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> I can't imagine a rise in home servers to facilitate IoT as most customers will never have that level of interest in IoT products unless this is a type of pro
by zeveb 9y ago
> I can't imagine a rise in home servers to facilitate IoT as most customers will never have that level of interest in IoT products unless this is a type of product installed and maintained by a trained technician.
Why not? With the demise of Moore's law and the rise of zero-moving-part computers, as well as the existence of container technology, it will soon be possible to install a single compute node in a home and have it be dependably useful for over a decade. This node will be able to run all of the computing jobs necessary in a home, from the thermostat to the lighting to the TV to web browsing and games-playing (and even running web and email servers — or social networking services!). It would be easily serviced by a dedicated technician (as e.g. hot-water heaters and furnaces are today).
Not being forced to run cloud services saves device manufacturers money. Not requiring cloud services means that devices will continue to work usefully without Internet connexions. Not using cloud services means that user data is more private and secure.
- johnhenry 9y agoHold up... when did Moore's law meet its demise? I've heard that the conjecture is failing as we run into certain physical limits of making computer parts smaller, but I think what you've written indicates the opposite?
- zeveb 9y ago> Hold up... when did Moore's law meet its demise? Transistor count & speeds have stagnated since around 2012–2015, and it looks like we're close to some hard limits.
- bobcostas55 9y agoSandy Lake. In the 6 years between the 2500K and the 7600K they've managed to increase performance by about 20% (total, not annually). Same # of cores, same price.