!-!Shake!-!
#0
Hvorfor hjælper det aldrig særligt meget og overclocke ens ram på ens GFX?
Jeg har flere gange leget med mit X800PRO kort og oc`et rammene over 100mhz men det giver næsten ingen resultater i diverse benches?
Hvordan kan det være?
Shake :)
Jeg har flere gange leget med mit X800PRO kort og oc`et rammene over 100mhz men det giver næsten ingen resultater i diverse benches?
Hvordan kan det være?
Shake :)
Sådan er det vel bare?
Det er lidt lissom CPU/RAM oc.
CPU overclocking giver bare mere end ram overclocking.
Det er lidt lissom CPU/RAM oc.
CPU overclocking giver bare mere end ram overclocking.
#2
Jamen ram OC på ens GFX må da hjælpe på noget?
#3
ja det vil gi noget
men jeg ved ikke hvad,man bruger til ATI
Nibitor er jo til Nivdia
http://www.mvktech.net/
Guides
RaBiT (Radeon ATI BIOS Tuner) is a BIOS Info/Editor utility designed for all ATI Radeon Graphic Cards. This Tool is designed to give you as much details as possible about an ATI BIOS. As it is know, the ATI Radeon 9800 Pro Card could easily be flashed to a Raden 9800 XT. And basically therefore the RaBiT utility is very usefull to check your Original BIOS and also the BIOS you would like to use to flash you ATI Card with.
Main Features
Detailed BIOS information output
Date of BIOS
Description of BIOS
Core/Memory Clock display
Detailed Vendor Details
Device ID
SubSystem ID
SubVendor ID
Ability to modify the several BIOS parameters
Core Clock defined within the BIOS
Memory Clock defined within the BIOS
Memory Size defined within the BIOS
Memory Bus/Mode defined within the BIOS
Ability to modify Memory Clock Timings
Ability to modify the Video Out Settings
None (no TV-OUT)
PAL
NTSC
Non Standard TV Modes (PAL-M, PAL-60,NTSC-J,SCART RGB, PAL-CN & PAL-N)
Logging Window (reflect changes)
Under development
Version 1.8
...
Version History
Version 1.7
Added Radeon X850 BIOS support
Fixed DID changing for Radeon X850 BIOSes
New advanced CRC correction method for legacy (non ATOM) BIOSes
Used other SSID source for ATOM BIOSes
Chipset model now showed
Update memory size in VESA BIOS Extension info block too
Version 1.6a
Fix incorrect pipelines number (9) detection for Radeon 9800 cards
Fix VIVO support detection for X800 BIOSes
Version 1.6
Possibility X800 overclocking up to 900MHz (via BIOS)
The driver (rabit.sys) should start now more reliably
The analysis error of X800 scripts is corrected now
Version 1.5
New advanced script parser for X800 BIOS
Main Device ID now in PCIR
Extended support of X800 BIOS:
Frequences tuning support
Timings tuning support
Changing of memory size now possible
Fixing CRC32
Device ID changing support for X800/X700
Realtime clocking probe support
Version 1.4
Memory type definition (DDR/SDR) is corrected
Chipset type now is determined on DeviceID
Memory bus width edit is disabled (ROM BIOS practically always will reprogram it)
The parameter tCas is edited in 'SDRAM Mode Register' too
The changes now are may be cancelled on the 'ESC' key (works in Clocks and Timings pages)
Possibility Real-Time Timings testing mode
Possibility to disable and to restore (disabled) VIVO/AIW of the function
Possibility to edit the list of connectors map (TV, DVI)
Output Memory and Core clocks for X800 BIOS
Output low level information about system ATI - videocard
Version 1.3
The editing SubSystem ID and SubVendor ID is corrected
Is added support of Radeon X300, X600 BIOS and initial for X800
The incorrect definition of frequencies in some cases is corrected, for example, in a case SDR of memory
Are hidden (are translated in read only) some "uninteresting" timings parameters, the controller of memory ('Write Latency', 'Command Latency', 'Strobe Latency')
Some new parameters of the controller of memory R300 are added, concerning to a signal Out Enable ('Shift of OE signal for WRITE Data', ' Shift of OE signal for WRITE Data Strobe', 'Memory Refresh Rate'), that can slightly boost productivity
Editing the parameter 'Memory Refresh Rate' is added
Is added WinXP themes support
Editing a size of memory is improved
The log now is colored
Version 1.2
The correction of the code ' Device ID ' for R3x0 or above is corrected
The definition of chipset frequency for 9600XT is corrected
Editing a memory size for R3x0 cards is added
The memory type (SDR/DDR) editing for R3x0 is added
Editing the parameter tRAS is corrected
Added support for timings parameters:
Write Latency (tWrL)
Command Latency (tCMD), Strobe Latency (tSTB)
RAS to CAS Write delay (tRcdWR)
Row activate to Row active command time (tRRD)
Read to Write Turnaround Time (tR2W)
Write Recovery Time (tWR)
Write to Read Turnaround Time (tW2R)
Read to Read Turnaround Time (tR2R)
Refresh Row Cycle Time (tRFC)
Shift the pos of RBS signal for READ data (tRBS)
Shift the pos of ERST signal for READ data (tERST)
QSREQ position (tQSREQ)
The decoding for some timings values is corrected
