New device may make computers 1,000 times faster without overheating while reducing data center power consumption
How the device achieves ultrafast switching in 40 picoseconds in next-generation computer systems How light pulses replace continuous electrical flow Why data centers care more
How the device achieves ultrafast switching in 40 picoseconds in next-generation computer systems How light pulses replace continuous electrical flow Why data centers care more about heat than clock speed The materials problem hiding behind the performance claim What gets oversimplified in ‘1,000× faster processors Memory bandwidth (often the dominant bottleneck in modern workloads) Interconnect latency between compute units Software-level parallelisation limits I/O constraints feeding data into compute pipelines
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