4 ms·
Geez, and I was surprised to see 400Gbps QDR optics hitting the mainstream. Even if we double the data rate every few of years (as we have been, 10Gbps, 25Gbps,
by redm 5y ago
Geez, and I was surprised to see 400Gbps QDR optics hitting the mainstream. Even if we double the data rate every few of years (as we have been, 10Gbps, 25Gbps, 40Gbps, 100Gbps, 200Gbps, 400Gbps, 800Gbps, I expect it will continue), we are at least 10 full cycles off from realizing those kinds of speeds, or 30-40 years?
Edit: since they are multiplexing, it almost seems like this is DWDM, on 4 optics, and combined into a single datastream. That means is probably more attainable sooner. Seems similar to just adding more cores (or lanes like in current QDR optics).
- nso 5y agoI am curious what the application would be today.
- Sebb767 5y agoCarrier aggregation lines, undersea cables and, possibly, large data center uplinks. Of course, this is probably not financially viable yet.
- laurent92 5y agoI hear React is planning a version 3, and you might go from zero to a full Jira page in less than 7 seconds (assuming you are not logged in).
- gremloni 5y agoPeer to peer internet would work well.
- baybal2 5y ago> Seems similar to just adding more cores (or lanes like in current QDR optics). The current trend is actually reducing those. 1 lambda 100gbps sfp56-dd would be a goldmine for the first chipmaker to ace it.