The extended operation log of RaBiT is added,may be copied to clipboard by pressing Ctrl+A, Ctrl+C, and saved to file
Editing a description string of BIOS is added
The list of the manufacturers is added, now 'SubVendor' code is decoded
The BIOS checksums now fixed completely
men jeg ved ikke hvad,man bruger til ATI
Nibitor er jo til Nivdia
http://www.mvktech.net/
Guides
RaBiT (Radeon ATI BIOS Tuner) is a BIOS Info/Editor utility designed for all ATI Radeon Graphic Cards. This Tool is designed to give you as much details as possible about an ATI BIOS. As it is know, the ATI Radeon 9800 Pro Card could easily be flashed to a Raden 9800 XT. And basically therefore the RaBiT utility is very usefull to check your Original BIOS and also the BIOS you would like to use to flash you ATI Card with.
Main Features
Detailed BIOS information output
Date of BIOS
Description of BIOS
Core/Memory Clock display
Detailed Vendor Details
Device ID
SubSystem ID
SubVendor ID
Ability to modify the several BIOS parameters
Core Clock defined within the BIOS
Memory Clock defined within the BIOS
Memory Size defined within the BIOS
Memory Bus/Mode defined within the BIOS
Ability to modify Memory Clock Timings
Ability to modify the Video Out Settings
None (no TV-OUT)
PAL
NTSC
Non Standard TV Modes (PAL-M, PAL-60,NTSC-J,SCART RGB, PAL-CN & PAL-N)
Logging Window (reflect changes)
Under development
Version 1.8
...
Version History
Version 1.7
Added Radeon X850 BIOS support
Fixed DID changing for Radeon X850 BIOSes
New advanced CRC correction method for legacy (non ATOM) BIOSes
Used other SSID source for ATOM BIOSes
Chipset model now showed
Update memory size in VESA BIOS Extension info block too
Version 1.6a
Fix incorrect pipelines number (9) detection for Radeon 9800 cards
Fix VIVO support detection for X800 BIOSes
Version 1.6
Possibility X800 overclocking up to 900MHz (via BIOS)
The driver (rabit.sys) should start now more reliably
The analysis error of X800 scripts is corrected now
Version 1.5
New advanced script parser for X800 BIOS
Main Device ID now in PCIR
Extended support of X800 BIOS:
Frequences tuning support
Timings tuning support
Changing of memory size now possible
Fixing CRC32
Device ID changing support for X800/X700
Realtime clocking probe support
Version 1.4
Memory type definition (DDR/SDR) is corrected
Chipset type now is determined on DeviceID
Memory bus width edit is disabled (ROM BIOS practically always will reprogram it)
The parameter tCas is edited in 'SDRAM Mode Register' too
The changes now are may be cancelled on the 'ESC' key (works in Clocks and Timings pages)
Possibility Real-Time Timings testing mode
Possibility to disable and to restore (disabled) VIVO/AIW of the function
Possibility to edit the list of connectors map (TV, DVI)
Output Memory and Core clocks for X800 BIOS
Output low level information about system ATI - videocard
Version 1.3
The editing SubSystem ID and SubVendor ID is corrected
Is added support of Radeon X300, X600 BIOS and initial for X800
The incorrect definition of frequencies in some cases is corrected, for example, in a case SDR of memory
Are hidden (are translated in read only) some "uninteresting" timings parameters, the controller of memory ('Write Latency', 'Command Latency', 'Strobe Latency')
Some new parameters of the controller of memory R300 are added, concerning to a signal Out Enable ('Shift of OE signal for WRITE Data', ' Shift of OE signal for WRITE Data Strobe', 'Memory Refresh Rate'), that can slightly boost productivity
Editing the parameter 'Memory Refresh Rate' is added
Is added WinXP themes support
Editing a size of memory is improved
The log now is colored
Version 1.2
The correction of the code ' Device ID ' for R3x0 or above is corrected
The definition of chipset frequency for 9600XT is corrected
Editing a memory size for R3x0 cards is added
The memory type (SDR/DDR) editing for R3x0 is added
Editing the parameter tRAS is corrected
Added support for timings parameters:
Write Latency (tWrL)
Command Latency (tCMD), Strobe Latency (tSTB)
RAS to CAS Write delay (tRcdWR)
Row activate to Row active command time (tRRD)
Read to Write Turnaround Time (tR2W)
Write Recovery Time (tWR)
Write to Read Turnaround Time (tW2R)
Read to Read Turnaround Time (tR2R)
Refresh Row Cycle Time (tRFC)
Shift the pos of RBS signal for READ data (tRBS)
Shift the pos of ERST signal for READ data (tERST)
QSREQ position (tQSREQ)
The decoding for some timings values is corrected
The extended operation log of RaBiT is added,may be copied to clipboard by pressing Ctrl+A, Ctrl+C, and saved to file
Editing a description string of BIOS is added
The list of the manufacturers is added, now 'SubVendor' code is decoded
The BIOS checksums now fixed completely
#4
Er det ikke noget med at kortet bedre klarer højere opløsninger vis rammene er hurtige?
