1 General Information on The Draft Amendment 
of The Third Generation Mobile 
Telecommunication Terminal Equipment 
Technical Specifications  
The third -generation mobile communications (3G) service will be 
terminated in December 2018. Due to the requirement for CSFB, 3G network 
will still exist in the mobile broadband (4G) network as heterogeneous 
networks. Therefore, add the frequency of mobile  broadband services into this 
regulation as the basis for the third -generation mobile communication terminal 
equipment certification. In addition, the referenced standard CNS 15285 " 
General requirements and test methods for chargers used by mobile termina ls 
and other hand -held ICT devices" was revised on 14 July 2017. In accordance 
with relevant international technical standards, and the “Technical 
Specifications for Broadband Terminal Equipment of Mobile Broadband 
Business”, the NCC proposes to revise the  “Third Generation Mobile 
Telecommunication Terminal Equipment Technical Specifications ”. Also, 
there is no CDMA2000 service in Taiwan currently, therefore relevant test 
items are deleted. Amendment points are described as below:  
1.Foundation and Scope  (revision to P oint 1) 
2.Test Items and documents specified  (revision to P oint 3) 
3.Date of implementation 。(deletion  to Point 5)  2 Comparison Table of The Draft Amendments of  The Third Generation Mobile 
Telecommunication Terminal Equipment Technical Specifications  
Amended Provisions  Current Provisions  Descriptions  
1.Foundation and Scope  
Foundation  
The specification is issued pursuant to 
paragraph 1 of Article 42 of the 
Telecommunications Acts.  
Scope 
This specification s are applied to third 
Generation mobile telecommunication terminal 
equipment . The relevant frequency bands are as 
follows:  
WCDMA FDD ：Band 1 (1920  MHz～1980 MHz/2110 MHz ～
2170 MHz ）, Band 3 (1710 MHz ～1785 MHz/1805 MHz
～1880 MHz), Band 7 (2500  MHz～2570 MHz/2620 MHz
～2690 MHz ）, Band 8 (885 MHz ～915 MHz/930 MHz ～
960 MHz）. 
WCDMA TDD ：(1915 MHz ～1920 MHz/2010 MHz ～2025 
MHz）and (2570 MHz/2620 MHz ）. 
Contents and Reference  
To comply with the international standard, the 
test items, conformance requirement, method of 
tests and relevant requirements of the Third 1.Foundation and Scope  
Foundation  
The specification is issued pursuant to 
paragraph 1 of Article 42 of the 
Telecommunications Ac ts. 
Scope 
This specification is only applied to the Third 
Generation mobile telecommunication terminal 
equipment which has been specified in WCDMA FDD 
(1920 MHz – 1980 MHz and 2110 MHz – 2170 
MHz）, WCDMA TDD(1915 MHz – 1920 MHz and 2010 
MHz – 2025 MHz ）and CDMA2000 FDD(824 MHz – 
849 MHz and 869 MHz - 894 MHz, 1920 MHz – 1980 
MHz and RX from 2110 MHz to 2170 MHz ）technical 
standards of IMT -2000 . 
Contents and Reference  
To comply with the international standard, the 
test items, conformance requirement, method of  
tests and relevant requirements of the Third 
Generation mobile telecommunication terminal 
equipment will be in accordance with the The applicable 
scope of the 
specifications is 
amended.  3 Generation mobile telecommunication terminal 
equipment will be in accordance with the lastest 
requirements of the 3GP P TS25.101, TS25.102, 
TS34.121, TS34.122, TS34.124 and 3GPP2 C.S0011 -
A（TIA/EIA-98-D）when this specification is not 
applicable.  lastest requirements of the 3GP P TS25.101, 
TS25.102, TS34.121, TS34.122, TS34.124 and 
3GPP2 C.S0011 -A（TIA/EIA-98-D）when this  
specification is not applicable.  
2.Abbreviations  
ACLR Adjacent Channel Leakage power Ratio  
CDMA  Code Division Multiple Access  
ERP Effective Ratiated Power  
EIRP  Effective Isotropic Ratiated Power  
FCC  Federal Communications Commission  
FDD  Frequency Division Duplex  
ITU International Telecommunication Union  
MS,UE Mobile Station,User Equipment  
SAR  Specific Absorption Rate  
TDMA  Time Division Multiple Access  
TDD Time Division Duplex  
TPC Transmit Power Control  
WCDMA  Wideband Code Division Multiple Access  
 2.Abbreviations  
ACLR Adjacent Channel Leakage power Ratio  
CDMA  Code Division Multiple Access  
ERP Effective Ratiated Power  
EIRP  Effective Isotropic Ratiated Power  
FCC  Federal Communications Commission  
FDD  Frequency Division Duplex  
ITU International Telecommunication Union  
MS,UE Mobile Station,User Equipment  
SAR  Specific Absorption Rate  
TDMA  Time Division Multiple Access  
TDD Time Division Duplex  
TPC Transmit Power Control  
WCDMA  Wideband Code Division Multiple Access  
 This point is not 
revised.  
3.Test Items and documents specified  
3.1 WCDMA FDD  
3.1.1 Test Items  
Item Test Items  Conformance requirement  Test result  Compliance  3.Test Items and documents specified  
3.1 WCDMA FDD  
3.1.1 Test Items  
Item Test Items  Conformance requirement  Test result  Compliance  1.According to 
3GPP TS 25.101, 
amend the 
specifications  4 1 Frequency 
bands  and 
channel 
spacing  Comply with table 1 -1   
2 Maximum 
output   
power  Comply with table 1 -2   
3 Frequency 
error  Within ± 0.1 PPM    
4 Minimum  
controlled 
output power  ≦ -50 dBm (in one time 
slot)   
5 Occupied 
bandwidth  ≦ 5 MHz    
6 Spectrum 
emissions 
mask  Comply with table 1 -3   
7  Adjacent 
Channel 
Leakage 
power Ratio  
(ACLR)  
(Power class 
3,4) Adjacent Channel Offset  
±5 MHz ： 
ACLR limit 33 dB； 
Adjacent Channel Offset  
±10 MHz ： 
ACLR limit  43 dB；   
8 Spurious 
emission  Band 1：Comply with 
table 1 -4 and table 1 -5 
