Who is excited about tri-gate? It's a new transistor that Intel says it's going to use for the 45nm process.
Basically:
"Further advances at Intel, like trigate transistors will essentially place transistor interconnects on a 3D grid instead of a 2D one - allowing for much higher densities without revamping lithography or gate size."
- September 9, 2004
Since originally announced last year, Intel researchers have successfully shrunk the size of the trigate transistor (measured by the gate length) from 60 to 30nm.
Transistors with a smaller gate switch on and off faster, ultimately enabling faster microprocessors.
"Our latest research indicates that the scalability, performance and excellent manufacturability of our trigate transistor makes it a strong contender for production as early as 2007 on our 45nm process technology", said Sunlin Chou, Senior Vice President and General Manager of Intel's Technology and Manufacturing Group.
"The results place nonplanar 3D transistor structures among the promising nanotechnology innovations that we will use to extend silicon scaling and Moore's Law well into the future".
The trigate transistor design also addresses the growing current leakage problem that the industry faces as CMOS devices are made ever smaller.
Due to its unique structure, the trigate transistor's leakage is far less than that of a planar transistor of the same size.
That is the basis of the INQ's posting a few months back that Intel had solved the leakage problem. They are also transitioning to new metals.
Source
http://www.intel.com/pressroom/archive/releases/20020919tech.htm
From what everyone reports, the 45nm process is going to be awsome, so i'm kinda looking foward to it and its cool-running CPUs.
Basically:
"Further advances at Intel, like trigate transistors will essentially place transistor interconnects on a 3D grid instead of a 2D one - allowing for much higher densities without revamping lithography or gate size."
- September 9, 2004
Since originally announced last year, Intel researchers have successfully shrunk the size of the trigate transistor (measured by the gate length) from 60 to 30nm.
Transistors with a smaller gate switch on and off faster, ultimately enabling faster microprocessors.
"Our latest research indicates that the scalability, performance and excellent manufacturability of our trigate transistor makes it a strong contender for production as early as 2007 on our 45nm process technology", said Sunlin Chou, Senior Vice President and General Manager of Intel's Technology and Manufacturing Group.
"The results place nonplanar 3D transistor structures among the promising nanotechnology innovations that we will use to extend silicon scaling and Moore's Law well into the future".
The trigate transistor design also addresses the growing current leakage problem that the industry faces as CMOS devices are made ever smaller.
Due to its unique structure, the trigate transistor's leakage is far less than that of a planar transistor of the same size.
That is the basis of the INQ's posting a few months back that Intel had solved the leakage problem. They are also transitioning to new metals.
Source
http://www.intel.com/pressroom/archive/releases/20020919tech.htm
From what everyone reports, the 45nm process is going to be awsome, so i'm kinda looking foward to it and its cool-running CPUs.