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Links >> Computers

Technical Support Intel CPU Detail Specs AMD CPU NetBooks
  • Steps to DR restore Windows 2000 Server with build-in tools
    • Backup with NT backup, ERUNT
    • Install Windows 2000 Server with Storage drivers
    • Boot into Windows PE / another IDE harddisk with drivers
    • Restore from BKF (run ntbackup.exe from the C:)
    • * Copy backup data into DVD or copy to a local harddisk, Windows 2000 may not able to detect USB drive in safe mode
    • Restore registry from ERUNT (if has AD, system will unable to normal bootup yet)
    • Re-config the Network Card's IP address if the NIC is changed
    • Boot into Windows 2000 Server in Safe Mode/Directory Restore Mode, restore the System State from BKF
    • Check Event log for any missing
  • Create a Super Floppy USB Key
    Boot into Linux, and format the USB key with: mkdosfs -I /dev/sda
  • Windows Server 2003 ASR backup without a floppy drive
    Solution: Perform an ASR backup on the computer without the floppy drive. Copy the asr.sif and asrpnp.sif files located in the %systemroot%\repair directory to another computer with a floppy drive, then copy those files onto a floppy disk.
    For Windows 2000, ASR will stop if no floppy present
  • Auto ESR backup at Windows 2000 without a floppy
    Require rdisk.exe from Windows NT 4.0
  • SAVCE Virus Definition
  • Web Trend Map 2007 Version 2.0
  • Mike's Hardware Roadmap 2006 Q3
  • Microsoft Evaluations download
  • Intel Integrated Chipset comparison
  • Li-Ion battery
    5% discharge rate per month
    keep it cool
    at 0 degree C, 40% charge, 2% capacity lost per year (keep at refrigerator)
    at 25 degree C, 40% charge, 4% capacity lost per year
    at 25 degree C, 100% charge, 20% capacity lost per year
    at 40 degree C, 100% charge, 35% capacity lost per year
Troubleshooting
  • JavaScript error in IE, could not see YouTube movie
    • 1. Close all IE windows, uninstall Flash Player, then reboot, and reinstall
    • 2. Try to disable most strange plugins like: ICQ, MSN Toolbar, Google Toolbar, Yahoo Toolbar, Skype
    • 3. Use Mozilla Firefox
Power Usage Information Storage device Information
  • AMD 780G vs ICH9R I/O performance (2008-03)
    G35's ICH9R is 25-50% better!
  • Compression compare
    • Hardware: Athlon64 X2 3800+ 2.0G x2, 2G DDR2-667 RAM, WD2000JB 200G ATA100
    • Software: WinXP Pro, WinRAR 3.7b7, compress to same disk, Multithread
    • WinRAR on VMware 2.00GB w2k3r2
      • Fastest, 921,526kB, 5m 15s
      • Fast, 841,903kB, 10m (9.1%, 80M smaller)
    • Hardware: Celeron 1.2G, 1G DDR266 RAM, WD2000JB 200G ATA100
    • Software: WinXP Pro, WinRAR 3.6b7, compress to same disk
    • WinRAR on VMware 25.5M disk
      • Fastest, 4s, 3.53M/13.84%
      • Fast, 10s, 2.62M/10.27% (34.8% better)
      • Normal, 14s, 2.58M/10.12% (1.5% better)
    • WinRAR on VMware 418M disk
      • Fastest, 136s/2:16, 167.5M/40.07% (base, 1x time)
      • Fast, 396s/6:36, 149.2M/35.7% (12.4% better, 2.9x time)
      • Normal, 509s/8:29, 147.3M/35.24% (1.3% better, 3.7x time)
      • Fastest decomp, 36s
      • Fast decomp, 33s
      • Normal decomp, 31s
  • Data Transfer Rates compare
    • Seagate Barracuda 7200.12 500G benchmark
      Access: 14.2ms, Max: 133-140M/s, Avg: 107-113M/s
    • WD 6401AALS 640G benchmark (I tested)
      Access: 12.4ms, Max: 123M/s, Avg: 100M/s
    • 7200RPM ATA harddisk (as of 2003-10): 50-55MB/s
    • Compact Flash (CF): 2-3MB/s
    • Multi Media Card (MMC): 200kB/s (2-2.5Mbps)
    • Secure Digital (SD): ~800kB/s (10Mbps)
    • Smart Media (SM): ~180kB/s (2Mbps)
    • Memory Stick (MS): ~200kB/s (2.5Mbps)
    • Disc-on-Chip (DOC): 180kB/s
    • DDS2 8G DAT: 500kB/s
    • DDS3 40G DAT: 3MB/s
    • DAT72 72G DAT: ~3.5MB/s?