Band 3：Comply with 
table 1-4 and table 1 -6 
Band 7：Comply with 
table 1 -4 and table 1 -7 
Band 8：Comply with 
table 1 -4 and table 1 -8   
9 EMC  Comply ing with 
CNS13438  or 3GPP 
TS34.124  
Device under test (DUT) 
shall be tested (not   1 Frequency 
bands  and 
channel 
spacing  Tx：1920 MHz - 1980 
MHz  
Rx：2110 MHz - 
2170MHz  
Tx-Rx frequency 
separation ：190 MHz  
The nomonal channel 
spacing：5 MHz    
2 Maximum 
output   
power  Power class 1 ：  33 dBm  
+1/-3 dB 
Power class 2 ：  27 dBm  
+1/-3 dB 
Power class 3 ：  24 dBm  
+1/-3 dB 
Power class 4 ：  21 dBm  
+2/-2 dB   
3 Frequency 
error  Within ± 0.1 PPM    
4 Minimum  
controlled 
output power  ≦ -50 dBm (in one time 
slot)   
5 Occupied 
bandwidth  ≦ 5 MHz    
6 Spectrum 
emissions 
mask  As Table 1-1   
7  Adjacent 
Channel 
Leakage 
power Ratio  
(ACLR)  
(Power class 
3,4) Adjacent Channel Offset  
±5 MHz ： 
ACLR limit 33 dB； 
Adjacent Channel Offset  
±10 MHz ： 
ACLR limit  43 dB；   
8 Spurious 
emission  As Table 1-2 and Table 1-
3   
9 EMC  Comply ing with 
CNS13438  or 3GPP   of test items 
for  frequency 
bands, maximum 
output power, 
spectrum 
emissions mask 
and spurious 
emission.  
2.In accordance 
with the 
amendment of 
CNS15285 and 
"Technical 
Specifications 
for Broadband 
Terminal  
Equipment of 
Mobile 
Broadband 
Business", 
revised the 
ravelent 
charging 
regulations of 
3.1.1.  5 applicable if none) in 
operation mode, standby 
mode (radiation emission  
interference), and 
charging mode (conducted 
power line emission  
interference , not 
applicable if none).   
10 Electrical  
safety  Comply ing with 
CNS14336 -1 or 
CNS15598 -1   
11 Mobile 
phones 
connection 
interface, 
power 
adapter 
connection 
interface, 
charger cable 
and power 
adapter  Comply with mobile 
station device connection 
interface, power adapter 
connection interface, 
charger cable and power 
adapter relevant 
provisions of “Technical 
Specifications for 
Broadband Terminal 
Equipment of Mobi le 
Broadband Business ”.   
12 The Public 
Warning and 
Disaster 
Prevention 
Messages 
Reception 
Function  Adhere to the provisions 
of Rule 4    
Note：1. For test items 2, 3, 4, 5, 6, 7 and 8, the 
UE should be operated at low frequency,mid  
frequency and high frequency 
meantimesandrefer to the lastest method of 
measurement of 3GPP TS34.121 and TS34.124.  
      2. The applicant should submit the test report TS34.124  
Device under test (DUT) 
shall be tested (not 
applicable if none) in 
operation mode, standby 
mode (radiation emission  
interference), and 
charging mode (conducted 
power line emission  
interference , not 
applicable if none).   
10 Electrical  
safety  Comply ing with 
CNS14336 -1   
11 Connecting 
Interface on 
Mobile 
Phone 
Handset 
(hereinafter 
as Handset)  (1)Electrical 
requirement ：
complying with 
A4.2.3.1 of CNS15285  
(2)Complying with the  
following provisions of 
(A) or (B) ： 
(A)Socket on mobile 
phone：complying 
with micro -B or 
micro -AB in Annex 
A of CNS15285  
Plug to socket on 
mobile phone in  
connection cord set 
for charge ：
complying with 
micro -B in Annex A 
of CNS15285, 
Contact 1 is  VBUS 
and Contact 5 is 
GND  in the 
connecting interface  
(B)If Socket on    6 or certificate of approval in compliance with 
the relevant regulations for test items 9  and 
10. 
      3. Test items 9 to 11 shall be tested with 
power adapter and charger cable set; for 
power adapters and charger cable sets that 
already received certificate of approval, it 
is a must to submit certificate of approval 
and testing report in ord er to be inspection 
free of test item 11.  
3.1.2 Specified Documents  
Item Content  Conformance requirement  Note 
1 SAR limits  
(hand -held 
only)  Shall comply with the SAR limit for 
partial body   (any part of the head 
and surrounding area), 2.0 
W/Kg(10g)  The applicant 
should provide 
with test report 
and test data.  
2 RF Exposure 
Warning Label  Warning:  
”For Reducing RF Influence, Use 
Properly “ 
Method of Labeling:  
Label on UE, carton and user 
manual.  The applicant 
should provide 
with guarnatee. 
when the user 
manuel is English 
version only.  
3 SAR Label  SAR label content:  
“ SAR limit 2.0 W/Kg; testing 
value:   W/Kg ” 
Labeling method:  
Label on UE, carton and user 
manual.  The applicant 
should provide 
with guarnatee.  
4 A copy of 
certificate of 
approval  A copy of certificate of approval  
(e.g., issued by certification body 
which is accredited in compliance 
with the requirements of 3GPP)  Note the code 
and certification 
scope of 3GPP.  mobile phone  does 
not complying with  
Provision  (A), it 
should adop t the 
specific  connecting 
plug in connection 
cord set for charge  
or the adapter 
between micro -B 
plug and the socket 
on mobil e phone. 
(3) Complying with the  
following provisions 
of (A) or  submitting 
the test report 
provided in (B)： 
(A)The insulating 
material of 
connecting 
interface: class V -
2 material at least  
(B)The test report 
complying with the 
technical 
specifications  of 
USB -IF(Universal 
Serial Bus 
Implementers 
Forum ), it should 
include  the item in 
(A) 
12 Connecting 
Interface on 
Charger  (1)Socket on Charger and  
Plug to socket on 
Charger  in connection 
cord set for charge  : 
Complying with STD -
A in Annex A of 
CNS15285     7 5 IMEI number 
and unique 
guarantee  Test equipment may read and record 
the IMEI number of the unique 
guarantee proposed by the applicant.  
  
