In USA created an electronic brain (of the same size) which performance is 80 petaflops (path tracing needs only 1 petaflop) at 20 watts power consumption. So, by taking advantage of the russian room-temperature superconductors (confirmed at Cambridge University of England in 2010), such device could get much much faster than it actually is.
The sixth-generation computer (Real-time 4D Graphics ASIC) :
* Room-temperature superconductor ‘bipolar’ {can as well utilize only one type of carriers which makes it even faster} transistors {Dayem bridge Josephson junctions} & superconductive wiring
* Emitter-Coupled Logic
* Ternary combinational logic solely {no sequential logic at all}
* Explicit Data Graph Execution (non von Neumann)
* Single core with 8 threads & machine belt architecture (a few of extremely long superconducting registers)
* Wax-enamelled multiple-layer integrated circuit
* 100-exabyte Hyper CD-ROM (Polytechnic University of Bucharest, Romania)
* Mercury programming language (non von Neumann)
~ No quantum schemes, photonics, operating memory, cache, hard disk, vector (array) processing, floating point and other useless things.
Summary: the highest physically possible specific performance, no heat generation at all, great scalability, good versatility.
10 comments:
Both current CPUs and GPUs would already be faster if their creators only deigned to have utilized 16nm SRAM chips & silver wire.
the website link crashes Firefox all the time - so I can't view it :(
So am I (((( and it crashes Chrome..
can the ps4 run this engine?
In USA created an electronic brain (of the same size) which performance is 80 petaflops (path tracing needs only 1 petaflop) at 20 watts power consumption. So, by taking advantage of the russian room-temperature superconductors (confirmed at Cambridge University of England in 2010), such device could get much much faster than it actually is.
Can CUDA 6 help to increase the performance of Brigade 3?
NVIDIA video cards are that slow due also to nonuse of the microthread technique .
Dear Anonymous (the one who wrote the "electronic brain) who are you? You're littering your crazy bullcrap all over the raytracey blog.
The sixth-generation computer (Real-time 4D Graphics ASIC) :
* Room-temperature superconductor ‘bipolar’ {can as well utilize only one type of carriers which makes it even faster} transistors {Dayem bridge Josephson junctions} & superconductive wiring
* Emitter-Coupled Logic
* Ternary combinational logic solely {no sequential logic at all}
* Explicit Data Graph Execution (non von Neumann)
* Single core with 8 threads & machine belt architecture (a few of extremely long superconducting registers)
* Wax-enamelled multiple-layer integrated circuit
* 100-exabyte Hyper CD-ROM (Polytechnic University of Bucharest, Romania)
* Mercury programming language (non von Neumann)
~ No quantum schemes, photonics, operating memory, cache, hard disk, vector (array) processing, floating point and other useless things.
Summary: the highest physically possible specific performance, no heat generation at all, great scalability, good versatility.
Just know that Phiar Corporation 's 1.7-terahertz hot electron bipolar transistors could let path tracing in games already now.
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