PRS is a new non-voice value added services that allows information to be
sent and received across a GSM mobile telephone network. It supplements
today’s Circuit Switched Data (CSD) and Short Message Services (SMS).
GPRS involves overlaying a packet based air interface on the existing
circuit switched GSM network. This gives the option to use a packet-based data
service. The information is split into separated but related “packets” before being
transmitted and reassembled at the receiving end. Theoretically, maximum speeds
of up to 171.2 kilobits per second (kbps) are achievable with GPRS using all eight
timeslots at the same time. This is about 3 times as fast as the data transmission
speed possible over today’s fixed telecommunications networks and 10 times as fast
as current Circuit Switched Data services on GSM networks.
Figure1. Example of GPRS data transmission
Example: Cell with 1 Frequency channel:
1 physical channel for signalling, 4 physical channels for Circuit switched
and 3 physical channels for Packet switched
MMS SMIL presentation (slide show) according to MMS Conformance Document
V2.0.0, MO and MT
Slide 1
Slide 2
Slide 3
Slide n
Figure 1: Structure of a multimedia message
According to the MMS Conformance Document V2.0.0 a presentation consists of one or
more slides. Each slide can consist of one or all of the following elements:
If other elements are used in a MM, these elements will not be shown in the presentation,
but can be accessed via a separate start-screen, that will be displayed after the
presentation stops.
If a MM contains a SMIL document and the MM is opened with the multi-event-icon the
presentation starts automatically. After the presentation stops, the phone will display a
separate start-screen. This screen will show the following elements:
·
Sender
·
CC
· Subject
· Availability of SMIL presentation
·
List of MM elements not included in presentation
Out of this list you can select and store all elements provided in the list to the internal file
system.
3.5 Supported media types and formats
·
Image: (part of presentation)
· JPEG baseline with JFIF as exchange format
·
GIF 87a and GIF89a (including animated GIF)
·
WBMP
·
BMP
· PNG
Interoperability for images is guaranteed only for resolutions not exceeding 160x120,
while the device can handle images larger than this (exact boundary is given by memory,
not resolution).
GIF, JPEG and PNG type images exceeding display resolution will be downscaled while
maintaining aspect ratio. BMP and WBMP images exceeding display resolution will be
clipped.
Bluetooth is a low-power, short-range wireless networking standard designed for local
area voice and data communications. Mobile computers, mobile phones and headsets,
PDAs and PCs, will all exchange information using the specification agreed to by the
over 2,400 companies in the Bluetooth Special Interest Group (SIG). The SIG companies
are working together to ensure interoperability between products and include some of the
top brands in wireless; names like 3Com, Ericsson, IBM, Intel, Lucent, Microsoft, Nokia,
Toshiba, and Motorola.
Bluetooth is a global de facto standard for wireless connectivity. Based on a low-cost,
short-range radio link, Bluetooth cuts the cords that used to tie up digital devices.
When two Bluetooth equipped devices come within 10 meters range of each other, they
can establish a connection together. And because Bluetooth utilizes a radio-based link, it
doesn't require a line-of-sight connection in order to communicate. Your laptop could
send information to a printer in the next room, or your microwave could send a message
to your mobile phone telling you that your meal is ready.
In the future, Bluetooth is likely to be standard in tens of millions of mobile phones, PCs,
laptops and a whole range of other electronic devices. As a result, the market is going to
demand new innovative applications, value-added services, end-to-end solutions and
much more. The possibilities opened up really are limitless, and because the radio
frequency used is globally available, Bluetooth can offer fast and secure access to
wireless connectivity all over the world. With potential like that, it's no wonder that
Bluetooth is set to become the fastest adopted technology in history.
· EGSM: nominal 2W (Specification: Class 4 Mobile phone)
·
Transmitter output characteristics is according to GSM 11.10
specification implying all specified operating conditions
(temperature, battery level…).
Transmitter setpoints will be specified for GSM and PCN
when typical values and statistical values become available.
