Full Debian ARM for Under $200
An anonymous reader writes "With minor elbow grease, you can now set yourself up with a complete Debian ARM Linux box for under $200. This is thanks to Peter Korsgaard, who figured out a cool byteswapped kernel hack for the little $99 Linksys NSLU2. Add a $99 USB harddrive, and the tiny, cute, quiet 'Slug' can run any of about 16,000 Debian ARM packages, 24x7, for pennies per month worth of electricity, since ARM is still orders of magnitude more power-efficient than anything x86. Serve files, music, web pages, printers, backups, kernel images, webcams/motion detection, firewalls/routers, wireless access point... or whatever. Oh, did I mention you can overclock the Slug?"
usb audio for $30-$50?
----- Documentation is worth it just to be able to answer all your mail with 'RTFM' - Alan Cox.
The Linksys NSLU2 has already been hacked so you can run your own applications on it. :-)
OpenWRT is a similar thing for the Linksys WRT54G and GS wireless routers. Same goes for the Asus WL500 series. Linux forever! heh
This is a cool project and Kudos to Linksys for using Linux as a basis for their NAS and Routers.
But TFA says "built-in 10/100 (not yet supported in litte-endian mode)". If I read this correctly the device works, but the network port doesn't. Hopefully someone can correct me and confirm that the ethernet port does work.
This would be a perfect low-cost always-on media centre server for Slim Devices Squeezebox Server
Orationem pulchram non habens, scribo ista linea in lingua Latina
http://www.slimdevices.com/
get of their older devices for cheap on ebay, they rock. i've got 5 of them scattered throughout my house (3 different models, all running off the same server software on my debian box).
It's not our fault you prefer the never-changing BSD and the 1-button MAC mouse. With the second highest install base in the world, you're bound to get breached.
but this device doesn't support the 10/100 ethernet card yet... The device has 32MB of SDRAM, 8MB of NOR Flash, built-in 10/100 (not yet supported in litte-endian mode), and dual USB 2.0 ports. so... i guess add another $30 for a USB 10/100 Adapter.
This is not an overclock. For reasons unknown, Linksys chose to clock the unit at 133mhz. The chip is spec'ed by intel to run at 266mhz w/o cooling. So your not overclocking your un-underclocking :-)
NOTE: First page says that the built-in ethernet isn't working under the Debian install yet. Not thinking this will be useful for most people. I'll be getting one when that's worked out, I need a low-power box to run an HTTP proxy on.
RTFA. The NSLU has nothing to do with WIFI. Its a NAS device.
"The dinosaurs died because they didn't have a space program." - Niven
If you don't need a distro as large as Debian, you can run Unslung, which does support the built-in Ethernet.
Unslung uses ipkg for package management and has a simple installation using the native firmware. It is very stable, since it has been available almost since the Linksys product was announced. It is actively being developed and you can talk to the developers via IRC at #nslu2-linux on Freenode.
There is also a Yahoo group for running Linux on the NSLU2.
Show me on the doll where his noodly appendage touched you.
Cheaper? Granted, by at least 5x. More efficient? Less power, certainly, can't attest to what efficiency you're shooting for -- if its CPU cycles per cubic inch, not likely. Faster? If I put an identical IDE drive on a firewire bridge, the MacMini will be faster than some USB implementation.
Who cares about the warranty when you're doing something like this? With a Mac Mini, you're not voiding the warranty by loading an alternative OS anyway.
My Linux box is a PowerMac 7600 with a 500MHz G3 upgrade card, running PowerPC Debian. PowerPC doesn't have all the support of the x86 world in Linux (and ARM is even worse), but Debian provides a great platform to provide support for us non-x86 platform users.
Unslung can be installed without using a serial port modification, because it simply uses the built-in Linksys web administration to upgrade the firmware to the Unslung distribution.
Once Unslung is installed, it only takes a matter of minutes to have your NSLU2 running Samba, OpenSSH, Apache, Slimserver, and even Asterisk!
Show me on the doll where his noodly appendage touched you.
Unslung supports USB memory sticks, so you don't actually have to use a HD with it.
Also, I have a 40 GB Segate attached to mine that is USB powered.
It still might use more power than the WRT54, but at least you don't need anymore power than is available with the NSLU2's adapter.
Show me on the doll where his noodly appendage touched you.
I've tried (Asterisk is already ported for Unslung). Unfortunately, the NSLU2 just isn't powerful enough for that.
You can get one side of a conversation at most, and it's really jittery.
Try it out anyway - it's an easy install with Unslung!
Show me on the doll where his noodly appendage touched you.
Yes, but often the 'exploits' people make use of in, say, Samba, involves injecting a little bit of binary code into the stream that runs and gives the cracker root. On a non-x86 platform, the cracker would have to keep around different 'little bits of binary code' to inject. And it's safe to say that script kiddies won't do that. They'll move along to the next box they've found somewhere else to crack.
I'll throw in my vote for gumstix.
http://gumstix.com/spexExpnsion.html
They're super small, (shuffleish sized), do usb, ethernet, and other stuff. Runs linux out of the box. XScale processors start at 200Mhz. The price is right too.
since ARM is still orders of magnitude more power-efficient than anything x86
This is utter bullshit.
On this page it says that at 133MHz, idle, the board consumes 8.6W. There are plenty of embedded x86 boards that run lower power and/or higher clock frequency.
For example, here's a board that runs at 133MHz, 5 Watt at 100% CPU load.
The ARM610 (1993ish vintage) was regarded as more powerful than a 486DX - a contemporary chip. ARM CPU designs do get more powerful, though there are also lower power devices in the current range, but the prices are nowhere near 1998 desktop prices. Look at the Philips LPC2000 series - under $10 for an ARM7 microcontroller with decent memory, flash and I/O.
I don't see why the inability for some people to program the device should reflect on it's capability (and I wouldn't call VoIP trivial)
The crippling factor on the NSLU2 is the limited memory. Fine for what it's intended to do, but they to expand it's capabilities, and you hit the wall. Many people have this problem when trying to use it as a UPnP Mediaserver (using Twonkyvision). The hardware is simply not powerfull enough, or enough memory to cope with large scale media databases and heavy network media streaming.
Gumstix would be great if they would just add USB host capability. I don't care about controlling it over USB; I want it to read data off of a USB keychain drive. :(