    • DLT 40/80G: 6MB/s
    • LTO Ultrium 2 400G: 34MB/s?
    • LTO Ultrium 100/200G: 7.5MB/s
    • USB 1.0: ~1.2MB/s (12Mbps)
    • USB 2.0: ~48MB/s (480Mbps)
    • 1x CD: 150KB/s
    • 8x CD: 1200KB/s
    • 12x CD: 1800KB/s
    • 1x DVD: 1350KB/s
    • 2.4x DVD: 3240KB/s
    • 4x DVD: 5400KB/s
    • 8x DVD: 10800KB/s
  • Capacity compare
    • 1x DVD = 6.7x CD
  • CD, DVD Characteristic
    • DVD-RW / DVD-R:
      • ISO Multi-Session Format overhead: 1M (4488M, add 378M: 379M/4109M, add 91M: 471M/4018M)
      • ISO Multi-Session each session's overhead: 0M (Nero report the disc is 'formatted' with 1 Session only)
      • 4x DVD-RW Write Speed: Start at 4x already
      • 4x DVD-RW Read Speed: Start at ~3.8x, End at 8x? (8x reported by Nero InfoTool)
      • Nero CD-DVD Speed see all the session
    • DVD+RW / DVD+R:
      • ISO Multi-Session Format overhead: 160M
      • ISO Multi-Session each session's overhead: 0M (Nero report the disc is 'formatted' with 1 Session only)
      • ISO/UDF Multi-Session each session's overhead: 10M
      • 4x DVD+RW Write Speed: Start at 4x already
      • 4x DVD+RW Read Speed: Start at ~3.8x, End at 8x? (8x reported by Nero InfoTool)
      • 8x DVD+R Read Speed: Start at ~4.5x, End at ~13x (90% Full)
      • Nero CD-DVD Speed seems see only the last session
      • After UltraISO optimized ISO/UDF burn: Disc is formatted, no session remain, cannot write multi-session.
        However, if burn the optimized ISO in Nero, can keep the DVD session open.
  • LCD Screen compare (Diagonal / Vertical length)
    • 17" 16:10 / 9"
    • 15.4" 16:10 / 8.1"
    • 14.1" 16:10 / 7.5"
    • 13.3" 16:10 / 7"
    • 11.1" 16:10 / 5.9"
    • 19" 4:3 / 11.4"
    • 17" 4:3 / 10.2"
    • 15" 4:3 / 9"
    • 12" 4:3 / 7.2"
    • 10.4" 4:3 / 6.2"
  • Performance compare links (CPU)
  • Performance compare
    • VIA C7-M 1Ghz ~= Celeron-M 500Mhz (raw CPU calculation power)
    • Intel Atom A110 800Mhz ~= Celeron-M 800Mhz
    • Athlon low voltage 15w TDP 1.6G ~= Atom 1.6G 1.6x, total system power usage 1.1x
    • Athlon X2 (Brisbane) 2.7G = C2D 2.0G (E8000), C2D 2.2G (E6000)
    • Athlon X2 7000 (Kuma) 2.7G = C2D 2.4G (E8000)
    • ===============================================
    • Athlon X2 7750 (2.7Ghz) ~= C2D E7xxx same clock 0.9-0.85x
    • Athlon X2 7750 benchmarks
    • Athlon 64 X2 3800+ (2Ghz) ~= C2D 1.6Ghz
    • Athlon 64 X2 5000+ (2.6Ghz) ~= C2D 2.1Ghz
    • ===============================================
    • Socket 478 Celeron 2.0Ghz 128kB 400FSB ~= Pentium 4 1.6Ghz 512kB 800FSB (75-80% of recent Pentium 4 in general office application)
    • Sampron 3100+ (1.8Ghz) ~= Pentium 4 2.3-2.6Ghz
    • K6-2 400Mhz ~= P3 155Mhz EB (Video Encoding)
    • K6-2 400Mhz ~= P3 195Mhz EB (WinRAR)
    • K6-2 400Mhz ~= P3 148Mhz EB (MP3 Encoding)
    • P3 1000Mhz EB ~= P4 750Mhz GE Prescott (DivX Encoding)
    • P3 1000Mhz EB ~= P4 1560Mhz GE Prescott (WinRAR Compress)
    • P3 1000Mhz EB ~= P4 1460Mhz GE Prescott (MP3 Encoding, Office Application)
      P3 1Ghz = 50% of P4 2.8G
    • P3 1000Mhz EB ~= P4 1050Mhz GE Prescott (OpenGL)
    • P3 1000Mhz EB ~= P4 1110Mhz GE Prescott (DirectX 9)
    • P3 1000Mhz EB ~= P4 1170Mhz GE Prescott (DirectX 8)
    • P3 1000Mhz EB ~= Celeron 1250Mhz Northwood (DivX Encoding)
    • P3 1000Mhz EB ~= Celeron D 1800Mhz Prescott (WinRAR Compress)
    • P3 1000Mhz EB ~= Celeron 1440Mhz Northwood (MP3 Encoding)
    • Athlon XP 1800+ (1.433Ghz) ~= 150% of P3 1Ghz (Office Application), P3 & Athlon XP is clock to clock?