Note：1. The documents specified by NCC mentioned 
above are regulated in compliance with  
Article 10.1.7 and Article 12.1.7 of 
Compliance Approval Regulations of 
Telecommunications Termin al Equipment.  
      2. Procedures of SAR are in accordance with CNS 
14958-1: Human exposure to radio frequency 
fields from hand -held and body -mounted 
wireless communication devices – Human 
models, instrumentation, and procedures – 
Part 1: Procedure to determine the specific 
absorption rate (SAR) for hand -held devices 
used in close proximity to the ear (frequency 
range of 300 MHz to 3 GHz). Expiration Date 
to perform the related International Standard 
IEC 62209 -1 and IEEE Std 1528 is June 30, 
2012. 
 
Table 1-1： 
Test Items Band 1 Band 3 Band 7 Band 8 
Frequency 
bands Tx：1920 MHz -
1980 MHz  
Rx：2110 MHz -
2170 MHz  Tx：1710 MHz -
1785 MHz  
Rx：1805 MHz -
1880 MHz  Tx：2500 MHz -
2570 MHz  
Rx：2620 MHz -
2690 MHz  Tx：885 MHz-
915 MHz 
Rx：930 MHz-
960 MHz 
TX-RX 
frequency 
separation  190 MHz 95 MHz 120 MHz 45 MHz Electrical Requirement : 
complying with 
A4.2.3. 2 of CNS15285  
(2) Complying with the  
following provisions 
of (A) or  submitting 
the test report 
provided in (B): 
(A)Mechanism 
Requirement: 
complying with 
A4.2.2  of 
CNS15285  
Insulating 
Resistance: 
complying with 
A4.2. 3.3 of 
CNS15285  
Insulating 
V oltage: 
complying with 
A4.2.3.4 of 
CNS15285  
Low Level 
Contact 
Resistance:  
complying with 
A4.2.3. 5 of 
CNS15285  
Contact 
Capacitance ：
complying with 
A4.2.3. 6 of 
CNS15285  
Insulating 
material of 
connecting 
interface: class  8 Channel 
spacing 5 MHz 
 
Table 1-2： 
Maximum Output  
Power Band 1 Band 3 Band 7 Band 8 
Power class 1  33 dBm +1/ -3 dB - - - 
Power class 2  27 dBm +1/ -3 dB - - - 
Power class 3 24 dBm +1/ -3 dB 
Power class 4  21 dBm +2/ -2 dB 
 
Table 1-3： 
Separation 
between the 
carrier 
frequency and 
the center of 
the measuring 
filter 
Δf（MHz） Minimum Requirement  Measurement 
Bandwidth  Realtive requirement  
（dBc） Absolute 
requirement
（dBm） 
2.5 – 3.5  -71.1 30 kHz  
3.5 – 7.5  -55.8 1 MHz  
7.5 – 8.5  -55.8 1 MHz  
 8.5 – 12.5 -49 dBc -55.8 1 MHz  
Note: Minimum requirement  is the lager one between 
realtive requirement  and absolute requirement . 
 
Table 1-4： V-2 material at 
least 
(B) The test report 
complying with the 
technical 
specifications  of 
USB -IF, it should 
include  the items in 
(A) 
13 Connection 
Cord for 
Charge  (1) Contact 1 is  VBUS and 
Contact 4 is GND  in 
the connecting 
interface STD -A 
(2) Complying with the 
following provisions 
of (A) or  submitting 
the test report 
provided in (B): 
(A) Electrical 
Requirement : 
V oltage Drop:  
complying with  
A4.3.3.2 of 
CNS15285  
Cable Flex:  
complying with  
A4.3. 6 of 
CNS15285  
4-Axis 
Continuity: 
complying with  
A4.3. 7 of 
CNS15285  
Maximum 
Resistance of 
Wire: not exceed 
0.232 Ω/m 
Fireproofing   
dBcMHzf



 5.2 1535
dBcMHzf



 5.3 135
dBcMHzf



 5.7 1039 9 Frequency Bandwidth  Measurement 
Bandwidth  Minimum 
requirement  
  9 kHz ≦ f < 150 kHz  1 kHz -36 dBm 
150 kHz ≦ f < 30 MHz  10 kHz -36 dBm 
 30 MHz ≦ f < 1000 MHz  100 kHz -36 dBm 
1GHz ≦ f < 12.75 GHz  1 MHz -30 dBm 
 