Shake
Shake
#5
hvis du kan få din cpu/ram op på 250MHZ ,vil du få mere glæde af dit Grafik kort ;)
#7
Jeg undrede mig også over at min gfx ik blev ret meget beder ved at oc ram, selvom jeg gik fra 700MHz til 900MHz :00
#8
#7
prøv at gi din agp port 1,55v ;) på dit bundkort
prøv at gi din agp port 1,55v ;) på dit bundkort
#9
Det har jeg prøvet... Det hjælper intet...
#10
det hjælper ikke at oc sit agp kort, så det er hurtiger en ens sys,så derfor de 250mhz på cpu/ram
#11
Så det er min CPU der begrænser mit system?
#12
http://www.tweakup.dk/article/...
Endelig er der den nyeste version af 3DMark05 programmet som starter med at ligge tæt på 4900 points som faktisk er helt normalt for GT klassen. Når vi leger med overclocking stiger ydelsen til 5300 som må siges at være rigtigt godt for grafikkortet. Giver et billede af et kort som har masser af rå power. Selvfølgelig er det muligt at opnår endnu højere resultater, men så er det også med andet og nyere hardware.
derfor de 250mhz på cpu/ram (prøv selv )
Endelig er der den nyeste version af 3DMark05 programmet som starter med at ligge tæt på 4900 points som faktisk er helt normalt for GT klassen. Når vi leger med overclocking stiger ydelsen til 5300 som må siges at være rigtigt godt for grafikkortet. Giver et billede af et kort som har masser af rå power. Selvfølgelig er det muligt at opnår endnu højere resultater, men så er det også med andet og nyere hardware.
derfor de 250mhz på cpu/ram (prøv selv )
#13
ja det er cpuen/ram ,gi det lidt mere guf
;) 240mhz så sker der noget,og 250mhz så kan du rigtig mærke det.
og husk de 1,55v på agp porten ved de 240/250....på cpuen/ram
;) 240mhz så sker der noget,og 250mhz så kan du rigtig mærke det.
og husk de 1,55v på agp porten ved de 240/250....på cpuen/ram
#14
#8 Skulle det hjælpe ? :00
Jeg syndes da at jeg fik afvide at man ikke måtte give agp-porten mere end 1.50v som er sd.
Jeg syndes da at jeg fik afvide at man ikke måtte give agp-porten mere end 1.50v som er sd.
#15
på et overclocke sys hjælper det
mit ASUS v9999GE ville fra starten havde 1,55v på agp porten 12pip/5vertex
så lave jeg et flash på det ,til 16pip/6vertex stadig 1,55v
så lavde et flash på korte med 1,5V= 1,6v på agp porten
men i kan detsvære ikke se nogle 3D-mark på oc med
hvor det er flashet til 1,5v da jeg har solgt dette sys,har kun test i 3D-mark på flashet med 16pip/6vertex i min profil
mit ASUS v9999GE ville fra starten havde 1,55v på agp porten 12pip/5vertex
så lave jeg et flash på det ,til 16pip/6vertex stadig 1,55v
så lavde et flash på korte med 1,5V= 1,6v på agp porten
men i kan detsvære ikke se nogle 3D-mark på oc med
hvor det er flashet til 1,5v da jeg har solgt dette sys,har kun test i 3D-mark på flashet med 16pip/6vertex i min profil