lol
http://i153.photobucket.com/albums/s232/pazsion/topoc.jpg
http://i153.photobucket.com/albums/s232/pazsion/pcglobaltestcompare.jpg
I have yet to game with these setting yet, wanna give it a warm-up period. See if any problems develop. I added some half star aluminum heat sinks by squeezing them into slots on the present heat sink nearest the core, extreamly stupid as you could break the solder points or the chip itself, but i've had great success so far.
Reconfigured slots so the open port now draws cool air across the agp card. No thermal paste or anchors for putting heat sinks on either gfx card's ram as of yet.
one problem might come into play during gameplay and heavy use, powerstrip seems to monitor voltage spikes, and is probably saving the system.. it will clock down during particle and vertex shading tests. To powerstrip's clock settings. 171/171. would be nice to match the agp bus speeds, or change those too.
I think dell was using the agp x4 as if it were a pci-e bus. the system detects it as a 1/1 ratio. to the south bridge and pci bus?, and 4/3 to the cpu/memory. Should be excellent as a server and gfx/crunching pc.
I took the cpu from my old dell 865pt chipset my second pc. my first being a pentium 100, which ended up with a 266mhz evergreentech? modded cpu. I had that until my bro sold it while i was on a trip. I disabled it so he couldn't use it, and he thought it was broken.. I'd still be gaming on it...
I want to know the limits of this system and test them, And then set it for the best long term. With the way agp is setup, I can swap it out maybe with a better card and get atleast 5x more performance overall, memory size and speed being key.
The cpu has been to 3.6ghz stable on the old system, air cooled. 4ghz stable for just internet browseing. I would love to get it to 3.2ghz =/ but this dell board is voltage limited. And i can't find a pll to unlock that. It's probably some chip dell put on the board to limit it besides the pll.
When i actually piece together a phenom, this one will be my new router with anti-v/fw and hopefully some hardware anti-v/fw as well, and dedicated boinc cruncher... I had this thing using cpu physics and simulated cuda... i can't get it to do it again =/
Is there some modded drivers possibly for the ati rage, this thing is setup as a mobile chipset. I was wondering if i could tweak around with a desktop driver?
General Information : For the current system.
NorthBridge : Intel i845D
SouthBridge : 82801BA (ICH2) LPC Interface Controller
NorthBridge Information :
Architecture : HUB
Manufacturer : Intel
Codename : Brookdale
Revision : B0
Bus Speed : 100MHz
FSB Frequency : 400MHz (QDR)
FSB max. Support : 400MHz
RAM max. Support : DDR (266MHz)
Memory Information :
Type : DDR-SDRAM PC-2100 (pc-3200, dual channel and pae supported.)
Frequency : 133.3MHz (266)
DRAM/FSB Ratio : 4/3
Supported Channels : Single
ECC Diagnostic : Yes - Disabled
RAS to CAS (tRCD) : 3 clocks (1.5)
RAS Precharge (tRP) : 3 clocks
Cycle Time (tRAS) : 7 clocks
Bus Information :
Version : 2.0
Transfert Rate supported : 1x, 2x, 4x
Transfert Rate : 4x
Aperture Size : 256MB (ati:64 and NV:256 acts like 320)
Side Band supported : Yes
Side Band enabled : Yes
AGP enabled : Yes
APIC Information :
Version : 2.00
Maximum Interrupts : 24
IRQ Handler enabled : Yes
Hub Interface Information :
Version : 1.00
Time Slice : 0
Width : 8-bit (ew?)