Table 1-5：（Band 1） 
Frequency Bandwidth  Measurement 
Bandwidth  Minimum 
Requirement  
462.5 MHz ≦ f ≦ 467.5 MHz  1 MHz -50 dBm 
703 MHz ≦ f ≦ 803 MHz 1 MHz -50 dBm 
791 MHz ≦ f ≦ 821 MHz 3.84 MHz  -60 dBm 
852 MHz ≦ f ≦ 859 MHz 1 MHz -50 dBm 
859 MHz ≦ f ≦ 894 MHz 3.84 MHz  -60 dBm 
921 MHz ≦ f < 925 MHz 100 kHz -60 dBm 
925 MHz ≦ f ≦ 935 MHz 100 kHz 
3.84 MHz  -67 dBm 
-60 dBm 
935 MHz < f ≦ 960 MHz 100 kHz 
3.84 MHz -79 dBm 
-60 dBm 
1447 MHz ≦ f ≦ 1467 MHz  1 MHz -50 dBm 
1452 MHz ≦ f ≦ 1510.9 MHz  3.84 MHz  -60 dBm 
1805 MHz ≦ f ≦ 1880 MHz  100 kHz 
3.84 MHz  -71 dBm 
-60 dBm 
1839.9 MHz ≦ f ≦ 1879.9 MHz  3.84 MHz  -60 dBm 
1884.5 MHz < f < 1915.7 MHz  300 kHz -41 dBm 
2010 MHz < f < 2025 MHz  3.84 MHz  -60 dBm 
2110 MHz ≦ f ≦ 2170 MHz  3.84 MHz  -60 dBm 
2170 MHz ≦ f ≦ 2200 MHz  1 MHz -50 dBm 
2300 MHz ≦ f ≦ 2400 MHz  3.84 MHz  -60 dBm 
2496 MHz ≦ f ≦ 2570 MHz  1 MHz -50 dBm 
2570 MHz ≦ f ≦ 2690 MHz  3.84 MHz  -60 dBm 
3510 MHz ≦ f ≦ 3590 MHz  3.84 MHz  -60 dBm 
3400 MHz ≦ f ≦ 3800 MHz  1 MHz -50 dBm Class of 
Connection Cord 
for Charge: class 
VW-1 at least 
(B) The test report 
complying with the 
technical 
specifications  of 
USB -IF, it should 
include  the items in 
(A) 
14 Electrical 
Requirement s 
for Charger  (1)Input Electricity: 
complying with  4.3 
and 4.4  of CNS15285  
(2)Output V oltage: 5 Vdc, 
and allowable error  is 
±5 %. Check if it 
could comply with the 
above requirement by 
the experiment 
provid ed in 5.4 of 
CNS15285.  
(3)Output  Electricity: 
complying with  the 
provisions from 4.6 to 
4.9 of CNS15285.  
(4)Inverse Current : 
complying with  4.10 
of CNS15285  
(5)Consumption Power 
without Load: 
complying with  4.11 
of CNS15285  
(6)Average Efficiency: 
complying with  4.12 
of CNS15285    
15 The Public 
Warning and Adhere to the provisions 
of Rule 4     10  
Table 1-6：（Band 3） 
Frequency Bandwidth  Measurement 
Bandwidth  Minimum 
Requirement  
462.5 MHz ≦ f ≦ 467.5 MHz  1 MHz -50 dBm 
703 MHz ≦ f ≦ 803 MHz 1 MHz -50 dBm 
791 MHz ≦ f ≦ 821 MHz 3.84 MHz  -60 dBm 
852 MHz ≦ f ≦ 859 MHz 1 MHz -50 dBm 
859 MHz ≦ f ≦ 894 MHz 3.84 MHz  -60 dBm (註) 
921 MHz ≦ f < 925 MHz 100 kHz -60 dBm 
925 MHz ≦ f ≦ 935 MHz 100 kHz 
3.84 MHz  -67 dBm 
-60 dBm 
935 MHz < f ≦ 960 MHz 100 kHz 
3.84 MHz  -79 dBm 
-60 dBm 
1447 MHz ≦ f ≦ 1467 MHz  1 MHz -50 dBm 
1452 MHz ≦ f ≦ 1496 MHz  3.84 MHz  -60 dBm 
1475.9 MHz ≦ f ≦ 1510.9 MHz  3.84 MHz  -60 dBm 
(Note) 
1805 MHz ≦ f ≦ 1880 MHz  3.84 MHz  -60 dBm 
1880MHz ≦ f ≦ 1920 MHz  3.84 MHz  -60 dBm 
1884.5 MHz ≦ f ≦ 1915.7 MHz  300 kHz -41 dBm 
(Note) 
2010 MHz < f < 2025 MHz  3.84 MHz  -60 dBm 
2110 MHz ≦ f ≦ 2170 MHz  3.84 MHz  -60 dBm 
2170 MHz ≦ f ≦ 2200 MHz  1 MHz -50 dBm 
2300 MHz ≦ f ≦ 2400 MHz  3.84 MHz  -60 dBm 
2496 MHz ≦ f ≦ 2570 MHz  1 MHz -50 dBm 
2570 MHz ≦ f ≦ 2690 MHz  3.84 MHz  -60 dBm 
3510 MHz ≦ f ≦ 3590 MHz  3.84 MHz  -60 dBm 
3400 MHz ≦ f ≦ 3800 MHz  1 MHz -50 dBm 
Note: Only a vailable for transmissions in 1744.9 MHz 
to 1784.9 MHz . 
 Disaster 
Prevention 
Messages 
Reception 
Function  
Note：1. For test items 2, 3, 4, 5, 6, 7 and 8, the 
UE should be operated at low frequency,mid 
frequency and high frequency 
meantimesandrefer to the lastest method of 
measurement of 3GPP TS34.121 and TS34.124.  
      2. The applicant should submit the test report 
or certificate of approval in compliance 
with the relevant regulations for test 
items 9 and 10.  
      3. The Handset should be submitted with both 
the charger and charging connection cable 
for Type Approval and should comply with 
Items 9 to 14. A charger and charging 
connection cable that have been type -
approved with the Handset shall not be 
inspected w ith Items 12 to 14 while 
submitting Certificate and Test report of 
the Handset. A mobile phone that is not a 
Handset (under normal operating mode, the 
distance from the source of transmission is 
more than 20cm from the body) shall not be 
inspected with Ite ms 11 to 14.  
3.1.2 Specified Documents  
Item Content  Conformance requirement  Note  11 Table 1-7：（Band 7） 
Frequency Bandwidth  Measurement 
Bandwidth  Minimum 
Requirement  
462.5 MHz ≦ f ≦ 467.5 MHz  1 MHz -50 dBm 
717 MHz ≦ f ≦ 728 MHz 1 MHz -50 dBm 
729 MHz ≦ f ≦ 746 MHz 3.84 MHz  -60 dBm 
738 MHz ≦ f ≦ 758 MHz 1 MHz -50 dBm 
746 MHz ≦ f ≦ 756 MHz 3.84 MHz  -60 dBm 
758 MHz ≦ f ≦ 768 MHz 3.84 MHz  -60 dBm 
768 MHz ≦ f ≦ 791 MHz 1 MHz -50 dBm 
791 MHz ≦ f ≦ 821 MHz 3.84 MHz  -60 dBm 
852 MHz ≦ f ≦ 859 MHz 1 MHz -50 dBm 
859 MHz ≦ f ≦ 894 MHz 3.84 MHz  -60 dBm 
921 MHz ≦ f < 925 MHz 100 kHz -60 dBm 
925 MHz ≦ f ≦ 935 MHz 100 kHz 
3.84 MHz  -67 dBm 
-60 dBm 
935 MHz < f ≦ 960 MHz 100 kHz 
3.84 MHz  -79 dBm 
-60 dBm 
1452 MHz < f ≦ 1496 MHz  3.84 MHz  -60 dBm 
1805 MHz ≦ f ≦ 1880 MHz  100 kHz 
3.84 MHz  -71 dBm 
-60 dBm 
1990 MHz ≦ f ≦ 1920 MHz  3.84 MHz  -60 dBm 
1930 MHz ≦ f ≦ 1995 MHz  3.84 MHz  -60 dBm 
2010 MHz < f <  2025 MHz  3.84 MHz  -60 dBm 
2110 MHz ≦ f ≦ 2170 MHz  3.84 MHz  -60 dBm 
2170 MHz ≦ f ≦ 2200 MHz  1 MHz -50 dBm 
2300 MHz < f < 2400 MHz  3.84 MHz  -60 dBm 
2350 MHz ≦ f ≦ 2360 MHz  1 MHz -50 dBm 
2620 MHz ≦ f ≦ 2690 MHz  3.84 MHz  -60 dBm 
2595 MHz ≦ f ≦ 2620 MHz  1 MHz -40 dBm 
3510 MHz ≦ f ≦ 3590 MHz  3.84 MHz  -60 dBm 
3400 MHz ≦ f ≦ 3800 MHz  1 MHz -50 dBm 
 