· Bridgeless
·
·
· 2 soft keys
· 4-way navigation key designed as centred rocker type
·
·
· orientation at key “5“
·
comfortable earpiece with optimal acoustics
·
·
· x different call melodies + y melodies either with internal
·
·
Resolution: 101 X 80 Pixel
Illumination: 2 White LED
Active area/mm: 29.379 x 25.265
Technology: Colour STN
Contrast: Adjustable
PCN: nominal 1W (Specification: Class 1 Mobile phone)
12-digit block (0-9, #, *) and two function keys (SEND,
END) in one block with small letters
ON/OFF key combined with the END key; the symbol ¼ (I
inside O) is used as a symbol for ON/OFF.
white as illumination colour
printed lettering in three colours
omni-directional microphone
loud signal emitter (>95 dBa at 5cm distance)
melody composer
all melodies and sounds with increasing volume because
of the possible handsfree mode
four different and one increasing volume level
Supported
Systems
Stand-by
Time
Talk Time 5 hours Up to 4 h Up to 5 h Up to 6 h
Battery
Type /
Capacity
Weight approx. 116 g (M35)
Volume approx. 90 cm³ (M35)
Length 117.9 mm (M35)
Width 44.0 ... 45.8 mm (M35)
Thickness approx. 21.3 mm (M35)
SIM Plug-In 1.8V/3V Plug-In 1.8V/3V Plug-In 1.8V/3V Plug-In 1.8V/3V
Antenna Integrated Fixed PCB Integrated Integrated
Antenna
Perform.
relative to
C25
SAR
related to
1 g
Half Rate Yes Yes Yes Yes
Enhanced
Full Rate
AMR No No No Yes
Fax/Data Yes Yes Yes Yes
GPRS No No Yes, class 8 Yes, class 8
Due to changes on the connector from “Lumberg” to “Slim
Lumberg”, accessories using the old “Lumberg” connector will
not be able to be used on the new “Slim Lumberg” platform.
Note: PS note that this is only a Preliminary specification, for the actual
Marlin is designed as a single PCB-phone with a bridgeless keypad unit and
colour display. The mechanical design has been conceived to allow general use
of most of the electromechanical parts from K45 or L55 Tuna.
Full attention has been given to create a high sophisticated design showing
galvanized side-buttons, softkeys, navikey and earpiece cover. In a addition the
display lens with chrome ring. An additional design frame around the dsiplay lens
is introduced to realize a second colour without complicated spray and masking
process. The display lens is decorated from outside with IMD and anti scratch
protection.
The common mobile software available is divided into language groups. However, this
software does not contain the specific settings, such as ringing tones, greeting text, short
dial list etc., required by the operator(s) or service provider(s). Therefore, it is not
uncommon to have some menu item(s) differ in different variants or are not visible at all.
These settings are stored in different memory area of the mobile and will be activated
depending on the customer specific model or variant of the phone by a separate test
step during the production process.
Due to this separation of common mobile software and customer specific initialization, it
is possible to fulfill the demands of the market requiring customization and flexibility. As
a consequence the software programming process in the LSO is divided into two
different steps as followed:
- Software update to actual version and appropriate language group
The software of the mobile, L55 series, is loaded from a PC directly. Hardware
interconnection between the mobile and the PC is shown in Figure 2.24 Because of the
new type of external connector used in L55 series (Slim-Lumberg type) an additional
adaptor cable between mobile and boot adaptor is required. Table 2.1 listed all the
hardware requirements
If you use the battery dummy, make sure that the power supply voltage is correctly
adjusted.
Description Part No.
Bootadapter 2000 incl. AC-Adapter,
serial cable and mobile connection
cable
IBM Compatible PC – Pentium Adapter cable F30032-P226-A1
TABLE 2.1 EQUIPMENT LIST FOR SOFTWARE PROGRAMMING.
Every LSO repairing Siemens handset must ensure that the quality standards are
observed. Siemens has developed an automatic testing system that will perform
all necessary measurements. This testing system is known as:
13.2 Siemens Mobile Service Equipment
Using this system vastly simplifies the repair of the phones and will make sure
that:
1. All possible faults are detected
2. Sets, which pass the test, will be good enough to return to customer.
Starting from the P35 Series, Siemens will introduce a simpler and faster testing
platform for testing a repaired Siemens mobile phone. The testing platforms are
either base on R&S CMD 53/55, CMU200 or CTS55/30 GSM test set.