Full Duplex : Yes
Frequency : 4x (264MHz)
Multiplier : 1/1x
General Information :
Type : Intel Pentium 4
Internal Specification : Intel(R) Pentium(R) 4 CPU 2.80GHz
Codename : Northwood
Revision : D1
Technology : 0.13µ
CPU ID : F.2.9
CPU IDEx : F.2.9
Brand ID : 9
Microcode : MU0F292E
Architecture : NetBurst
Instructions :
IA-64 Technology : No
Intel64 (EM64T) : No
AVX : No
FPU128 : No
SSE5 : No
SSE4a : No
SSE4.2 : No
SSE4.1 : No
S-SSE3 : No
SSE3 : No
SSE2 : Yes
SSE : Yes
AES : No
Extended 3DNow! Technology : No
3DNow! Technology : No
3DNOW Prefetch : No
3DNow! Pro Technology : Yes
AMD MMX Technology : No
MMX Technology : Yes
Cyrix MMX Technology : No
FMA : No
FMA4 : No
OSXSAVE : No
XSAVE : No
XOP : No
F16C : No
MOVBE : No
PCLMULQDQ : No
CLF - Cache Line Flush : Yes
CX8 - CMPXCHG8B : Yes
CX16 - CMPXCHG16B : No
CMOV - Conditionnal Move Inst. : Yes
MON - Monitor/Mwait : No
POPCNT : No
RDTSCP : No
SEP - Fast System Call : Yes
TBM : No
BMI : No
Miscellaneous :
XD - No-execute Page : No
VT-x - Virtualization : No
TXT - Trusted Execution Techno... No
SVM - Secure Virtual Machine : No
FPU - Co-processor Built-in : Yes
FXSR - Fast Float Save & Restore : Yes
xTPR - Send Task Priority : Yes
DAZ - Denormals Are Zero : Yes
FFXSR : No
LAHFSAHF : No
CMPLEGACY : No
ALTMOVCR8 : No
ExtApicSpace : No
3DNow! Technology : No
PBE - Pend. Brk. EN. : No
LAHF - LAHF/SAHF Inst. : No
ABM : No
MASSE - Misaligned SSE : No
OSVW - OS Visible Workaround : No
IBS : No
P1GB - 1GB Page Size : No
SKINIT, STGI, DEV : No
WDT - Watchdog Timer : No
Features :
DTES64 : No
x2APIC : No
APIC - Local APIC Built-in : Yes
VME - Virtual Mode Ext. : Yes
DE - Debugging Extension : Yes
PSE - Page Size Extension : Yes
TSC - Time Stamp Counter : Yes
MSR - Model Specific Registers : Yes
PAE - Physical Address Extension : Yes
MCE - Machine Check Exception : Yes
MTRR - Memory Type Range Reg. : Yes
PGE - Page Global Enable : Yes
MCA - Machine Check Architecture : Yes
PAT - Page Attribute Table : Yes
PSE36 - 36-bit Page Size Extension : Yes
PSN - Unique Serial Number : No
DS - Debug Trace & EMON Store : Yes
SS - Self Snoop : Yes
ACPI - Software Clock Control : Yes
TM - Thermal Monitor : Yes
TM2 - Thermal Monitor 2 : No
EST - Enhanced SpeedStep Tec... No
HTT - Hyper-Threading : Yes
SBF - Signal Break on FERR : Yes
DSCPL - CPL qualified Debug Store : No
CID - Context ID : Yes
LT - LaGrande Technology : No
PDCM : No
DCA - Direct Cache Access : No
EPS - Enhanced PowerSaver : No
Features Hyper-Threading :
Technology : Yes - Disabled (it's actually on, and shows the extra thread)
Virtualization :
VT-x : No
Advanced Settings :
In Order Queue Depth : 12
Fast-Strings : Yes
x87 FPU Opcode : No
Thermal Monitor : Yes
Split-Lock : Yes
Performance Monitoring : Yes
Prefetch Queue : Yes
Branch Trace Storage : Yes
C1E - Enhanced Halt State : No
Mainboard Upgradeability :
Socket/Slot : J1E1
Upgrade interface : ZIF Socket
Supported Speed : 2100MHz(or more)
Supported Voltage : 3.0V
General Information :
Real Frequency : 2099.76MHz (It will go up to 2100 but no further)
Multiplier : 21x
Low/High Multiplier : 21x / 21x
Multiplier Locked : Yes
Marketing Frequency : 2800.14MHz
Front Side Bus Information :
Bus Speed : 100MHz (supports 400mhz)
FSB Frequency : 400MHz (QDR)