Table 1-8：（Band 8） 1 SAR limits  
(hand -held 
only)  Shall comply with the SAR limit 
for partial body   (any part of the 
head and surrounding area), 2.0 
W/Kg(10g)  The applicant 
should provide 
with test report 
and test data.  
2 RF Exposure 
Warning Label  Warning:  
”For Reducing RF Influence, Use 
Properly “ 
Method of Labeling:  
Label on UE, carton and user 
manual.  The applicant 
should provide 
with guarnatee. 
when the user 
manuel  is 
English version 
only.  
3 SAR Label  SAR label content:  
“ SAR limit 2.0 W/Kg; testing 
value:   W/Kg ” 
Labeling method:  
Label on UE, carton and user 
manual.  The applicant 
should provide 
with guarnatee.  
4 A copy of 
certificate of 
approval  A copy of certificate of approval  
(e.g., issued by certification body 
which is accredited in compliance 
with the requirements of 3GPP)  Note the code 
and certification 
scope of 3GPP.  
5 IMEI number 
and unique 
guarantee  Test equipment may read and 
record the IMEI number of the 
unique guarantee proposed by the 
applicant.  
  
Note：1. The documents specified by NCC mentioned 
above are regulated in compliance with  
Article 10.1.7 and Article 12.1.7 of 
Compliance Approval Regulations of 
Telecommunications Terminal Equipment.  
     2. Procedures of SAR are in accordance with CNS 
14958-1: Human exposure to radio frequency 
fields from hand -held and body -mounted  12 Frequency Bandwidth  Measurement 
Bandwidth  Minimum 
Requirement  
462.5 MHz ≦ f ≦ 467.5 MHz  1 MHz -50 dBm 
703 MHz ≦ f ≦ 803 MHz 1 MHz -50 dBm 
791 MHz ≦ f ≦ 821 MHz 3.84 MHz  -60 dBm 
860 MHz ≦ f ≦ 890 MHz 1 MHz -37 dBm 
(Note) 
925 MHz ≦ f ≦ 935 MHz 100 kHz 
3.84 MHz  -67 dBm 
-60 dBm 
935 MHz < f ≦ 960 MHz 100 kHz 
3.84 MHz  -79 dBm 
-60 dBm 
1447 MHz ≦ f ≦ 1467 MHz  1 MHz -50 dBm 
1452 MHz ≦ f ≦ 1496 MHz  3.84 MHz  -60 dBm 
1475.9 MHz ≦ f ≦ 1510.9 MHz  3.84 MHz  -60 dBm 
(Note) 
1805 MHz < f ≦ 1830 MHz  100 kHz 
3.84 MHz  -71 dBm 
-60 dBm 
1830 MHz < f ≦ 1880 MHz  100 kHz 
3.84 MHz  -71 dBm 
-60 dBm 
1880MHz ≦ f ≦ 1920 MHz  3.84 MHz  -60 dBm 
1884.5 MHz ≦ f ≦ 1915.7 MHz  300 kHz -41 dBm 
(Note) 
2010 MHz ≦ f ≦ 2025 MHz  3.84 MHz  -60 dBm 
2110 MHz ≦ f ≦ 2170 MHz  3.84 MHz  -60 dBm 
2170 MHz ≦ f ≦ 2200 MHz  1 MHz -50 dBm 
2300 MHz < f < 2400 MHz  3.84 MHz  -60 dBm 
2496 MHz ≦ f ≦ 2570 MHz  1 MHz -50 dBm 
2570 MHz ≦ f ≦ 2640 MHz  3.84 MHz  -60 dBm 
2640 MHz < f ≦ 2690 MHz  3.84 MHz  -60 dBm 
3510 MHz ≦ f ≦ 3590 MHz  3.84 MHz  -60 dBm 
3400 MHz ≦ f ≦ 3800 MHz  1 MHz -50 dBm 
Note: Only a vailable for transmissions in 900 MHz to 
915 MHz. wireless communication devices – Human 
models, instrumentation, and procedures – 
Part 1: Procedure to  determine the specific 
absorption rate (SAR) for hand -held devices 
used in close proximity to the ear 
(frequency range of 300 MHz to 3 GHz). 
Expiration Date to perform the related 
International Standard IEC 62209 -1 and IEEE 
Std 1528 is June 30, 2012.  
Table 1-1： 
Δf（MHz） Minimum Requirement  Measurement 
Bandwidth  
2.5 – 3.5  30 kHz  
3.5 – 7.5  1 MHz  
7.5 – 8.5  1 MHz  
 8.5 – 12.5 -49 dBc 1 MHz  
 
