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Page 1: Future Computing Technology (1/3)€¦ · Resistor db' = Rdi Inductor dØ = Ldi current charge Memristor dØ = Mdq flux . conventional MRAM cell STT-RAM cell Bit line Source Silicon
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Page 2: Future Computing Technology (1/3)€¦ · Resistor db' = Rdi Inductor dØ = Ldi current charge Memristor dØ = Mdq flux . conventional MRAM cell STT-RAM cell Bit line Source Silicon
Page 3: Future Computing Technology (1/3)€¦ · Resistor db' = Rdi Inductor dØ = Ldi current charge Memristor dØ = Mdq flux . conventional MRAM cell STT-RAM cell Bit line Source Silicon
Page 4: Future Computing Technology (1/3)€¦ · Resistor db' = Rdi Inductor dØ = Ldi current charge Memristor dØ = Mdq flux . conventional MRAM cell STT-RAM cell Bit line Source Silicon
Page 5: Future Computing Technology (1/3)€¦ · Resistor db' = Rdi Inductor dØ = Ldi current charge Memristor dØ = Mdq flux . conventional MRAM cell STT-RAM cell Bit line Source Silicon

Since 1971 – based on 1’700 Intel CPUs

Page 6: Future Computing Technology (1/3)€¦ · Resistor db' = Rdi Inductor dØ = Ldi current charge Memristor dØ = Mdq flux . conventional MRAM cell STT-RAM cell Bit line Source Silicon

A view from Intel from 2010

Page 7: Future Computing Technology (1/3)€¦ · Resistor db' = Rdi Inductor dØ = Ldi current charge Memristor dØ = Mdq flux . conventional MRAM cell STT-RAM cell Bit line Source Silicon
Page 8: Future Computing Technology (1/3)€¦ · Resistor db' = Rdi Inductor dØ = Ldi current charge Memristor dØ = Mdq flux . conventional MRAM cell STT-RAM cell Bit line Source Silicon
Page 9: Future Computing Technology (1/3)€¦ · Resistor db' = Rdi Inductor dØ = Ldi current charge Memristor dØ = Mdq flux . conventional MRAM cell STT-RAM cell Bit line Source Silicon

According to Samsung

Page 10: Future Computing Technology (1/3)€¦ · Resistor db' = Rdi Inductor dØ = Ldi current charge Memristor dØ = Mdq flux . conventional MRAM cell STT-RAM cell Bit line Source Silicon

6x more bandwidth, 3x less power vs DDR4

Page 11: Future Computing Technology (1/3)€¦ · Resistor db' = Rdi Inductor dØ = Ldi current charge Memristor dØ = Mdq flux . conventional MRAM cell STT-RAM cell Bit line Source Silicon
Page 12: Future Computing Technology (1/3)€¦ · Resistor db' = Rdi Inductor dØ = Ldi current charge Memristor dØ = Mdq flux . conventional MRAM cell STT-RAM cell Bit line Source Silicon
Page 13: Future Computing Technology (1/3)€¦ · Resistor db' = Rdi Inductor dØ = Ldi current charge Memristor dØ = Mdq flux . conventional MRAM cell STT-RAM cell Bit line Source Silicon
Page 14: Future Computing Technology (1/3)€¦ · Resistor db' = Rdi Inductor dØ = Ldi current charge Memristor dØ = Mdq flux . conventional MRAM cell STT-RAM cell Bit line Source Silicon

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Page 15: Future Computing Technology (1/3)€¦ · Resistor db' = Rdi Inductor dØ = Ldi current charge Memristor dØ = Mdq flux . conventional MRAM cell STT-RAM cell Bit line Source Silicon
Page 16: Future Computing Technology (1/3)€¦ · Resistor db' = Rdi Inductor dØ = Ldi current charge Memristor dØ = Mdq flux . conventional MRAM cell STT-RAM cell Bit line Source Silicon
Page 17: Future Computing Technology (1/3)€¦ · Resistor db' = Rdi Inductor dØ = Ldi current charge Memristor dØ = Mdq flux . conventional MRAM cell STT-RAM cell Bit line Source Silicon

Triggered instructions

Page 18: Future Computing Technology (1/3)€¦ · Resistor db' = Rdi Inductor dØ = Ldi current charge Memristor dØ = Mdq flux . conventional MRAM cell STT-RAM cell Bit line Source Silicon