    • Athlon 64 X2 3800+ (2Ghz) ~= 2 x P4 2.8Ghz Prescott (estimated from WinRAR compression performance) Actual should be ~25-30% better
    • Pentium D 820 (2.8Ghz) ~= 2 x P4 2.6Ghz Prescott (estimated from WinRAR compression performance)
    • Core 2 Duo E6600 (2.4Ghz) ~= Pentium D 960 (3.6Ghz) x 1.32 (from 3DS Max 8.0)
      Core 2 Duo 4M 1.8Ghz ~= Pentium D 9xx 3.6Ghz
    • Core 2 Duo E6600 (2.4Ghz) ~= Pentium D 960 (3.6Ghz) x 1.33 (from WinRAR 3.6)
      Core 2 Duo 4M 1.8Ghz ~= Pentium D 9xx 3.6Ghz
    • Core 2 Duo E6600 (2.4Ghz) ~= Pentium D 960 (3.6Ghz) x 1.33 (from WinRAR + Photoshop)
      Core 2 Duo 4M 1.8Ghz ~= Pentium D 9xx 3.6Ghz
    • Core 2 Duo E6600 (2.4Ghz) ~= Athlon 64 X2 4800+ (2.4Ghz 1Mx2) x 1.19 (from 3DS Max 8.0)
      Core 2 Duo 4M 2.0Ghz ~= Athlon 64 X2 1Mx2 2.4Ghz
    • Core 2 Duo E6600 (2.4Ghz) ~= Athlon 64 X2 4800+ (2.4Ghz 1Mx2) x 1.34 (from WinRAR + Photoshop)
      Core 2 Duo 4M 1.8Ghz ~= Athlon 64 X2 1Mx2 2.4Ghz
    • Core 2 Extreme X6800 (2.93Ghz) ~= Pentium D 960 (3.6Ghz) x 1.625 (from 3DS Max 8.0)
      Core 2 Extreme 1.8Ghz 4M ~= Pentium D 9xx 3.6Ghz
    • Core 2 Extreme X6800 (2.93Ghz) ~= Pentium D 960 (3.6Ghz) x 1.47 (from WinRAR 3.6)
      Core 2 Extreme 2Ghz 4M ~= Pentium D 9xx 3.6Ghz
    • Core 2 Extreme X6800 (2.93Ghz) ~= Pentium D 960 (3.6Ghz) x 1.58 (from WinRAR + Photoshop)
      Core 2 Extreme 1.85Ghz 4M ~= Pentium D 9xx 3.6Ghz
    • Celeron D 2.8Ghz ~= Pentium 4 2.8GE x 0.866 (Quake 3 OpenGL)
    • Celeron D 2.8Ghz ~= Pentium 4 2.8GE x 0.84 (FarCry DirectX 9)
    • Celeron D 2.8Ghz ~= Pentium 4 2.8GE x 0.95 (DivX 5.2 Encoding)
    • Celeron D 2.8Ghz ~= Pentium 4 2.8GE x 0.936 (3D Studio MAX 6.0 Rendering)
    • Celeron D 2.8Ghz ~= Pentium 4 2.8GE x 0.823 (Winrar 3.40 File compression)
    • Sempron 3000+ 1.8Ghz 128K ~= Athlon 64 3000+ 1.8Ghz Venice x 0.930 (Quake 3 Team OpenGL)
    • Sempron 3000+ 1.8Ghz 128K ~= Athlon 64 3000+ 1.8Ghz Venice x 0.880 (FarCry DirectX 9)
    • Sempron 3000+ 1.8Ghz 128K ~= Athlon 64 3000+ 1.8Ghz Venice x 0.959 (DivX 6 Pro Encoding)
    • Sempron 3000+ 1.8Ghz 128K ~= Athlon 64 3000+ 1.8Ghz Venice x 1.000 (3D Studio MAX 7.0 Rendering)
    • Sempron 3000+ 1.8Ghz 128K ~= Athlon 64 3000+ 1.8Ghz Venice x 0.875 (Winrar 3.51 File compression)
    • Sempron 3000+ 1.8Ghz 128K ~= Athlon 64 3000+ 1.8Ghz Venice x 0.937 (Multi-tasking 4 threads)
    • Sempron 3100+ 1.8Ghz 256K ~= Athlon 64 3000+ 1.8Ghz Venice x 0.947 (Quake 3 Team OpenGL)