Table 1-2： 
 
Frequency Bandwidth  Minimum 
Requirement  
(Traffic mode)  Minimum 
Requirement  
(Idle mode)  Method of  
Measurement  
 9 kHz ≦ f < 150 kHz  -36 dBm /1 kHz         - Conducted  
150 kHz ≦ f < 30 MHz  -36 dBm /10 kHz         - Conducted  
30 MHz ≦ f < 1000 MHz  -36 dBm /100 
kHz -57 dBm /100 
kHz Conducted  
1GHz ≦ f < 12.75 GHz  -30 dBm /1 MHz  -47 dBm /1 MHz  Conducted  
dBcMHzf



 5.2 1535
dBcMHzf



 5.3 135
dBcMHzf



 5.7 1039 13  
Table 1-3： 
Frequency Bandwidth  Measurement Bandwidth  Minimum R equirement  
925 MHz ≦ f ≦ 935 MHz 100 kHz -67 dBm 
935 MHz < f ≦ 960 MHz 100 kHz -79 dBm 
1805 MHz ≦ f ≦ 1880 MHz  100 kHz -71 dBm 
1893.5 MHz < f < 1919.6 
MHz 300 kHz -41 dBm 
 
3.2 WCDMA TDD  
3.2.1 Test Items  
Item Test Items  Conformance requirement  Test result  Compliance  
1 Frequency 
bands  and 
channel 
spacing  1915 MHz - 1920  MHz  
2010 MHz  - 2025 MHz  
2570 MHz - 2620 MHz  
channel spacing ： 
5 MHz (3.84  Mcps TDD 
Option) , 
1.6 MHz (1.28  Mcps TDD 
Option) or  
10 MHz (7.68Mcps TDD 
Option)    
2 Maximum 
output power  Comply with table 2 -1   
3 Frequency 
error  Within ± 0.1 PPM    
4 Minimum  
controlled 
output power  ≦ -44 dBm (3.84  Mcps 
TDD Option)  
≦ -49 dBm (1.28  Mcps 
TDD Option)  
≦ -41 dBm (7.68 Mcps 
TDD Option)  
(in one time slot  excluding 
the guard period)    
5 Occupied ≦ 5 MHz (3.84  Mcps   3.2 WCDMA TDD  
3.2.1 Test Items  
Item Test Items  Conformance requirement  Test result  Compliance  
1 Frequency 
bands  and 
channel 
spacing  1915 MHz - 1920  MHz  
2010 MHz - 2025 MHz  
channel spacing ： 
5 MHz (3.84  Mcps TDD 
Option) or  
1.6 MHz (1.28  Mcps TDD 
Option)    
2 Maximum 
output   
power  Power class 1 ：  30 dBm  
+1/-3 dB 
Power class 2 ：  24 dBm  
+1/-3 dB 
Power class 3 ：  21 dBm  
+2/-2 dB 
Power class 4 ：  10 dBm  
+4/-4 dB   
3 frequency 
error  Within ± 0.1 PPM    
4 Minimum  
controlled 
output power  ≦ -44 dBm (3.84  Mcps 
TDD Option)  
≦ -49 dBm (1.28  Mcps 
TDD Option)  
(in one time slot  excluding 
the guard period)    1.According to 
3GPP TS 25.102 , 
amend the 
specifications 
of test items 
for  frequency 
bands, maximum 
output power,  
minimum 
controlled 
output power, 
occupied 
bandwidth,  
spectrum 
emissions mask , 
ACLR and 
spurious 
emission.  
2.In accordance 
with the 
amendment of  14 bandwidth  TDD Option)  
≦1.6 MHz (1.28  Mcps 
TDD Option)  
≦10 MHz (7.68 Mcps 
TDD Option)  
6 Spectrum 
emissions 
mask  As Table 2 -2(3.84  Mcps 
TDD Option)  
As Table 2 -3 (1.28 Mcps 
TDD Option)  
As Table 2 -4 (7.68 Mcps 
TDD Option)    
7  Adjacent 
Channel 
Leakage 
power Ratio  
(ACLR)  
 (Power class 
2,3) Comply with table 2-1   
8 Spurious 
emission  As Table 2 -6 and Table 2 -
7 (3.84  Mcps TDD Option 
or 7.68 Mcps TDD 
Option ) 
As Table 2 -6 and Table 2 -
8 (1.28 Mcps TDD 
Option)    
9 EMC  Comply ing with 
CNS13438  or 3GPP 
TS34.124  
Device under test (DUT) 
shall be tested (not 
applicable  if none) in 
operation mode, standby 
mode (radiation emission  
interference), and 
charging mode (conducted 
power line emission  
interference , not 
applicable if none).    5 Occupied 
bandwidth  ≦ 5 MHz (3.84  Mcps 
TDD Option)  
≦1.6 MHz (1.28  Mcps 
TDD Option)    
6 Spectrum 
emissions 
mask  As Table 2 -1(3.84  Mcps 
TDD Option)  
As Table 2 -2 (1.28 Mcps 
TDD Option)    
7  Adjacent 
Channel 
Leakage 
power Ratio  
(ACLR)  
 (Power class 
2,3) Adjacent Channel Offset ±
5 MHz(3.84  Mcps)： 
Adjacent Channel Offset ±
1.6 MHz( 1.28 Mcps)： 
ACLR limit  33 dB； 
Adjacent Channel Offset ±
10 MHz(3.84  Mcps)： 
Adjacent Channel Offset ±
3.2 MHz( 1.28 Mcps)： 
ACLR limit  43 dB；   
8 Spurious 
emission  As Table 2 -3 and Table 2 -
4   
9 EMC  Comply ing with 
CNS13438  or 3GPP 
TS34.124  
Device under test (DUT) 
shall be tested (not 
applicable if none) in 
operation mode, standby 
mode (radiation emission  
interference), and 
charging mode (conducted 
power line emission  
interference , not 
applicable if none).    
10 Electrical  
safety  Comply ing with 
CNS14336 -1   
11 Connecting (1)Electrical   CNS15285 and 
"Technical 
Specifications 
for Broadband 
Terminal 
Equipment of 
Mobile 
Broadband 
Business", 
revised the  
ravelent 
charging 
regulations of 
3.2.1.  15 10 Electrical  
safety  Comply ing with 
CNS14336 -1 or 
CNS15598 -1   
11 Mobile 
phones 
connection 
interface, 
power 
adapter 
connection 
interface, 
charger cable 
and power 
adapter  Comply with mobile 
station device connection 
interface, power adapter 
connection interface, 
charger cable and power 
adapter relevant 
provisions of “Technical 
Specific ations for 
Broadband Terminal 
Equipment of Mobile 
Broadband Business ”.   
12 The Public 
Warning and 
Disaster 
Prevention 
Messages 
Reception 
Function  Adhere to the provisions 
of Rule 4    
Note：1. For test items 2, 3, 4, 5, 6, 7 and 8, the 
UE should be operated at low frequency,mid 
frequency and high frequency 
meantimesandrefer to the lastest method of 
measurement of 3GPP TS34.121 and TS34.124.  
      2. The applicant should submit the test r eport 
or certificate of approval in compliance with 
the relevant regulations for test items 9 and 
10. 
      3. Test items 9 to 11 shall be tested with 
power adapter and charger cable set; for 
power adapters and charger cable sets that Interface on 
Mobile 
Phone 
Handset 
(hereinafter 
as Handset)  requirement ：
complying with 
A4.2.3.1 of CNS15285  
(2)Complying with the  
following provisions of 
(A) or (B) ： 
(A)Socket on mobile 
phone：complying 
with micro -B or 
micro -AB in Annex 
A of CNS15285  
Plug to socket on 
mobile phone in  
connection cord set 
for charge ：
complying with 
micro -B in Annex A 
of CNS15285, 
Contact 1 is  VBUS 
and Contact 5 is 
GND  in the 
connecting interface  
(B)If Socket on 
mobile phone  does 
not complying with  
Provision  (A), it 
should adop t the 
specific  connecting 
plug in connection 
cord set for charge  
or the adapter 
between micro -B 
plug and the socket 
on mobile phone.  
(3) Complying with the  
following provisions 
of (A) or  submitting 
the test report  16 already received certificate of approval, it 
is a must to submit certificate of approval 
and testing report in order to be inspection 
free of test item 11.  
3.1.2 Specified Documents  
Item Content  Conformance requirement  Note 
1 SAR limits  
(hand -held 
only)  Shall comply with  the SAR limit for 
partial body   (any part of the head 
and surrounding area), 2.0 
W/Kg(10g)  The applicant 
should provide 
with test report 
and test data.  
2 RF Exposure 
Warning Label  Warning:  
”For Reducing RF Influence, Use 
Properly “ 
Method of Labeling:  
Label on UE, carton and user 
manual.  The applicant 
should provide 
with guarnatee. 
when the user 
manuel is English 
version only.  
3 SAR Label  SAR label content:  
“ SAR limit 2.0 W/Kg; testing 
value:   W/Kg ” 
Labeling method:  
Label on UE, carton and user 
manual.  The applicant 
should provide 
with guarnatee.  
4 A copy of 
certificate of 
approval  A copy of certificate of approval  
(e.g., issued by certification body 
which is accredited in compliance 
with the requirements of 3GPP)  Note the code 
and certification 
scope of 3GPP.  
5 IMEI number 
and unique 
guarantee  Test equipment may read and record 
the IMEI number of the unique 
guarantee proposed by the applicant.  
  
