Please Note: We try to provide every kind of tips and secrets related to various Sony Ericsson Mobile Models including Sony Ericsson 318 Secrets and Sony Ericsson 338 Secrets. All these Secrets are taken from trusted sources and we have also tested many of them but still we can’t guarantee if they will work properly for you. Feel free to take these tips and try on your own risk. We won’t be held responsible for any damages caused to your mobile phone. Hopefully nothing such will happen

Sony Ericsson 318 and Sony Ericsson 338 Secrets:

To view IMEI number *#06#To view Software Version enter -> * <- <- * <- * CLR (Use with Care)

The Latest Software Version is under Phone Info.

To fine tune sound and clean up any echo, place the 388 into the car kit HF 2600.

Then close all windows, engine off and type * # * # 3. The E 388 will fine-tune itself in about a few seconds.

To activate operator lock <- * * <- (This locks the phone to one carriers SIM card – Use with lots of care)

Press Yes to lock and No to not lock. You can also use the codes below to undo this function. USE AT OWN RISK

I have tested the function Lock to SP… At least on the 337 there’s a sub menu: Enter SPCK-code. There are 5 attempts, which is showed (05 attempts). At final attempt the phone beeps as a warning, ‘this is the final try’, when entering the menu… Wrong code exits the menu, so you are not stuck in something… When you have tried to enter the code (wrong) all five times, the menu is deactivated, and you’ll get: ‘Not allowed’ when entering <-**<-

Accessing the Service Program that is not provided with the 388:

1. Connect the 388 to Cable with RS232/TTL converter.

2. Set Comport to 9600bps, 8 data, 1 stop, no parity.

3. Power ON, wait for “2″ and send “0B” to the phone. DO NOT Press ENTER.

4. R should be on screen.

5. Send TEST.BIN. (Send as a binary file)

6. 388 should answer “SP,OK”.

7. R should be on screen.

DO NOT write or read from the IMEI or SPCK area! If you try that you can send the phone to service at once, because you will automatically write FE or EF to EVERY cell in the EEPROM. In other words, all the calibration values for the radio is overwritten… (NOT good) Some commands in the Service Prog:

eere read from eeprom

eewe write eeprom

lime xxxx xxxx xxxx xxx Learn IMEI no. Returns Error.

IMEI – Displays IMEI number

To Flash Program a 388:

1. Connect the 388 to Cable with RS232/TTL converter.

2. Set Comport to 9600bps, 8 data, 1 stop, no parity.

3. Power ON, wait for “2″ and send “OB” to the phone. DO NOT Press ENTER.

4. R should be on screen.

5. send pre_xxx.bin to the MS.

6. You should receive a “>”.

7. send “0B” again.

8. R should be on screen

9. send prodload. bin to the MS.

10. receive “>”.

Done, I don’t have the above files so please don’t ask for them.

Interesting Information (well I thought so

The names on the files, sj…..X45 tells you a couple of things. “sj” stands for Sofia-Jane, thats the internal name for the model and x45 stands for “sub-model”. The 388 is called model 4/5. The latest 337 phones is called “cr”, like in Cost Reduction. They rebuilt the oscillator from a bought-in to one built up with discrete components and that was cheaper.

Programming Channel Indicator or RBS

To enable, send the following command:

EEWR 3EE 1

Wait for the OK prompt, power off* the phone and disconnect it from the interface cables. Power up and browse through the menus.

To disable, send the following command:

EEWR 3EE 0

Clearing Electronic Lock

To clear the electronic lock you have to clear the EEPROM address range 03CF to 03DA by sending the commands:

EEWR 3CF 00

EEWR 3D0 00

EEWR 3D1 00

EEWR 3D2 00

EEWR 3D3 00

EEWR 3D4 00

EEWR 3D5 00

EEWR 3D6 00

EEWR 3D7 00

EEWR 3D8 00

EEWR 3D9 00

EEWR 3DA 00

COOL STUFF TO DO

Set ComPort to 115200bps, 8 data, 1 stop, no parity and watch all the phone commands on the screen and so on. Make a call and see what happens as well as shutting down.

*POWER OFF

You should press the NO button a few times until Shut Down comes up on the screen, when it does press yes and this will shut down the phone properly.

Reading the Channel Info now that’s it’s enabled

|——-|——-|——-| D

| | | | I

| 1 | 2 | 3 | S

|——-|——-|——-| P

| | | | L

| 4 | 5 | 6 | A

|——-|——-|——-| Y

1. This is three different channels things depending on the phone state.

a. When the phone is idle, this shows “Bxxx”. “B” stands for “Broadcast channel” (a logic GSM channel)b. When a phone call is in progress, this shows “Sxxx”. S stands for “Stand Alone Dedicated Control Channel” SDCCH for short.

c. When the phon call in up, this shows “Txxx”. “T” Stands for Traffic channel. The “xxx” thing is the channel number, 1-124.

2. This shows Rx Level. The values displayed is from 0 to 63. Rx Level is a indicator on how good your reception is for the moment. 0 is a signal strength of -110dBm. 63 is approx -45 to -50dBm.RXLEV is measured in dBm in such a way that incoming signal equals -110.5+RXLEV so that a RXLEV at 50 equals an incoming signal strength at -50.5 dBm (plus or minus max deviation 0.5dBm)

3. This shows the output power in dBm.

4. This shows the timeslot used for the moment. You can see it when making a call.

5. This shows Rx Quality. Rx Quality is a measurement of how much error correction is required to the speech. 0 indicates none and as the figure rises you hear more pings and pings on the speech as large parts of the frame are missing. If you have more RxQ then 5, you are on good way to loose your call. Rx Quality reads 0-7.RXQUAL is measured by using a table were as the bit error rate or BER is interesting and measured in % RXQUAL table

0 BER < 0,2 (%)

1 0,2 < BER < 0,4

2 0,4 < BER < 0,8

3 0,8 < BER < 1,6

4 1,6 < BER < 3,2

5 3,2 < BER < 6,4

6 6,4 < BER < 12,8 (here we have lost half a burst)

7 12,8 < BER

6. This shows the timing advance. The BS tells the MS to send before it should just make sure that the MS burst is coming to the BS on the right time. The TA is measured in half bits so the distance to the BTS can be calculated as follows=1,11*TA/2. Timing Advance reads 0-63. Co-incidentally this tells you how far you are from the base site in 550metre chunks, up to the theoretical max of 35.2km.

Pin outs:

1 In Voice

2 In +5V=External Power, 0V=Battery

3 Out Ext Speak control

4 Analog GND

5 Out Voice

6 Out +5V=POWER ON, 0V=POWER OFF

7 Out Charger control

8 Digital/DC GND

9 In 0V=normal,+5V=test, +12V=test+flash

10 In Hook

11 In TTL serial in

12 Out TTL serial out

13 In 0V for aprox 1 sec = POWER ON/OFF

14 In DC Power supply