    • Sempron 3100+ 1.8Ghz 256K ~= Athlon 64 3000+ 1.8Ghz Venice x 0.921 (FarCry DirectX 9)
    • Sempron 3100+ 1.8Ghz 256K ~= Athlon 64 3000+ 1.8Ghz Venice x 0.961 (DivX 6 Pro Encoding)
    • Sempron 3100+ 1.8Ghz 256K ~= Athlon 64 3000+ 1.8Ghz Venice x 1.011 (3D Studio MAX 7.0 Rendering)
    • Sempron 3100+ 1.8Ghz 256K ~= Athlon 64 3000+ 1.8Ghz Venice x 0.937 (Winrar 3.51 File compression)
    • Sempron 3100+ 1.8Ghz 256K ~= Athlon 64 3000+ 1.8Ghz Venice x 0.98 (Multi-tasking 4 threads)
    • Pentium 4 630 3.0Ghz 2M HT ~= Athlon 64 3200+ 2.0Ghz 512K Venice x 1.033 (Quake 3 Team OpenGL)
    • Pentium 4 630 3.0Ghz 2M HT ~= Athlon 64 3200+ 2.0Ghz 512K Venice x 0.866 (FarCry DirectX 9)
    • Pentium 4 630 3.0Ghz 2M HT ~= Athlon 64 3200+ 2.0Ghz 512K Venice x 1.212 (DivX 6 Pro Encoding)
    • Pentium 4 630 3.0Ghz 2M HT ~= Athlon 64 3200+ 2.0Ghz 512K Venice x 1.038 (3D Studio MAX 7.0 Rendering)
    • Pentium 4 630 3.0Ghz 2M HT ~= Athlon 64 3200+ 2.0Ghz 512K Venice x 1.072 (Winrar 3.51 File compression)
    • Pentium 4 630 3.0Ghz 2M HT ~= Athlon 64 3200+ 2.0Ghz 512K Venice x 0.980 (Multi-tasking 4 threads) [$1373 vs $1230, 2006-02-26)
    • Atom performance
    • Atom 1.6G ~= P4 1.5G
    • Atom 1.6G ~= P-M 0.74G
  • Performance compare (VGA)
  • Performance compare (base on guaranteed crack of Microsoft Office Word document)
    • Pentium 4 2.4GC - 1296000
    • Athlon XP 1800+ - 1080000 (~= P4 2.0G)
    • Pentium III 1Ghz Socket370 - 816000 (~= P4 1.5G)
    • Pentium III 700Mhz Slot-1 - 560000
  • CD-R materials
SONY CRT Monitors manufacturing time-frame
  • CPD-15SF1: 1994
  • CPD-15SF2: 1995
  • CPD-100SX: 1996
  • CPD-200SF: 1996
  • CPD-200ES: 1997
  • CPD-200GS: 1997
  • CPD-110GS: 1998
  • CPD-210GS: 1998
  • CPD-G200: 1999
  • CPD-E100: 1999 (FD Trinitron?)
  • CPD-E200: 1999/2000
Support
Technical Support (Not related to customer/work)
Dual Core Processor
Keep watching software
H.323 PHP software
  • CHORA
    Web-based CVS Viewer, produced by horde.org
  • Agata Report
    a Database Reporting Tool and EIS, MIS tool (graph generation), like Crystal Reports. Has Windows & Linux version.

Virtual Hosting/Server services
Keep watching hardware
Interested hardware
Microsoft News
Programming Audio Editing Video Editing Macintosh Emulation General



This page is last updated at: 2009-07-03 07:51pm +0800
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