1.5 GPRS (GENERAL PACKET RADIO SERVICE) …………………….. 7
1.6 K-JAVA APPLICATION …………………………… ………………….. 8
2 CF62 Technical Information
…………………………………………….………
2.1 Key Features ………………………………………………………………9
2.2 Comparison With Previous Products ……………………………………10
3 Accessories……………………………………………………………………….. 11
4 Unit Description CF62 Leopard .............................................................……12
4.1 Assembling concept for the customer .................................................. 12
4.2 Interface CF62 Leopard to accessories ……………………...…………. 12
4.3 Exploded view of CF62 Leopard ………………………… ……………… 13
4.4 Handset parts and defined service parts …………………………………15
4.5 PCB top-side ……………………………………………………………… 16
4.6 PCB bottom-side …………………………………………………………. 16
5 Disassembly of CF62 Leopard ……………………………… …………………...17
6 Assembly of CF62 Leopard ………………………………………………………23
7 Mobile Software Programming ………………………………………………….27
7.1 Introduction …………………………………………………………………27
7.2 Mobile Software Updating …………………………………………………28
7.3 Flow chart for S/W upgrading ………………………………….………….29
8 Siemens Service Equipment User Manual ………………………….……………30
9 JPICS (Java based Product Information Controlling System)………………….31
10 International Mobile Equipment Identity, IMEI ……………………………….36
11 General Testing Information …………………………………………………….37
he cellular systems is made up of numerous transmitting and receiving sites, whose
individual coverage areas partially overlap. The concept of frequency re-use, same
frequency is used by several sites, allows a high traffic density in a wide area. Due
to the limited transmission range of the terminals, cellular systems are based on a
large number of base stations on the infrastructure side, scattered over the area to cover,
with each covering a fairly small geographical zone called cell. Cells are often
represented by hexagons (see figure 1.1.).
GSM network can be broadly divided into three broad parts, namely:
1. Mobile Station(MS) carried by the subscriber
2. Base Station Sub-system(BSS) which controls the radio link with the mobile station.
3. Mobile Switching Center(MSC) which performs the switching of calls between the
mobile users, and between mobile and fixed network users.
FIGURE 1.2 GSM ARCHITECTURE
Each mobile station is given a unique identity. As soon as the mobile phone is turned on,
it registers with the network and is authenticated, as such the network could always find
the mobile phone. Larger amount of data is being exchanged to and from the following
functional blocks in the MSC:
Visitor Location Register, VLR
Contain relevant data of all mobiles located in the serving MSC, but not belong to the
area.
Home Location Register, HLR
Stores identity and user data of all the mobile users belonging to the area.
Authentication Center, AUC
Provides the HLR with different sets of parameters to complete the authentication of the
mobile station.
Equipment Identity Register, EIR
An option the network operator can use to enforce security. With this feature the network
can identify defective or stolen mobile that may not be used in the network.
SIM is a smart card which has a computer and memory chip that is permanently installed
in the mobile equipment. It comes in either the size of a credit card or smaller version
known as the plug-in SIM.
SIM card using 5V technology is not supported.
The subscriber information, which includes a unique number called the International
Mobile Subscriber Identity (IMSI) is stored in the SIM card. SIM card identifies the
subscriber to the network.
To protect the SIM card from improper use, a security feature, a four digits personal
identification number (
by the subscriber. PIN2 Is required for additional functions available with a special SIM
card (Consult the operator for more Information about the PIN 2).
A code (PUK) is provided for unlocking the SIM card if the SIM card is blocked
.
), is built in. The PIN is stored in the card and can be changed
GPRS is a new non-voice value added services that a llows 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 GPR S 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
.
Example: Cell with 1 Frequency channel:
1 physical channel for signaling, 4 physical channels for Circuit switched and 3 physical
channels
for Packet switched.
The CF62 Leopard is designed as a clamshell with non-exchangeable housing. The lift
cover,base lower and battery cover are lacquered parts (1shot-molding;1color). Base
upper assembly is composed of base upper and light loop by ultra-sonic welding (The
base upper is lacquered 1shot-molding part.The light loop is a 2shot-molding part by light
loop and galvanized ribs).
4.1 Assembling concept for the customer
SIM-card
Clamshell assembly
Battery-Pack
Clamshell assembly
4.2 Interface CF62 Leopard to accessories
There are no specific mechanical interfaces to the car cradle. The car cradle is
designed to fit the existing design. The I/O-Connector (Lumberg-slim-connector) is
in use. The compatible interface is suitable to use the travel charger.
ESD concept; the internal circuits will be more susceptible to ESD because of the use of
exchangeable housing. The constru ction of the intern al block must b e/is designed, in the b est
possible way, to protect the circuit against sparks.
The keypad and the metal dome must be c ompletely cl osed to preven t any occurre nce of an E SD
disruptive discharge.
The SIM contacts may be open, thus reachable for ESD contact discharge. This could lead to
damage or destruction of the IC pins.
It is a requirement for the service personnel to observe ESD protection rules while performing
servicing the CF62.
For the reassembly of the CF62 Lift part assembly, reverse the disassembly procedures Step 14
from J to A. Reassembled Lift part assembly as shown. Set torque to 16 Ncm.
