Thaiphoon Burner is a SPD memory editor. The only way to edit or even access the SPD memory settings in any way, until now required from you to have a specific type of hardware available and a matching set of tools designed precisely for that, but now thanks to the Thaiphoon Burner you can do all that manually. Thaiphoon Burner is the first and best SPD flasher application that allows you to edit and modify your entire SPD memory and tinker around Windows RAM memory without any additional hardware tools whatsoever, which makes it the only program of its kinds. Furthermore, thanks to the constant updates it can even work with the brand new hardware components. This program can work without any problems with Intel ICHx southbridges, VIA southbridges and all nVIDIA controllers. Trial Version Limitations: - You will be able to use it only for 30 days. - Some functions are restricted.
Hi, here is a short tutorial on how to change the timings of your RAM using Thaiphoon Burner to get better overclocking-results. CAUTION: USE THIS ON YOUR OWN RISK! YOU MAY DAMAGE YOUR RAM/NOTEBOOK! Ipod 30gb Model A1136 Manual Lymphatic Drainage. ! I Use Thaiphoon Burner 7.X on my Windows 7 64 bit.
(you need the 'full Version' to be able to write the modified data to RAM!) 1.) Start Windows with 'deactivated Driver signature force' (F8 before windows starts) 2.) Read Data from Ram Press on' Read' and choose your RAM to want to read from. 3.) Press 'Editor' to open the timing editor 4.)Choose the frequenz where you want to change the timings The ratio FSB to RAM is 1:3. The default FSB is 133mhz so the RAM is running @ 400 Mhz (you can not change this!) so i change the value (Min SDRAM cycle time) so the Clock frequenz is showing 400Mhz. 5.) Choose the latency you want to use at 400Mhz Change the value 'Min CAS latency Time' so that the 'DEF CAS' is showing the Latency you want to use. ( in my case: CL7) 6.) change the timings Of course you have to change all the other timings. Well - i use 7-7-7-20 and i changed the other values a little bit - maybe someone know how to calculate the other timings - i just raise them up a little bit. 7.) Press next to choose what you want to do with your new config.
Thaiphoon Burner is the number one solution on the software market to work with SPD firmware of DRAM modules of PC. It is designed to meet the needs of both end-users. Thaiphoon Burner Download - Thaiphoon Burner is the powerful SPD EEPROM reader and flasher.
I always update the Hex editor. After that i check the checksum (EEPROM - correct Checksum). Now you can write the timings to RAM and make a reebot. IMPORTANT: - After the first 'READ' save your config in a file to have a backup! - DON'T ever change the CL over CL8! The Bios is not able to work with the RAM using CL9 or higher! - I don't know whether my timings are perfekt - but they work fine;-) - When you 'killed' a ram and the notebook will not come up anymore: use a working RAM, start your notebook and plugin the not working RAM while the System is running (ON YOUR OWN RISK!) it works fine - Thaiphoon Burner is able to work with this RAM an you can restore the timings from your backup.
Computer Programs For Sale. Why to change the timings? The Bios is using the RAM @400Mhz with the specific timings (6-6-6-18 in my case.) Whe I use an overclocked FSB from 166 Mhz, the RAM is working at 500Mhz (you overclocked your RAM very much!!!) So you have to slow down the timings to get a stable work of the RAM. My results: With the 6-6-6-18 timings, i could go to 164Mhz FSB with 7-7-7-20 timings, i could go to 172 FSB stable (175Mhz is 'intel-burntest-stable but crash when starbing 3dmark) with 8-8-8-23 timings, i could go to 180Mhz 'intel-burntest-stable but crash when starbing 3dmark at the end I could use this at stable settings: (running intel burn test @ maximum for over 1 hour and run 5 turns of 3dmark06 in loop.) Core i7 @ FSB: 172 Mhz and ThrottleStop GPU: 0,95Volt with 535Mhz Core - 1284Mhz Shader - 948Mhz Memory 3dMark 06 scores: 8660 8649 8657 Have fun;-). Click to expand.Well. Let me try to explain it with some facts: (remember. Fsb:RAM = 1:3 ) CL6 @ 400Mhz: (6/400 = 0,015) 0,015 access per seconds CL6 @ 500Mhz: (6/500 = 0,012) 0,012 access per seconds CL7 @ 500Mhz: (7/500 = 0,014) 0,014 access per seconds So we slow down the RAM to stay in the 'normal' range!