DDR Maximizer on it's way......More Volts on our Rams....

The ovp is at 3.85 volt on my NF3.
And there is no need to clear cmos or whatever if you trigger it.
Just lower volt and reboot.

Is it just me or are there 2 the same topics going on about this? :confused:

:surf:extreem inventive product :clap: you got for us there Hipro : do you know if your maxi` works with Albatron PX875? :hrhr:

Quote:

---

Originally Posted by Ubermann

The ovp is at 3.85 volt on my NF3.
And there is no need to clear cmos or whatever if you trigger it.
Just lower volt and reboot.

---

Glad you said that, gives me hope that a new board might be better. Is it an older board?

Quote:

---

Originally Posted by jiff

Yes I could do that, but hell that's messy if you forget, you have to wait half hour with cmos battery out before it will reboot.
In my case it would be 3.3volts cos the OVP seems to change

---

im not sure why you would need to clear cmos, just lower the maxi back to 3.3 and then fire it back up...

edit - though ive never used this board, so you probably know something i dont.

:lastweek: :off: :cheer2: does anyone know if the "maxi` works with Albatron PX875? :stick: :am:

these for sale yet?

Quote:

---

Originally Posted by stealth17

these for sale yet?

---

Nope, as you can see in this similar topic ;)

//EDIT/ you already found out I see :D

ANY NEWS IF THIS WILL WORK WITH THE ASUS AV8 Deluxe revision 2 to give a higher VDimm than 3.0 volts??? Hipro??? Anyone? :confused:

Quote:

---

Originally Posted by Breathless

ANY NEWS IF THIS WILL WORK WITH THE ASUS AV8 Deluxe revision 2 to give a higher VDimm than 3.0 volts??? Hipro??? Anyone? :confused:

---

check if a OCZ DDR booster will work. If so, then yes. If not, theres nothing anyone can do for you :(

I think this product is cancelled...

Huh!!!?????

my mistake,
I just saw that Hipro has recently updated the other thread, I guess it's still coming... someday

to think this thread started 14 months ago -_-

I know this is going to make me look like a right retard, but ...

.. If you're mobo is providing a lower voltage than the Maxi .. Won't it damage the mobo's RAM Vregs as you are trying to push a higher voltage back through the mobo's regulators ?

Sorry I feel like a retard now, but yea if somebody could please explain how this doesn't damage the mobo. Cheers.

Quote:

---

Originally Posted by yngndrw

I know this is going to make me look like a right retard, but ...

.. If you're mobo is providing a lower voltage than the Maxi .. Won't it damage the mobo's RAM Vregs as you are trying to push a higher voltage back through the mobo's regulators ?

Sorry I feel like a retard now, but yea if somebody could please explain how this doesn't damage the mobo. Cheers.

---

It has nothing to do with the mobo's Ram Vregs......It has it's own Vreg and feeds the rams by itshelf directly......On some mobos there are some designs that have an output mos-fet to ground......Those are the "incompatible" mobos........Maxi has a Very powerfull output mos-fet(130Watts) and pushes hard the mobos mos-fet(the one to ground - 40Watts) and it can burn it down......In this case, mobo STILL WORKS but ONLY through the Maximizer feeding the rams.......If you remove the maximizer from the mobo, it wont start(no vdimm).......If you plug the Maxi back in, mobo works like a charm again......These are the "incompatible" ones.......;)

If the mobo is "compatible" you pick the lowest vdimm through bios(or whatever you wish) and the Maxi feeds the rams without hurting the mobos vregs coz mos-fet and transistors are like diodes......Alows no backwords voltage ;)

But what about the compatable mobos ? Does it not cause damage as long as you don't provide a voltage which is over the max reverse bias breakdown voltage of the mosfets ?

I don't think I'm wording this right ..

If your mobo is set to 1.8V and the Maxi is set to 3.0V, you have 1.2V going across the mobo's vdimm regulation circuit backwards. Now if there was just MOSFETS acting like a buffer between whatever sets the mobo's vdimm (The BIOS) and the Maxi's vdimm then the -1.2V would not be larger than the MOSFET's reverse bias breakdown voltage, however there are other components components buffering the two, so I'm asking why does the Maxi not damage the BIOS's circuitery.