“Knights Landing” a.k.a. x200

Page 19: Future Computing Technology (1/3)€¦ · Resistor db' = Rdi Inductor dØ = Ldi current charge Memristor dØ = Mdq flux . conventional MRAM cell STT-RAM cell Bit line Source Silicon

Accelerators

Page 20: Future Computing Technology (1/3)€¦ · Resistor db' = Rdi Inductor dØ = Ldi current charge Memristor dØ = Mdq flux . conventional MRAM cell STT-RAM cell Bit line Source Silicon

Manufacturers

Page 21: Future Computing Technology (1/3)€¦ · Resistor db' = Rdi Inductor dØ = Ldi current charge Memristor dØ = Mdq flux . conventional MRAM cell STT-RAM cell Bit line Source Silicon
Page 22: Future Computing Technology (1/3)€¦ · Resistor db' = Rdi Inductor dØ = Ldi current charge Memristor dØ = Mdq flux . conventional MRAM cell STT-RAM cell Bit line Source Silicon
Page 23: Future Computing Technology (1/3)€¦ · Resistor db' = Rdi Inductor dØ = Ldi current charge Memristor dØ = Mdq flux . conventional MRAM cell STT-RAM cell Bit line Source Silicon
Page 24: Future Computing Technology (1/3)€¦ · Resistor db' = Rdi Inductor dØ = Ldi current charge Memristor dØ = Mdq flux . conventional MRAM cell STT-RAM cell Bit line Source Silicon

Submersion cooling

Page 25: Future Computing Technology (1/3)€¦ · Resistor db' = Rdi Inductor dØ = Ldi current charge Memristor dØ = Mdq flux . conventional MRAM cell STT-RAM cell Bit line Source Silicon

Submersion cooling

Page 26: Future Computing Technology (1/3)€¦ · Resistor db' = Rdi Inductor dØ = Ldi current charge Memristor dØ = Mdq flux . conventional MRAM cell STT-RAM cell Bit line Source Silicon

Climate change

Page 27: Future Computing Technology (1/3)€¦ · Resistor db' = Rdi Inductor dØ = Ldi current charge Memristor dØ = Mdq flux . conventional MRAM cell STT-RAM cell Bit line Source Silicon
Page 28: Future Computing Technology (1/3)€¦ · Resistor db' = Rdi Inductor dØ = Ldi current charge Memristor dØ = Mdq flux . conventional MRAM cell STT-RAM cell Bit line Source Silicon

Silo…computing

Page 29: Future Computing Technology (1/3)€¦ · Resistor db' = Rdi Inductor dØ = Ldi current charge Memristor dØ = Mdq flux . conventional MRAM cell STT-RAM cell Bit line Source Silicon

Silo… computing

Page 30: Future Computing Technology (1/3)€¦ · Resistor db' = Rdi Inductor dØ = Ldi current charge Memristor dØ = Mdq flux . conventional MRAM cell STT-RAM cell Bit line Source Silicon
Page 31: Future Computing Technology (1/3)€¦ · Resistor db' = Rdi Inductor dØ = Ldi current charge Memristor dØ = Mdq flux . conventional MRAM cell STT-RAM cell Bit line Source Silicon
Page 32: Future Computing Technology (1/3)€¦ · Resistor db' = Rdi Inductor dØ = Ldi current charge Memristor dØ = Mdq flux . conventional MRAM cell STT-RAM cell Bit line Source Silicon
Page 33: Future Computing Technology (1/3)€¦ · Resistor db' = Rdi Inductor dØ = Ldi current charge Memristor dØ = Mdq flux . conventional MRAM cell STT-RAM cell Bit line Source Silicon
Page 34: Future Computing Technology (1/3)€¦ · Resistor db' = Rdi Inductor dØ = Ldi current charge Memristor dØ = Mdq flux . conventional MRAM cell STT-RAM cell Bit line Source Silicon
Page 35: Future Computing Technology (1/3)€¦ · Resistor db' = Rdi Inductor dØ = Ldi current charge Memristor dØ = Mdq flux . conventional MRAM cell STT-RAM cell Bit line Source Silicon

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