A3.2.1 Basic characteristics

3GPP51.010-1Mobile Station (MS) conformance specificationPart 1: Conformance specificationTS

A3.2.1.1 Type of antenna

– Integrated without a connector.

– Position for normal use (if integrated without a connector).

– With a connector allowing the connection of an external antenna.

– If with a connector, declare in band impedance.

A3.2.1.2 Power supply

– Type of battery (if any).

– Type of power supply.

– Nominal voltage(s).

– End-point voltage(s) of battery(s) (if any).

– Details of MS shut-down voltage.

A3.2.1.3 Power class of the MS

– Different class declared.

– Class mark change: description of the means to change the RF power capabilities.

A3.2.1.4 Channel modes supported

– Speech full rate.

– Speech half rate.

– Data 14.5 kbit/s T/NT.

– Data 12 kbit/s full rate T/NT.

– Data 6 kbit/s full rate T/NT.

– Data 6 kbit/s half rate T/NT.

– Data 3,6 kbit/s full rate T.

– Data 3,6 kbit/s half rate T.

A3.2.1.5 Teleservices supported

11) Telephony.

12) Emergency calls.

21) Short message MT/PP.

22) Short message MO/PP.

23) Short message transmission cell broadcast.

61) Alternate speech and facsimile group 3 T/NT.

62) Automatic facsimile group 3 T/NT.

A3.2.1.6 Supplementary services supported

– Call forwarding.

– Call restriction.

– Handling of undefined GSM Supplementary Services.

A3.2.1.7 Bearer services supported

20) Asynchronous General Bearer Service see 3GPP TS 02.02 subclause 3.1

21) Data circuit Duplex asynchronous 300 bit/s T/NT

22) Data circuit Duplex asynchronous 1 200 bit/s T/NT

23) Data circuit Duplex asynchronous 1 200/75 bit/s T/NT

24) Data circuit Duplex asynchronous 2 400 bit/s T/NT

25) Data circuit Duplex asynchronous 4 800 bit/s T/NT

26) Data circuit Duplex asynchronous 9 600 bit/s T/NT

30) Synchronous General Bearer Service see 3GPP TS 02.02 subclause 3.1

31) Data circuit Duplex synchronous 1 200 bit/s T

32) Data circuit Duplex synchronous 2 400 bit/s T/NT

33) Data circuit Duplex synchronous 4 800 bit/s T/NT

34) Data circuit Duplex synchronous 9 600 bit/s T/NT

40) General PAD Access Bearer Service see 3GPP TS 02.02 subclause 3.1

41) PAD Access circuit asynchronous 300 bit/s T/NT

42) PAD Access circuit asynchronous 1 200 bit/s T/NT

43) PAD Access circuit asynchronous 1 200/75 bit/s T/NT

44) PAD Access circuit asynchronous 2 400 bit/s T/NT

45) PAD Access circuit asynchronous 4 800 bit/s T/NT

46) PAD Access circuit asynchronous 9 600 bit/s T/NT

50) General Packet Access Bearer Service see 3GPP TS 02.02 subclause 3.1

51) Data Packet Duplex synchronous 2 400 bit/s NT

52) Data Packet Duplex synchronous 4 800 bit/s NT

53) Data Packet Duplex synchronous 9 600 bit/s NT

61) Alternate Speech/Date

(here Data offers the same service

as bearer services 21-34 with "3,1kHz" information transfer capability)

81) Speech followed by Data

(here Data offers the same service

as bearer services 21-34 with "3,1kHz" information transfer capability).

A3.2.1.8 SIM removal

– Removal of the SIM is possible without disconnection of the power supply (Y/N).

A3.2.1.9 Classmark

The coding of Mobile station classmark 1, 2, and 3 and the fact whether and under which conditions the classmark 3 information element is included in a CLASSMARK CHANGE message, has to be declared by the manufacturer. The declaration has to fulfil the following requirements:

– Mobile station classmark 1: Bits 4, 5 and 8 of the first (and only) octet of the value part of the information element shall be coded as "0". The "Revision level" and "RF power capability" field shall specify the value that is correct for the MS.

– Mobile station classmark 2: Bits 4, 5 and 8 of the first octet, bits 2, 3 and 8 of the second octet, bits 3 to 7 of the third octet of the value part of the information element shall be coded as "0". The "Revision level" field, "RF power capability" field, "PS capability" field, "SS Screening indicator" field, "SM capability" field, "Frequency capability" field, "Classmark 3" field, "A5/2 algorithm supported" field, and "A5/3 algorithm supported" field shall specify the value that is correct for the MS.

– Mobile station classmark 3: Bits 5 to 8 of the first octet of the value part of the information element shall be coded as "0". If the value part contains more octets, they shall be coded as "0000 0000". The "A5/4 algorithm supported" field, "A5/5 algorithm supported" field "A5/6 algorithm supported" field, and "A5/7 algorithm supported" field shall specify the value that is correct for the MS (that is, they shall be set to "0").

NOTE: The requirements to the classmark may be subject to changes. That is why test cases are expected to verify the manufacturer’s declaration, whereas the correctness of the manufacturer’s declaration is to be verified "off line".

A3.2.1.10 Type of SIM/ME interface (ref. 3GPP TS 11.11 and 3GPP TS 11.12)

– 5V SIM/ME interface (5V only ME).

– 3V SIM/ME interface (3V only ME).

– 5V/3V SIM/ME interface (3V technology ME).

A3.2.1.11 Multislot class

– Multislot class as defined in clause B.1 of 3GPP TS 05.02.