Earlier quoted context omitted.
All excellent points but I'd remove gamers from there: > (gamers and video professionals being an exception) I play Stadia, 4K HDR 60FPS, just fine on a gigabit ethernet connection and 150MBit internet connection. Any games not streaming the entire video are fine with just kilobits/s of data, as long as the latency is good. So the case for home 10GE is even weaker ;)
Gamers aren't a strong answer :D but they're the audiophiles of home computing hardware and networks and the most likely to overspend in the belief that it's better :D
Add 10 GbE to your system with an M.2 2280 module
51–60 of 259 posts
Re: Add 10 GbE to your system with an M.2 2280 module
#52Earlier quoted context omitted.
Lots of reasons: 1. Consumer broadband speeds rarely exceed 1Gbps 2. 1Gbps Local network transfers are seldom slowed by the network (as large file work typically involves HDD still) 3. Where local network transfers are impeded by the network speed the transferring itself isn't a frequent enough and blocking thing that people feel they need to fix it... they just go make a cup of tea once or twice a day 4. There are a…
All excellent points but I'd remove gamers from there: > (gamers and video professionals being an exception) I play Stadia, 4K HDR 60FPS, just fine on a gigabit ethernet connection and 150MBit internet connection. Any games not streaming the entire video are fine with just kilobits/s of data, as long as the latency is good. So the case for home 10GE is even weaker ;)
Re: Add 10 GbE to your system with an M.2 2280 module
#53Earlier quoted context omitted.
All excellent points but I'd remove gamers from there: > (gamers and video professionals being an exception) I play Stadia, 4K HDR 60FPS, just fine on a gigabit ethernet connection and 150MBit internet connection. Any games not streaming the entire video are fine with just kilobits/s of data, as long as the latency is good. So the case for home 10GE is even weaker ;)
Gamers aren't a strong answer :D but they're the audiophiles of home computing hardware and networks and the most likely to overspend in the belief that it's better :D
[1] https://www.machinadynamica.com/machina31.htm
[2] https://www.synergisticresearch.com/cables/srx-cables/srx-sc...
[3] https://www.synergisticresearch.com/cables/srx-cables/srx-ac...
[4] https://en.wikipedia.org/wiki/The_Emperor%27s_New_Clothes
Re: Add 10 GbE to your system with an M.2 2280 module
#54It's interesting to see just how slow faster ethernet standards have been. Feels like I've had gigabit ethernet at a pretty low cost for nearly 20 years now, but faster than that has been pretty esoteric outside of the datacentre. I guess there really isn't much demand for faster than gigabit speeds even now (outside of servers?)
Getting stuck to 1 Gbps is somewhat crazy, as even the slowest laptop and PC M.2 SSDs can do 10-20 Gbps easy. Fastest ones 50 Gbps+. But I guess most people don't transfer files in their local networks anymore and use their network purely for internet access.
Most people don’t have anywhere in their local network to transfer things to. I still laugh when people see my home server and assume that’s “your work thing”. I do use it for work, but 99.99% of what’s contained in there are family pictures and photos.
Re: Add 10 GbE to your system with an M.2 2280 module
#55> Applications that may make use of the module include machine vision in industrial applications, high throughput network data transmission, high-resolution imaging for surveillance, and casino gaming machines. Does anyone know why is this useful in casino gaming machines?
I was researching about low latency applications and one seems to be webrtc video for casinos where the croupier hands and cards are streaming to the internet for remote players, could be something like that.
Re: Add 10 GbE to your system with an M.2 2280 module
#56Earlier quoted context omitted.
Lots of reasons: 1. Consumer broadband speeds rarely exceed 1Gbps 2. 1Gbps Local network transfers are seldom slowed by the network (as large file work typically involves HDD still) 3. Where local network transfers are impeded by the network speed the transferring itself isn't a frequent enough and blocking thing that people feel they need to fix it... they just go make a cup of tea once or twice a day 4. There are a…
All excellent points but I'd remove gamers from there: > (gamers and video professionals being an exception) I play Stadia, 4K HDR 60FPS, just fine on a gigabit ethernet connection and 150MBit internet connection. Any games not streaming the entire video are fine with just kilobits/s of data, as long as the latency is good. So the case for home 10GE is even weaker ;)
Re: Add 10 GbE to your system with an M.2 2280 module
#57It's interesting to see just how slow faster ethernet standards have been. Feels like I've had gigabit ethernet at a pretty low cost for nearly 20 years now, but faster than that has been pretty esoteric outside of the datacentre. I guess there really isn't much demand for faster than gigabit speeds even now (outside of servers?)
10GbE and 100GbE on fiber is quite cheap and easy now - but 99% of consumers and people doing ordinary stuff have no capability or interest in doing fiber. You can terminate cat5e or cat6 with $25 in hand tools... I think what's new is the prevalence now of 2.5 and 5GBaseT ethernet chips that are cheap enough companies are starting to build them into any $125+ ATX motherboard. At short lengths even old crappy cat5e h…
Re: Add 10 GbE to your system with an M.2 2280 module
#58Re: Add 10 GbE to your system with an M.2 2280 module
#59Re: Add 10 GbE to your system with an M.2 2280 module
#60It's interesting to see just how slow faster ethernet standards have been. Feels like I've had gigabit ethernet at a pretty low cost for nearly 20 years now, but faster than that has been pretty esoteric outside of the datacentre. I guess there really isn't much demand for faster than gigabit speeds even now (outside of servers?)