Skip to main content

Motorola MOTOKRZR K3 and Smart 3G

Word of Warning: I am a Linux user and very keen in buying a Motorola Razr (specifically v3xx) because it is known to work in Linux. But for some stupid reason I bought a newer model and it is NOT based on this chipset anymore:

# lsusb
Bus 001 Device 002: ID 22b8:6402 Motorola PCS
# dmesg
[30549.844000] cdc_acm 1-1:1.0: ttyACM0: USB ACM device
[30549.844000] usbcore: registered new interface driver cdc_acm
[30549.844000] drivers/usb/class/cdc-acm.c: v0.25:USB Abstract Control
Model driver for USB modems and ISDN adapters
I have not tried yet making it work in Linux but might write a dev driver for this if time permits.

For Smart 3G Internet on the phone, I first sent the following message to 211:
SET MOTOK3
You will receive a browser message. This is a bit noob but only after some fiddling I manage to figure out that I need to see the Options of that message and Install. This message essentially contains the Smart 3G-related browser settings. I previously used a Globe SIM so the default set Web Sesssion is Globe Internet (Menu > Web Access > Web Sessions). Make Smart Internet as the default web session.

To use it as a modem on Windoze, install the Motorola Phone Tools, then Click Internet. It will automagically create a new Connection (with default Smart provider settings that comes with MPT).

Important Note: It takes some time after the 3G registration for the service to be activated.

I got the following actual bandwidth stats using http://www.speedtest.net/ at about 3am in the morning (the other endpoint is a Bayantel server in the Phil):
277kbps downlink (~35 kbytes/second)
109kbps uplink (~14kbytes/second)
Not bad!

At 9pm, uplink 47kbps (~6 kbytes/second), downlink 223 kbps (~28 kbytes/second).

If you have questions, post it as a comment.

Comments

Popular posts from this blog

Zenoss: monitor free VMWare ESXi version

We confirmed that the free ESXi version does not allow SNMP gets, only traps. The original script was taken from here: http://communities.vmware.com/docs/DOC-7170 Modified script: http://mirakulo.com/pub/esxi/check_esx_wbmem.py We added Fan and power supply, hinted from this page: http://www.stephenjc.com/2009/01/whatsup-vmware-esxi-monitor-these.html Use this guide to add the Data source: http://www.zenoss.com/community/docs/howtos/create-modify-nagios-templates Added as template under: /Devices /Server /VMWare /ESXi /Templates /esxi-monitor /check_esx_wbmem Name: check_esx_wbmem Source Type: Command Enable true Use SSH false Component: blank Event class: /VMWare/ESXi Severity: Error Cycle time: 60 Parser: auto Command template: /usr/local/zenoss/python/bin/python /opt/zenoss/libexec/check_esx_wbmem.py https://${dev/manageIp}:5989 root passwd To bind this template to ESXi nodes, go to the device: Example: /Devices /Server /VMWare /ESXi /esxi-01.prod.corp.org then to its temp...

ld: unrecognized option '--hash-style=both'

gcc -Wl,-Map=contiki.map,-export-dynamic testv6.co obj_linux-native/socketdev_listener.o \ contiki-linux-native.a -o testv6.linux-native /usr/local/bin/ld: unrecognized option '--hash-style=both' /usr/local/bin/ld: use the --help option for usage information collect2: ld returned 1 exit status If you look closely, the error is something related to the local gcc not using the host's linker (ld). $ which gcc /usr/bin/gcc $ which ld /usr/local/bin/ld For some reason, I messed my compiler path. To synchronized gcc to use the host's dynamic linker (i.e. /usr/bin/ld ), set the environment variable COMPILER_PATH to /usr/bin . $ export COMPILER_PATH=/usr/bin $ echo $COMPILER_PATH /usr/bin $ gcc -print-prog-name=ld /usr/bin/ld

Resetting admin password in IBM System p5 510 Express ASMI

These are the steps in resetting the admin password: 0. Re-route stored static in your body via an ESD wrist strap to a metallic element. 1. Look for the 2 toggle switches and service processor batt. The batt should be in front of the Power Supply 1 and Power Supply 2 (codes: E1 and E2, see Rear Location Codes on the cover plate). The "very tiny" toggle switches should be in the area of P1-C14 slot. I forgot the exact sequence but it should be a combination of the ff. step (2): 2. Remove the battery, toggle the switches to the opposite direction. Allows some time for the caps to discharge. 3. Move back the toggle switches and put back the batt in its place. 4. Assign your PC to Class C subnet (i.e. masked 255.255.255.0 ): IPaddr: 192.168.2.x for HMC1 or IPaddr: 192.168.3.x for HMC2 5. Ping HMC1 or HMC2. Access the web interface using the default address: http://192.168.2.147 (for HMC1) or http://192.168.3.147 (for HMC2) Note: Sometimes you have to force the https protocol: ...