If successful, this technology will enable standard 8-16 gigahertz computers to run 100 times faster and will bring all optic devices closer to the holy grail of communications: the terahertz chip.
Where can you get a 8GHz CPU? Methinks the author here mixed up RAM sizes with CPU speed.
First thing I noticed. I didn’t write a counterpoint because I wasn’t sure if it was saying 8-16 was standard now or more like “enable” standard 8-16 plus the terahertz chip. It was ambiguous to me. Possibly an error by writer trying to understand what they were saying.
@ All
Far as optical chips, the first I saw in general and from Israel was Lenslet’s Enlight. I’m sure yall will enjoy that since I still haven’t seen anything like it get popular. Maybe for good reasons but its customers probably enjoyed telling their peers they used “light, not electricity,” for computation. Some jokers probably said they used a “quantum” computer haha.
Where can you get a 8GHz CPU? Methinks the author here mixed up RAM sizes with CPU speed.
First thing I noticed. I didn’t write a counterpoint because I wasn’t sure if it was saying 8-16 was standard now or more like “enable” standard 8-16 plus the terahertz chip. It was ambiguous to me. Possibly an error by writer trying to understand what they were saying.
@ All
Far as optical chips, the first I saw in general and from Israel was Lenslet’s Enlight. I’m sure yall will enjoy that since I still haven’t seen anything like it get popular. Maybe for good reasons but its customers probably enjoyed telling their peers they used “light, not electricity,” for computation. Some jokers probably said they used a “quantum” computer haha.
Just pour some liquid nitrogen on it ;)
But “8-16” makes me think of core count actually.