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Energy-efficient AMD A10-6700T APU Goes on Sale This Week(TPU)

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I dont see any reason to go GDDR5, Im expecting at least 50% more iGPU performance than Ritchland in games most probably with 2400MHz memory.
AMD needs to keep Kaveri a low cost APU for OEMs and End-users, so i dont see GDDR5 or Quad Channel or even DDR-4 in 2014 time frame.

Ritchland is still the fastest iGPU in Desktop at $150 or lower. Kaveri with 50% more iGPU performance will be the first truly 1080p capable APU. Also, with 20% more Branch execution than Piledriver it will also boost performance with dGPUs in CPU limited Games.
 
Problem is try to integrate 4 channel DDR3 on a budget platform. And we don't know the GDDR5/GDDR5M costs. In servers(Berlin) this maybe be good.
Still hoping they can use the full power of their IGPs this time.




And i think A10-6700 will be a awesome buy if priced 20$ less(they are charging higher prices for old technology with refresh) and come with unlocked multiplier.
 
Kaveri , with hUMA :

RAM---> CPU cache --> RAM --> GPU --> RAM

Not only is this going to move things along quicker, perhaps AMD could have Kaveri sport a larger L3? Especially with the idea of "feeding the cores faster" as well as a graphics array that needs constant feeding and streaming, a larger L3 seems to make sense. Not GT3e DRAM big, but perhaps 16 or 32 MB?

That or AMD hasn't revealed they will sport GDDR5 memory controllers or triple/quad channel memory. We can wish.......😛

A more robust cache system seems to be logical and AMD has some experience with very large on-die eDRAM arrays in the form of the Wii U's GPU.
 
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Kaveri , like Trinity , has no L3 cache , but direct memory access
will improve data flow latencies , that s why i think that it is erroneous
to use a DDR3 7750 as a comparison since such a dGFX has inherently
lower bandwith given that it has to cope with its own memory as well
as with the main memory data flow wise.
 
Energy efficient cpu no. Downclocked cpu yes. Like all low power cpus.

There is that. I think spcr determined that more power was used if you did something CPU bound on these throttled parts than on a regular part.
 
It makes only sense it you're limited by your psu wattage, which is the case for many mini-itx cases with dc board and external power block. I know for a fact a pentium or core i3 ivy has no problem to run on a 65W power block but i highly doubt this one could. A10-6700 65W takes up to 100W in real world. AMd's TDPs are far from reality as long as their APUs are concerned. But it could be a nice APU to fit in a small itx case with a 75-90W power block i guess.
 
It makes only sense it you're limited by your psu wattage, which is the case for many mini-itx cases with dc board and external power block. I know for a fact a pentium or core i3 ivy has no problem to run on a 65W power block but i highly doubt this one could. A10-6700 65W takes up to 100W in real world. AMd's TDPs are far from reality as long as their APUs are concerned. But it could be a nice APU to fit in a small itx case with a 75-90W power block i guess.

Its not even for that. Its for TDP chassis designs. Usually passive cooled with an external brick. Same applies for Intels S and T series.

As said before, these are not energy efficient. And whenever we get broad configuable TDP. Then these S and T series CPUs will be gone.
 
Would I be better off going with a Intel Core i3-2120T Sandy Bridge (35W $135) or this new AMD chip for a strictly business PC?
 
Would I be better off going with a Intel Core i3-2120T Sandy Bridge (35W $135) or this new AMD chip for a strictly business PC?

I would get the A10-6700K with Asrock FM2A85X-itx, you will have extremely low idle power, high single and 4 threads performance when you need it and extremely powerful iGPU for any applications that may use it in the near future.

I would only get the A10-6700T if i would like to biuld a slim mini-itx case that has a low power PSU (100-120W)
 
Why any T or S model in the first place? They are not gonna save you power.

Its chips for something like this:
http://www.scan.co.uk/products/akas...-bridge-intel-dh61ag-sandy-bridge-motherboard

I didn't exactly do any scientific research, just went to newegg and sorted CPUs by wattage and that one was 1 of 2 35 Watt chips.

But yes, I want the smallest case possible without hindering performance. Again, just for businesses so I want to mount it under the desk and remote into it.
 
I would get the A10-6700K with Asrock FM2A85X-itx, you will have extremely low idle power, high single and 4 threads performance when you need it and extremely powerful iGPU for any applications that may use it in the near future.

I would only get the A10-6700T if i would like to biuld a slim mini-itx case that has a low power PSU (100-120W)

Thank you. That was actually my second build choice, but the 65 watt rating was a turn off. Again, I haven't exactly been consumed by benchmarks and idle/load ratings, but more or less just going off the initial rating.

I was indeed planning on using a smaller case like the Antec ISK 300-150, but from what I read the PSU is iffy.
 
Thank you. That was actually my second build choice, but the 65 watt rating was a turn off. Again, I haven't exactly been consumed by benchmarks and idle/load ratings, but more or less just going off the initial rating.

I was indeed planning on using a smaller case like the Antec ISK 300-150, but from what I read the PSU is iffy.

With that Ante case and 150W PSU i would go for the A10-6700K. Turn on every power saving settings in BIOS and enjoy low power usage and great performance when you need it.
 
I didn't exactly do any scientific research, just went to newegg and sorted CPUs by wattage and that one was 1 of 2 35 Watt chips.

But yes, I want the smallest case possible without hindering performance. Again, just for businesses so I want to mount it under the desk and remote into it.

S and T models will not perform as non S/T models. They will be slower. Sometimes alot slower. Hence the huge gap between baseclock and turbo.
 
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