I'm sorry to bust the fun on this, but I would never rebuild this device (or anything other with radio capability)... simply because of the costs of certification which is mandatory for any RF transmitter.
I don't think that's the point. The problem with a lot of home automation and internet-of-things stuff is proprietary lock in, either from new young companies that could be dead in 18 months or established monsters looking to slurp your data. Having an open source foundation is the only viable long term approach to something that needs to live as long as your home infrastructure. If this lot cease being able to make…
Hardware for OpenWrt
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Re: Hardware for OpenWrt
#22Earlier quoted context omitted.
I don't think that's the point. The problem with a lot of home automation and internet-of-things stuff is proprietary lock in, either from new young companies that could be dead in 18 months or established monsters looking to slurp your data. Having an open source foundation is the only viable long term approach to something that needs to live as long as your home infrastructure. If this lot cease being able to make…
Isn't standard commercial hardware tat you can install opernwrt enough?
This is the real reason the GPL has a sort of built in success limit for end user deployments, and why so much of the code in Android is Apache or BSD licensed.
Re: Hardware for OpenWrt
#23A fun comparison: 20 years ago you could spend a large number of dollars (anyone remember how much?) on a dreamy Silicon Graphics Indigo2 Unix workstation. From http://en.wikipedia.org/wiki/SGI_Indigo%C2%B2_and_Challenge_... its specs included: * MIPS CPUs ranging from the the R4000 to the R10000, with clock rates of up to 250MHz. (This project uses a related MIPS CPU that clocks at 600MHz.) * Up to 512Mb of RAM, equ…
This project has 2x 100Mbps wired Ethernets in addition to 300Mbps WiFi.
edit:
> * Up to 512Mb of RAM, equal to that in this project. The Wikipedia articles explains that the Indigo2 hardware could theoretically support 1Gb of RAM, but the thermal output of the DRAM available at the time was too great for the enclosure.
As user Wicher below notes, there seems to be bit/byte confusion here. So Indigo has still significantly more memory than this project.
Re: Hardware for OpenWrt
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#27The latest post there that I was able to find was from April 2014 - is there any news? Am I missing something?
Re: Hardware for OpenWrt
#28This looks very useful, but price, RAM and flash sizes are not readily apparent. Am I missing something?
Can't find price but http://wrtnode.com/tech-specs.html says 512M RAM and 128M flash
witness RAM part number here: http://wrtnode.com/wp-content/uploads/2014/01/DSC_0038.jpg http://wrtnode.com/wp-content/uploads/2014/01/DSC_0046.jpg http://wrtnode.com/wp-content/uploads/2013/10/2s.jpg
decode here: http://www.elixir-memory.com/Download/2007%201H.pdf
Very likely the 128M flash is 128Mb, so 16MB
Re: Hardware for OpenWrt
#29I'm sorry to bust the fun on this, but I would never rebuild this device (or anything other with radio capability)... simply because of the costs of certification which is mandatory for any RF transmitter.
If so, this is incorrect. There is no FCC certification required for low-powered, non-licensed devices like this one if you don't sell or market them. You can run up to 5 such devices without any certication. See page 3 on:
http://transition.fcc.gov/Bureaus/Engineering_Technology/Doc...
Re: Hardware for OpenWrt
#30Is OpenWRT safe to use? The latest release, at least according to https://openwrt.org , was in April 2013. I'm not intimately familiar with what software packages it uses, but it seems like it could, at the very least, be vulnerable to Heartbleed.
OpenWRT's OpenSSL package has been updated to 1.0.1g, so it's not vulnerable to Heartbleed. The default install doesn't use OpenSSL so there is no need to update the install images.