Step 2:
To fix the Lift part assembly to the Base upper assembly, push the hinge catch inwards with a pair of
special driver.
Step 3:Reassemble the PCB Assembly
A:
B:
Take a PCB (Main board) and detach the protection
Take a new Metal dome.
foil from the new Metal dome with the tweezers.
Take care its two hole (marked with arrows)
Press the Metal dome to ensure it is properly
glued on the PCB (main board), then prepare a
new Keypad.
E:
D:
Place the new Keypad in the assembled Base upper
assembly with the glue surface upwards, Detach the
protection foil from the new Keypad with the
tweezers.
F:
Place the assembled PCB (main board) onto the
assembled Base upper assembly with the
Keypad through the three pins(marked with
arrows), which align the PCB on the correct
position.
Remove the PCB Assembly by holding it alongside
the center and lifting it straight up, Press the Keypad
to make it glued properly.
Step 4:
Place the PCB Assembly onto the Base upper assembly. The three pins (marked with arrows) align the
Push the FPCB-cable connector downwards until locked in the junction.
Take a new microphone and mount it in its place of the Base lower.
Step 8:
Put the Base lower assembly into the top of the
Base upper assembly and align the Base lower
assembly to the Base upper assembly. Check
that the Base lower assembly is ok and all the
components are in their places.
Place the three screws in the holes tightly then install
screw cover.
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
- Programming of customer specific initialization. Include mapping and FFS.
The software of the mobile, CF62 series, is loaded from a PC directly. Hardware
interconnection between the mobile and the PC is shown in Figure 7.1
Because of the new type of external connector used in L55 (Slim-Lumberg type) an additional
adaptor cable between mobile and boot adaptor is required if the “black boot adaptor” is used.
Table 7.1 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 -
TABLE 7.1 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:
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 , CTS30/55 or CMU200GSM test set.
There is also test software under development for testing with the Wavetek 4201S / 44xx
and the 4107 GSM test set.
The following functions are available for the LSO:
• General mobile information
•
Generate PINCODE
• Generate SIMLOCK-UNLOCK-Code
• Print IMEI labels
• Lock, Unlock and Test the BF-Bus
The access to the JPICS server which is located in Kamp-Lintfort is protected by chip
card and in addition using secure socket layer (SSL) connection.
The JPICS server is only available for authorized users with a specially coded chip card.
These chip cards and the administration of the JPICS web server and the PICS
database-server can only be provided by the JPICS-TRUST-Center of the responsible
department in Kamp-Lintfort.
In case of any questions or requests concerning chip cards or administration of
the databases please ask your responsible Siemens Customer Care Manager.
The following installation description assumes that a web browser is already installed.
JPICS is tested with the following browsers
1. Internet Explorer Version 5.5 and higher
2. Netscape Version 6 and higher
For further information regarding supported browsers, browser version and supported
operating systems, see the Sun FAQ's.
Here is a step by step instruction to install all the required components:
It is necessary to follow this order!
1. Card reader (Omnikey)
2. CardOS interface (Siemens)
3. JPICS Certificates
4. Java Plugin JVM/JRE (Sun)
5. Java additional components
Every user is responsible for a proper installation matching the license agreements.
For installation and further access you need the following:
1. The JPICS Installation-CD
2. A chip card. Chip cards can be ordered via your responsible Customer Care
Manager within Siemens.
3. A supported chip card reader (Smarty or Siemens B1) in order to access your chip
card.
Remark:
We recommend using Siemens B1 reader. Similar device to B1 is Cardman 9010.
In the module “Generate Codes“you can choose to generate:
CF62 Level 2 Service Manual
You are able to print 1 label 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
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.
Zebra – label printer
with special material
10. International Mobile Equipment Identity, IMEI
The mobile equipment is uniquely identified by the International Mobile Equipment Identity
IMEI, which consists of 15 digits. Type approval granted to a type of mobile is allocated 6
digits. The final assembly code is used to identify the final assembly plant and is assigned with
2 digits. 6 digits have been allocated for the equipment serial number for manufacturer and the
last digit is spare.
The part number for the CF62 is S30880-S6050-Axxx where the last 4 letters specify the
housing and software variant.
CF62 series IMEI label is accessible by removing the battery.
Re-use of IMEI label is possible by using a hair-dryer to remove the IMEI label.
On this IMEI label, Siemens has also includes the date code for production or service, which
conforms to the industrial standard DIN EN 60062. The date code comprises of 2 characters:
first character denotes the Year and the second character denotes the Month. For example, the
IMEI above show date code RD.
Year Date Code Month Date Code
2003 R
June 6
2004 S July 7
2005 T August 8
2006 U September 9
2007 V October O
2008 W November N
2009 X
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:
Ensure that every required information like fault description, customer data a.s.o. is
available.
Ensure that the packing of the defective items is according to packing requirements.
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)
Ensure that every data, which is required for the IRIS-Reporting is available in your
database.
Ensure that there is a description available for the employees how to enter the data.
Incoming check and check after assembling:
!! Verify the customers fault description!!
After a successful verification pass the defective item to the responsible
troubleshooting group.
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 of all
- Check the
- Check the ringer/loudspeaker acoustics by individual validation.