Sorry if that doesn't make sense.

Quote:

---

Originally Posted by yngndrw

But what about the compatable mobos ? Does it not cause damage as long as you don't provide a voltage which is over the max reverse bias breakdown voltage of the mosfets ?

I don't think I'm wording this right ..

If your mobo is set to 1.8V and the Maxi is set to 3.0V, you have 1.2V going across the mobo's vdimm regulation circuit backwards. Now if there was just MOSFETS acting like a buffer between whatever sets the mobo's vdimm (The BIOS) and the Maxi's vdimm then the -1.2V would not be larger than the MOSFET's reverse bias breakdown voltage, however there are other components components buffering the two, so I'm asking why does the Maxi not damage the BIOS's circuitery.

Sorry if that doesn't make sense.

---

Don't be confused......:D
The only components involved backwords are the output vdimm mos-fet and the feedback resistor for the vdimm IC....nothing else.....
Some mobos have built in overvoltage vdimm protection, so from a vdimm and up, the mobo shuts down.....:)

Quote:

---

Originally Posted by yngndrw

your mobo is set to 1.8V and the Maxi is set to 3.0V, you have 1.2V going across the mobo's vdimm regulation circuit backwards. Now if there was just MOSFETS acting like a buffer between whatever sets the mobo's vdimm (The BIOS) and the Maxi's vdimm then the -1.2V would not be larger than the MOSFET's reverse bias breakdown voltage,

---

Reversed bias breakdown voltage is when a mos-fet don't have VGate........In a "working" mos-fet, we have a VGate over 3.5-4Volts......if you can understand what I mean.....:)

Quote:

---

Originally Posted by hipro5

Don't be confused......:D
The only components involved backwords are the output vdimm mos-fet and the feedback resistor for the vdimm IC....nothing else.....
Some mobos have built in overvoltage vdimm protection, so fron a vdimm and up, the mobo shuts down.....:)

---

Okay thank you for clearing that up. I probably look like a retard but at least I'm an educated retard now lol. :)

Quote:

---

Originally Posted by hipro5

Reverced bias breakdown voltage is when a mos-fet don't have VGate........In a "working" mos-fet, we have a VGate over 3.5-4Volts......if you can understand what I mean.....:)

---

Ah right, I never knew that the reverse bias of a MOSFET only applied when it doesn't have a VGate. We learn something new every day. :D

Great job anyhow. :)

Thanks and you're welcome.....:D :toast:

I have abit AW9D-MAX, Mushkin REDLINE XP2 8000 2x1Gb ram and I`d like to buy a DDR Maximizer V 1.2, but the current ETA is 11/06! (TankGuys) Can I buy it somewhere in the USA?

No sorry.......TankGuys are our first resellers in US.....:)

Quote:

---

Originally Posted by Lalaboy

I have abit AW9D-MAX, Mushkin REDLINE XP2 8000 2x1Gb ram and I`d like to buy a DDR Maximizer V 1.2, but the current ETA is 11/06! (TankGuys) Can I buy it somewhere in the USA?

---

Yes the long wait sucks. I just wish i was here faster :(

Maximizers have arrived, and are now in stock! Those of you with backorders have been notified, and your units will ship out tomorrow :)

Oh, and Revv23- your special engraved on is on the way ;)

Hello guys....

my Maximizer arrived this morning.
My testsystem
P4C800 Deluxe
Pentium M 740
2x512 BH5

Memtest stable without maxi:
2-2-2-5, 225 MHz, Turbo - PAT on @ 3,19V (VDimm Mod)

Memtest stable with maxi:
2-2-2-5, 231 MHz, Turbo - PAT on @ 3,2V

Just 6 MHz better.... not a good result i think????

I think my BH5 suck (!!!!).... raise Maxi up to 3,6V, but 235MHz isn´t possible :( :(

Any tips to get in FSB higher?
Or are my BH5 really the problem?

THANKS loopy