Originally posted by: Mr Fox
Originally posted by: SerpentRoyal
Originally posted by: Mr Fox
Originally posted by: SerpentRoyal
All that babbling and you still have not provided a concrete answer to the voltage question. Quality ICs will run at lower voltage and higher clock speed. Look at the evolution from DDR to DDR2 to DDR3. Better fab = lower working voltage and higher working core speed.
It is innovative design that throws a Wrench in your Paradigm.
Quality IC's are now also capable of running at higher voltages.
To achieve superior timings and bandwidth at higher voltages because of improvements in Electron Leakage, and Thermal Impedance Characteristics....
Tell me of any other 1Gbit DRAM IC that can deliver anywhere even near that Operating range, and CAS in a high density DIMM ... Good Luck !!
V=IR. P=I2R. High voltage DDR2 RAM generates more heat. Why add more heat to achieve the same level of overclock as quality 1.8V DDR2 800 RAM?
Superior 1.8V DDR2 800 RAM should be able to run well @ 2.1V/470MHz/4-4-4-12 or 2.1V/570MHz/5-5-5-15.
How many high voltage DDR2 modules are rated @ 4-4-4-12 or tighter timing north of 570MHz?
The higher voltage IC is a marketing scam. If there is a true improvement in performance, then the memory should be rated at
1.8V/+533MHz/4-4-4-12 timing.
You are not getting anywhere with this....... your information only applies to the older 512Mbit chips. D9GHV etc...
Micron has made a break thru that has been held fairly close to the vest .
Thru materials technology they(Micron) have increased the ability to withstand higher voltages without overheating from electron leakage. While using the same die.
These chips exist..I have proved that... but good luck finding them in Micron's IC catalog...
My set will run 550 mhz.. at 2.25v and only be slightly warm to the touch no special forced air cooling. stock timings set manually in the BIOS... 512Mbit chips would be smoking...
Wake up, and wise up technology moves on...