά τα $200 η 150 Ευρώ είναι υπερβολή, εκτός αν είναι 240 Cuda cores και 192-bit μνήμη.