π Microsoft unveils an analog optical computer (AOC) for AI!
A team of four Microsoft researchers spent four years developing this breakthrough system, capable of solving AI tasks using simple LEDsβlike those in smartphones.
π Key highlights:
β’ β‘ 500 tera-operations per watt β over 100Γ more efficient than NVIDIAβs H100
β’ β±οΈ One iteration in just 20 nanoseconds
β’ π Only 2 femtojoules per operation
β’ π‘οΈ Runs at room temperature using micro-LEDs
The AOC combines analog electronics with 3D optical architectures, performing matrix multiplications optically, while complex calculations remain on silicon.
β¨ Advantages over quantum computing:
β’ β 100% accuracy on binary tasks, 95%+ on mixed tasks
β’ βοΈ Quantum systems manage only 40β60% on similar problems
β’ π Beat records from the QPLIB benchmark, solving optimization tasks with 500+ binary and 10,000+ continuous variables
β’ No cryogenics needed β works at room temperature!
The race is on: which will reach the market first β optical or quantum computing?
#Microsoft #OpticalComputing #Photonics #AI
A team of four Microsoft researchers spent four years developing this breakthrough system, capable of solving AI tasks using simple LEDsβlike those in smartphones.
π Key highlights:
β’ β‘ 500 tera-operations per watt β over 100Γ more efficient than NVIDIAβs H100
β’ β±οΈ One iteration in just 20 nanoseconds
β’ π Only 2 femtojoules per operation
β’ π‘οΈ Runs at room temperature using micro-LEDs
The AOC combines analog electronics with 3D optical architectures, performing matrix multiplications optically, while complex calculations remain on silicon.
β¨ Advantages over quantum computing:
β’ β 100% accuracy on binary tasks, 95%+ on mixed tasks
β’ βοΈ Quantum systems manage only 40β60% on similar problems
β’ π Beat records from the QPLIB benchmark, solving optimization tasks with 500+ binary and 10,000+ continuous variables
β’ No cryogenics needed β works at room temperature!
The race is on: which will reach the market first β optical or quantum computing?
#Microsoft #OpticalComputing #Photonics #AI
π₯60π27π23β‘21π18π16