4 ms·
> As a thought experiment, what if Moore's Law scaling had ended in 2000? No smartphones. 2000? No, we would still have had smartphones. We were not in stone a
by vardump 10y ago
> As a thought experiment, what if Moore's Law scaling had ended in 2000? No smartphones.
2000? No, we would still have had smartphones. We were not in stone age anymore. Mass market smartphones would have eventually been built with that era process technology.
By year 2000, we had full color displays and StrongARM CPUs 206 MHz+, similar process could stretch to 400-500 MHz.
We'd have our beloved smartphones. Just with lower resolution screens (at most 640x480), slower CPUs (200-500 MHz single core, 8 kB L1 cache), 64-128 MB RAM and less storage (up to 1 GB). Packet data connections would have likely been limited way below 1 Mbit/s. (A)GPS would exist, but be much less sensitive (needs a lot of processing power) and take a lot longer to lock. Web browsers and other apps would have eventually been developed that work smoothly with such limited HW.
I think I could have lived with such a moore's-law-stopped-year-2000-device.
See what roughly 2000 StrongARM can do in a mobile device (PocketPC Tomb Raider, just like the original Playstation version):
https://www.youtube.com/watch?v=TujJ4nf31rI https://www.youtube.com/watch?v=TujJ4nf31rI
Or these demos (run nicely on 2000 PocketPC HW):
https://www.youtube.com/watch?v=bjZupXHhflA https://www.youtube.com/watch?v=bjZupXHhflA
https://www.youtube.com/watch?v=E2CDOtHswR0 https://www.youtube.com/watch?v=E2CDOtHswR0
- gpderetta 10y ago"Web browsers and other apps would have eventually been developed that work smoothly with such limited HW" and they would probably feel as fast as today's phones for many applications.
- vardump 10y agoAbsolutely, when it comes to CPU side of things. Of course, network latency would likely be higher than 13-20 ms we currently enjoy on 4G+ networks. Probably something like 50 ms -- main reason for high latency, circuit switched network, would have still been eventually replaced with purely packet switched system.