Ivy Bridge triple channel memory?

AI Thread Summary
The discussion centers around the memory capabilities of Intel's Sandy Bridge and Ivy Bridge architectures, highlighting that Sandy Bridge supports only dual-channel RAM, which limits its performance in memory-intensive applications compared to Nehalem. There is speculation about whether Ivy Bridge will incorporate triple-channel memory, as it is a 22nm die shrink of Sandy Bridge. The conversation also touches on the anticipated release of AMD's 8-core Bulldozer processors, expected around June 20th, which will utilize a new AM3+ socket that remains backwards compatible but does not support triple-channel memory. Concerns are raised about potential bottlenecks due to the reliance on dual-channel memory. Additionally, there are rumors that the enthusiast series of Ivy Bridge may feature quad-channel memory with the new socket 2011, though this would likely come with high costs for RAM modules. The performance advantages of quad-channel memory over dual and triple-channel configurations are questioned, particularly regarding which applications would benefit most from it.
FishmanGeertz
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The Sandy Bridge only has dual channel RAM, which is why the Nehalem pulls ahead in memory-intensive applications and benchmarks. Will the Ivy Bridge include triple-channel memory? The Ivy Bridge is a 22nm die shrink of the Sandy Bridge.

And when will the 8-core chips from AMD and Intel be released?
 
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Don't know about Ivy Bridge but I guess that they would add trip chan memory since Intel obviously already has the technology to support it and must probably just be drip feeding it into the market.

For the 8 core processors I heard that the new AMD Bulldozer chips could be released in the week of June 20th. The new chips are going to be with a new chip socket AM3+ which has been created since the AM3 socket would not allow for some of the features. Since it is + it will be backwards compatible with AM3 sockets but will not be supporting trip chan memory due to this. I'm wondering how they are going to be avoiding bottlenecks with just dual chan memory.

Personally I cannot wait for 8-core chips

Hope that was helpful

Moogoomonkey

:smile:
 
moogoomonkey said:
Don't know about Ivy Bridge but I guess that they would add trip chan memory since Intel obviously already has the technology to support it and must probably just be drip feeding it into the market.

For the 8 core processors I heard that the new AMD Bulldozer chips could be released in the week of June 20th. The new chips are going to be with a new chip socket AM3+ which has been created since the AM3 socket would not allow for some of the features. Since it is + it will be backwards compatible with AM3 sockets but will not be supporting trip chan memory due to this. I'm wondering how they are going to be avoiding bottlenecks with just dual chan memory.

Personally I cannot wait for 8-core chips

Hope that was helpful

Moogoomonkey

:smile:

Someone on another forum told me that the enthusiast series of Ivy Bridge processors will feature quad-channel memory as one of the many new features of the socket 2011 or "socket R" motherboards.
 
Oh man that sounds awesome. Can you imagine the cost of the modules though!
 
moogoomonkey said:
Oh man that sounds awesome. Can you imagine the cost of the modules though!

Clock for clock, how much faster would quad-channel memory be, when compared to dual and triple-channel RAM? What applications would best take advantage of it?
 
I haven't seen any quad channel memory chips yet. It would require a new bridge architecture to work with cpu.
 
Chronos said:
I haven't seen any quad channel memory chips yet. It would require a new bridge architecture to work with cpu.

I believe the upcoming 22nm "Ivy Bridge" shrink of the current Sandy Bridge architecture will feature the new "X68" chipset and a "socket 2011". Along with many new great features and significant improvements compared to the P67 and X58 chipsets.

It may or may not include quad channel memory. If so, then the RAM modules will probably be extremely costly.
 
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