Note：1. The documents specified by NCC mentioned 
above are regulated in compliance with  
Article 10.1.7 and Article 12.1.7 of provided in (B)： 
(A)The insulating 
material of 
connecting 
interface: class V -
2 material at least  
(B)The test report 
complying with 
the technical 
specifications  of 
USB -
IF(Universal 
Serial Bus 
Implementers 
Forum ), it should 
include  the item 
in (A) 
12 Connecting 
Interface on 
Charger  (1)Socket on Charger and  
Plug to socket on 
Charger  in connection 
cord set for charge  : 
Complying with STD -
A in Annex A of 
CNS15285  
Electrical Requirement : 
complying with 
A4.2.3. 2 of CNS15285  
(2) Complying with the  
following provisions 
of (A) or  submitting 
the test report 
provided in (B): 
(A)Mechanism 
Requirement: 
complying with 
A4.2.2  of 
CNS15285  
Insulating    17 Compliance Approval Regulations of 
Telecommunications Terminal Equipment.  
      2. Procedures of SAR are in accordance with CNS 
14958-1: Human exposure to radio frequency 
fields from hand -held and body -mounted 
wireless communication devices – Human 
models, instrumentation, and procedures – 
Part 1: Procedure to determine the specific 
absorption rate (SAR) for hand -held devices 
used in close proximity to the ear (frequency 
range of 300 MHz to 3 GHz). Expiration Date 
to perform the related International Standard 
IEC 62209 -1 and IEEE Std 1528 is June 30, 
2012. 
 
Table 2-1： 
Maximum 
output power  3.84 Mcps  
TDD Option  1.28 Mcps  
TDD Option  7.68 Mcps  
TDD Option  
Power class 1  30 dBm +1/ -3 dB 33 dBm +1/ -3 dB 30 dBm +1/ -3 dB 
Power class 2  24 dBm +1/ -3 dB 24 dBm +1/ -3 dB 24 dBm +1/ -3 dB 
Power class 3  21 dBm +2/ -2 dB 21 dBm +2/ -2 dB 21 dBm +2/ -2 dB 
Power class 4  10 dBm +4/ -4 dB 27 dBm +1/-3 dB 10 dBm +4/ -4 dB 
 
Table 2-2：(3.84 Mcps TDD Option)  
Separation 
between the 
carrier 
frequency and 
the center of Minimum R equirement  Measurement 
Bandwidth  Resistance: 
complying with 
A4.2. 3.3 of 
CNS15285  
Insulating 
V oltage: 
complying with 
A4.2.3.4 of 
CNS15285  
Low Level 
Contact 
Resistance:  
complying with 
A4.2.3. 5 of 
CNS15285  
Contact 
Capacitance ：
complying with 
A4.2.3. 6 of 
CNS15285  
Insulating 
material of 
connecting 
interface: class 
V-2 material at 
least 
(B) The test report 
complying with 
the technical 
specifications  of 
USB -IF, it should 
include  the items 
in (A) 
13 Connection 
Cord for 
Charge  (1) Contact 1 is  VBUS and 
Contact 4 is GND  in 
the connecting 
interface STD -A 
(2) Complying with the     18 the measuring 
filter 
Δf（MHz） 
2.5 – 3.5 
dBcMHzf



