New OpenWRT Drops Support For Linux 2.4, Low-Mem Devices
hypnosec writes with word that the OpenWRT team a few days ago released the final version of the project's newest iteration, version 12.09 (codenamed "Attitude Adjustment"). "The final version doesn't support Linux 2.4, because of which the distribution wouldn't run on old router models, for example the Linksys WRT54G models, which have 16MB of RAM and CPUs clocked at 200MHz. The distribution is now based on Linux 3.3 and there is good news for the Raspberry Pi fans as the distribution now supports the credit card-sized computer, along with Ramips routers."
So they drop support for the routers everyone has and want you to build your own router from a raspberry. Sounds like a plan for success.
Sorry, teleporters just kill you and then make a copy. A perfect, soul-less copy.
well technically yes. I am sure that some other pissed off people out there will fork the revision and continue support for the version that is officially no longer supported. you see it happen all the time for example mySQL - MARIADB
have you seen my sig? there are many others like it but none that are the same
Why? Did the WRT350N cease to exist?
And now for some karma whoring^W^W^Wthe actual details:
The OpenWrt Release Team would like to announce the final Attitude Adjustment Release (12.09).
Highlights since Backfire 10.03.1:
Dropped support for legacy Broadcom target (brcm-2.4)
Switched to Kernel 3.3
Switched to uClibc 0.9.33.2
Switched x86 images from ext2 to ext4 filesystem
Improved parallel building support
New netifd implementation to replace the old script based network configuration system
Switched to shadow passwords
Support for external overlay filesystems in release images
Various firewall enhancements
Wireless driver updates and stability improvements
Experimential support for 5 and 10 MHz channels in ath5k and ath9k
Package updates and dependency fixes
New target support: ramips, bcm2708 (Raspberry Pi) and others
Support for further router models
Support for building with eglic instead of uClibc
Support for 6RD configuration
Support for bridge firewalling in release images
Known Issues:
Most open tickets at the time of the final builds
Lower end devices with only 16 MiB RAM will easily run out of Memory, for bcm47xx based devices is Backfire with brcm-2.4 recommended
More detailed information: https://dev.openwrt.org/query?status=closed&group=resolution&milestone=Attitude+Adjustment+12.09
Detailed core changelog at: https://dev.openwrt.org/log/branches/attitude_adjustment
Detailed packages changelog at: https://dev.openwrt.org/log/branches/packages_12.09
Binaries can be downloaded at http://downloads.openwrt.org/attitude_adjustment/12.09/
Hail Eris, full of mischief...
E pluribus sanguinem
So now it runs on Rasberry Pi?
Just what I needed, a router with a single network interface!
I suggest The Distribution Formerly Known As OpenWRT.
Get free satoshi (Bitcoin) and Dogecoins
A few seconds at openwrt.org will reveal that OpenWRT is a specialized Linux distribution, and they've simply migrated to the 3.3 kernel. Kind of like Ubuntu 10 migrated to 2.6, lo those many years ago.
Maybe this qualifies as news for some people, but it's certainly not something to get your panties in a bunch over.
Sheesh, evil *and* a jerk. -- Jade
The WRT54G came out in 2002. The newer WRT54GL version was released in 2005. While these were phenomenal products with a long lifespan, they are obsolete by any standard. Things like no N support, no Gigabit Ethernet, and the lack of CPU and Memory to do cool things have been huge issues for a while.
Serious users have already moved on. Platforms like the Netgear WNDR3700v2 are cheap, easy to find, and offer modern features. No one is suggesting rolling your own from a Raspberry will be the most popular option, but that enabling it will be a cool option for many hackers.
People have their underwear in a bunch over the fact that "OpenWRT" has become an artifact title. It no longer supports the appliance after which it was named (the WRT54G).
So the Pi could be a wireless access point. Those only need 1x Ethernet + wireless.
Some people don't use wired Ethernet anymore.
Hail Eris, full of mischief...
E pluribus sanguinem
They named most of their products after the IIGS
rewriting history since 2109
Kernel 2.4 is a completely different beast then version >= 2.6.0. That was why the version went from 2.4 to 2.6 - back then the second number incremented for super major changes.
I'm starting to think GNU is the problem with "GNU/Linux" these days.
Right there in the release note, folks - if you have a 54G, use Backfire.
Newer hardware gets better kernels.
Next story.
My God, it's Full of Source!
OUTSIDE_IP=$(dig +short my.ip @outsideip.net)
A Raspberry Pi uses a single USB interface between it's CPU and all the IO. Even the "on board" Ethernet for the Model B is connected to the on board USB hub. By adding extra interfaces to the USB bus, you will not only limit bandwidth even more, but also probably make the Pi run less stable. You can prevent this by using an external powered USB hub, adding more complexity and cost to the Pi, but you'll still have limited bandwidth. At a theoretical maximum of 400Mbit (half duplex) getting a Pi to route anything above 50Mbit full duplex will become a challenge, with a theoretical maximum of 100Mbit Full Duplex (100 FD per interface, means 200 HD per interface, 2 interfaces, total 400Mbit HD). Given the fact that a WRT54G will at least switch 100Mbit full duplex and route 20+ Mbit via wireless, a Raspberry Pi plus a powered external hub plus USB ethernet/WiFi isn't that much of an upgrade. Getting a Gbit wireless N router that is supported will most likely cost you the same or less, be less complex in hardware and give you more bandwidth than a Pi.
I was promised a flying car. Where is my flying car?
Below are the speedtests of two different routers using a wired connection.
Actiontec (about 2011) – 53.22 MB (down) 8.23 (up) Linksys WRT54G v2 (about 2004) – 23 MB (down) 7.76 (up)
I've got Time Warner cable internet, so I'm cool, then.
I am not a crackpot.
This combination is what I use at home. Debian has all the software one needs. The DN2800MT can take a couple of mini pcie cards, and a pcie card. This gives me two radios (5/2.4GHz) and an extra ethernet port (total 2). It has plenty of SATA connectors for NAS (2x1TB 2.5" drives). I have the whole thing in a tiny M300 case. Power consumption after boot is about 14W under normal use. It is about 11W when idle, and 18W when hammered. It doesn't have a slew of ethernet ports, so I have to add 6W (v. active)/3W (idle) for a managed switch.
I looked at open WRT, but thought "why not go whole hog?".
Best wishes,
Bob
Lack of support for modern wireless networking (no 802.11n, on either 2.4GHz or 5 GHz), inability to perform any sort of processing whatsoever on faster connections (hitting those 80Mbps speeds requires disabling anything that might hit the CPU, so no stateful firewall, no QoS, no wifi encryption, no nothing), limited wired performance (100 megabit switch is a bottleneck for LAN use), limited conntrack ability due to tiny amounts of RAM and CPU power available, lack of USB ports for external connectivity (no hard disks, no 3G/4G data sticks, etc), enormously overpriced when sold new ($50 is enough to get you a simultaneous dual-band 802.11n router today), etc.
For modern internet connections, the thing is nearly useless. I've got a 50/10 VDSL2 line. The WRT54GL that I've got is incapable of routing that at full speed without seriously stripping it down to disable all the useful stuff, and even then its ancient 802.11g wireless radio won't even do half the speed of my connection. On top of that, the lack of a gigabit switch would bottleneck access to my file server (even my gigabit switch is a bottleneck there).
If you've got an old 10 meg internet connection and don't have much of a LAN, it might still be suitable. For people with modern connections, it's useless.