Turbo Mode : No
Initial Frequencies :
Frequency : 2800MHz
Bus Speed : 133.34MHz (QDR)
Multiplier : 21x
Control Clock Frequency :
Thermal Information :
Thermal control TM1 : Yes - Enabled
Thermal control TM2 : No
Thermal Control Circuit : No
Digital Thermal Sensor : No
Clock Modulation (ODCM) En... No
Processor Performance Information :
Throttle Mode AC : None
Throttle Mode DC : Adaptive
Current Configuration : None
Throttle : 2093MHz
General Information :
Type : Pipeline Burst, Synchronous
Write Mode : Write-Through
Speed : 40 ns
Place : Internal
Correct : Single-bit ECC
Cache Information :
Data Cache : 8KB (4-way, 64 bytes line size)
L1 Context Mode : Adaptive
Number of Threads : 1
Cache Information :
Trace Cache L1 : 12 Kµops (8-way)
General Information :
Type : Synchronous
Write Mode : Write-Back
Place : Internal
Multiplier : 1/1x (2099.8MHz)
Correct : Parity
Cache Information :
Associativity : 8-way
Line Size : 64 bytes
Number of Threads : 1
Bus : 256-bit
Prefetch Logic : Yes
General Features : Of the gfx system as a whole, shows hardware stats for the nvidia 5500 (296/430 stable for most games will run 400/500 for some games)
General Information :
Manufacturer : Nvidia
Model : NVIDIA GeForce FX 5500
Bus Type : AGP (thx to rivatuner's nvstrap and some tweaking. it's actually a pci on a 33mhz bus, it supports 66mhz.)
Texture Memory : 882MB (actually 256mb) thx to rivatuner and shared system memory, puts a load on the cpu though, increased heat for both the cpu and chipset and controllers as well)
Processor : GeForce FX 5500
Converter : Integrated RAMDAC (ati:350mhz nv:400mhz)
Refresh Rate (min/max) : 56/120 Hz
Video Bios Information :
Date : 01/05/29
Forceware : 6.13.10.5019
i2C Bus Information :
Number of Bus : 2
Width : 280 mm
Height : 210 mm
Pixel per inch : 96x96 dpi
bits per pixel : 32
Colour Bits/Planes : 1
Brushes : 4294967295
Pens : 4294967295
Markers : 0
Device Fonts : 0
Device Colours : 4294967295
Clip Output to Rectangle : Yes
Hardware Acceleration : Yes
Blend and Shade Capabilities :
GradientFill Rectangle : No
GradientFill Traingle : No
Per Pixel AlphaBlend : Yes
Premultiplied Alpha : No
Raster Capabilities :
Banding : No
Transfer Bitmaps : Yes
Bitmap >64KB : Yes
Fonts larger than 64 K : Yes
DIBs : Yes
DIBTODEV : Yes
Flood Fills : Yes
Scaling : No
StretchBlt : Yes
StretchDIB : Yes
Curves Capabilities :
Chord Arcs : Yes
Circles : Yes
Elipses : Yes
Interiors : Yes
Pie Wedges : Yes
Rounded Rectangles : Yes
Styled Borders : Yes
Wide Borders : Yes
Wide, Styled Borders : Yes
Lines Capabilities :
Interiors : Yes
Markers : Yes
Polylines : Yes
Polymarkers : Yes
Styled : Yes
Wide : Yes
Wide, Styled : Yes
Polygonal Capabilities :
Interiors : Yes
Alternate Fill Polygons : Yes
Winding Fill Polygons : Yes
Rectangles : Yes
Scan Lines : Yes
Styled Borders : Yes
Wide Borders : Yes
Wide, Styled Borders : Yes
Text Capabilities :
Stroke Precision : Yes
Stroke Clip Precision : Yes
90° Character Rotation : No
Any Angle Character Rotation : No
Independent X-Y Scaling : No
Double Weighted Characters : No
Italic : No
Underline : Yes
Strikeout : Yes
Raster Fonts : Yes
Vector Fonts : Yes
Color Management Capabilities :
CMYK : No
Gamma Ramp : No
ICM Device : No
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