There is also test software under development for testing with the Willtek 4400S,
4201/2S and the 4107 GSM test set.
THE LSO WILL HAVE TO PURCHASE THE SYSTEM, CHOOSING
BETWEEN THE COMPLETE PACKAGE OR SUB-SET OF IT.
A FULLY AUTOMATIC TEST PROCEDURE IS ONLY
POSSIBLE IF THE COMPLETE SYSTEM IS
INSTALLED.
Make sure that your CTS firmware is Version 3.01 or higher. For
CMD 55 it must be Version 4.03 and higher. Please check with the
Service Info SB_0500 for the CTS/CMD Hardware Options.
Please refer to the technical support webpage in the ecommerce
website for test equipment related information.
The access to the server which is located in Kamp-Lintfort is protected
and will only be granted to authorized users being supplied with a special
coded chipcard.
Chipcards and the administration services of the PICS database are
provided by PICS- TRUST- Center at department ICP MP OI Kamp-Lintfort.
In case of any questions or requests concerning chipcards or
administration of the database please ask your responsible Siemens
Customer Care Manager.
In order to use the PICS-Internet websites you need a fully configured
internet access with a 32bit NETSCAPE-Browser.
Remark:
Microsoft Internet Explorer and Netscape versions above 4.7x cannot be
used!
There is a 90-day-trial-version of Netscapes Navigator 4.6 in english or
german available on the PICS installation CD provided by Siemens.
Every user is responsible for a proper installation matching the
license agreements.
For installation and further access you need the following:
1. The Installation-CD which contains:
·
the SETUP programm for the InterSEC plugin
· the trial version of Netscape Navigator 4.6 (german / english)
·
the german / english documentation
2. A chipcard which is authorised by ICP MP OI KLF in order to decode
the protected PICS Websites (and a password which gives you access
to your chipcard). Chipcards can be ordered via your responsible
Customer Care Manager within Siemens.
3. A supported chipcard reader (Smarty or Siemens B1) in order to
access your chipcard.
Remark:
We recommend to use Siemens B1 reader. Similar device to B1 is
Cardman 9010.
You are able to print up to six labels in just one step.
To prevent that misaligned labels are being printed, the setting "test
printer = Yes" is activated as default. After having printed a well-aligned
test label you can switch setting to "No" and print the correct label.
Hint:
For correct printing of IMEI labels you must have a Zebra - labelprinter
with special material that fits for label printing. This printer has to be
connected to local LPT1 printer port (also see Installation of IMPRINT)
and MUST feature a printing resolution of 300dpi.
The technical instruction for testing GSM mobile phones is to ensure the best repair
quality.
Validity
This procedure is to apply for all from Siemens AG authorized level 2 up to 2.5e
workshops.
Procedure
All following checks and measurements have to be carried out in an ESD protected
environment and with ESD protected equipment/tools. For all activities the international
ESD regulations have to be considered.
Get delivery
:
Ø Ensure that every required information like fault description, customer data
a.s.o. is available.
Ø Ensure, that the packing of the defective items is according to packing
requirements
Ø Ensure that there is a description available, how to unpack the defective items
and what to do with them.
Enter data into your database:
(depends on your application system)
Ø Ensure that every data, which is required for the IRIS-Reporting is available in
your database
Ø Ensure that there is a description available for the employees how to enter the
Ø After an successful verification pass the defective item to
the responsible troubleshooting group.
Ø If the fault description can not be verified, perform additional tests to save time
and to improve repair quality
- Switch on the device and enter PIN code if necessary unblock phone
- Check the function
- Check the display for error in line and row
- Check the ringer/loudspeaker acoustics by individual validation
- Check the IRDA Interface/Camera and Bluetooth
- Perform a GSM Test as described in chapter 3.7
Check the storage capability:
Ø Check internal resistance and capacity of the battery
Ø Check battery charging capability of the mobile phone
Ø Check charging capability of the power supply
Ø Check current consumption of the mobile phone in different mode
of all keys including side keys
, and for illumination
Visual inspection:
Ø Check the entire board for liquid damages
Ø Check the entire board for electrical damages
Ø Check the housing of the mobile phone for damages
SW update:
Ø Carry out a software update and data reset according to the master tables and