 5.2 1535  30 kHz  
3.5 – 7.5 
dBcMHzf



 5.3 135  1 MHz  
7.5 – 8.5 
dBcMHzf



 5.7 1039  1 MHz  
 8.5 – 12.5 -49 dBc 1 MHz  
 
Table 2-3：(1.28 Mcps TDD Option)  
Separation 
between the 
carrier 
frequency and 
the center of 
the measuring 
filter 
Δf（MHz） Minimum R equirement  Measurement 
Bandwidth  
0.8 – 1.8 
dBcMHzf



 8.0 1435  30 kHz  
1.8 – 2.4 
dBcMHzf



 8.1 1749 30 kHz  
2.4 – 4.0 -44 dBc 1 MHz  
 
Table 2-4：(7.68 Mcps TDD Option)  
Separation 
between the 
carrier 
frequency and Minimum Requirement  Measurement 
Bandwidth  following provisions 
of (A) or  submitting 
the test report 
provided in (B): 
(A) Electrical 
Requirement : 
V oltage Drop:  
complying with  
A4.3.3.2 of 
CNS15285  
Cable Flex:  
complying with  
A4.3. 6 of 
CNS15285  
4-Axis 
Continuity: 
complying with  
A4.3. 7 of 
CNS15285  
Maximum 
Resistance of 
Wire: not exceed 
0.232  Ω/m 
Fireproofing 
Class of 
Connection Cord 
for Charge: class 
VW-1 at least 
(B) The test report 
complying with the 
technical 
specifications  of 
USB -IF, it should 
include  the items in 
(A) 
14 Electrical 
Requirement s 
for Charger  (1)Input Electricity: 
complying with  4.3 
and 4.4  of CNS15285     19 the center of 
the measuring 
filter 
Δf（MHz） 
5.0 – 5.75 
dBcMHzf



 0.5 67.1038 30 kHz  
5.75 – 7.0 
dBcMHzf



 75.5 6.5 46
 30 kHz 
7.0 – 15.0 
dBcMHzf



 0.7 5.0 38
 1 MHz  
 15.0 – 17.0 
dBcMHzf



 0.15 0.5 42
 1 MHz  
17.0 –25.0 -53 dBc 1 MHz 
 
Table 2-5： 
 Adjacent 
Channel Chip Rate for RRC 
Measurement Filter  ACLR Limit 
3.84 Mcps  
TDD Option  ±5 MHz  33 dB 
±10 MHz  43 dB 
1.28 Mcps  
TDD Option  ±1.6 MHz  33 dB 
±3.2 MHz  43 dB 
7.68 Mcps  
TDD Option  ±7.5 MHz 3.84 MHz  33 dB 
±12.5 MHz  3.84 MHz  43 dB 
±10 MHz 7.68 MHz  33 dB 
±20 MHz 7.68 MHz  43 dB 
 
Table 2-6： 
Frequency Bandwidth  Measurement 
Bandwidth  Minimum 
Requirement  
9 kHz ≦ f < 150 kHz  1 kHz -36 dBm (2)Output V oltage: 5 Vdc, 
and allowable error  is 
±5 %. Check if it 
could comply with the 
above requirement by 
the experiment 
provid ed in 5.4 of 
CNS15285.  
(3)Output  Electricity: 
complying with  the 
provisions from 4.6 to 
4.9 of CNS15285.  
(4)Inverse Current : 
complying with  4.10 
of CNS15285  
(5)Consumption Power 
without Load: 
complying with  4.11 
of CNS15285  
(6)Average Effi ciency: 
complying with  4.12 
of CNS15285  
15 The Public 
Warning and 
Disaster 
Prevention 
Messages 
Reception 
Function  Adhere to the provisions 
of Rule 4    
 
Note：1. For test items 2, 3, 4, 5, 6, 7 and 8, the 
UE should be operated at low frequency,mid 
frequency and high frequency 
meantimesandrefer to the lastest method of 
measurement of 3GPP TS34.122 and TS34.124.   20 150 kHz ≦ f < 30 MHz  10 kHz -36 dBm 
30 MHz ≦ f < 1000 MHz  100 kHz -36 dBm 
1 GHz ≦ f < 12.75 GHz  1 MHz -30 dBm 
 
Table 2-7：(3.84 Mcps TDD Option 、7.68 Mcps TDD 
Option) 
Frequency Bandwidth  Measurement 
Bandwidth  Minimum 
Requirement  
921 MHz ≦ f < 925 MHz 100 kHz -60 dBm 
925 MHz ≦ f ≦ 935 MHz 100 kHz -67 dBm 
935 MHz < f ≦ 960 MHz 100 kHz -79 dBm 
1805 MHz ≦ f ≦ 1880 MHz  100 kHz -71 dBm 
2620 MHz ≦ f ≦ 2690 MHz 3.84 MHz -37 dBm 
1884.5 MHz ≦ f ≦ 1915.7 MHz 300 kHz -41 dBm 
 
Table 2-8：(1.28 Mcps TDD Option)  
Frequency band s Frequency Bandwidth  Measurement 
Bandwidth  Minimum 
Requirement  
1915 MHz ～1920 
MHz； 
2010 MHz～2025 MHz  703 MHz ≦ f < 803 MHz 1 MHz -50 dBm（註
2） 
921 MHz ≦ f < 925 MHz 100 kHz -60 dBm 
925 MHz ≦ f ≦ 935 MHz 100 kHz -67 dBm 
935 MHz < f ≦ 960 MHz 100 kHz -79 dBm 
1805 MHz ≦ f ≦ 1880 MHz  100 kHz -71 dBm 
2010 MHz ≦ f ≦ 2025 MHz 1 MHz -65 dBm
（Note 1） 
1880 MHz ≦ f ≦ 1920 MHz 1 MHz -65 dBm
（Note2） 
2300 MHz ≦ f ≦ 2400 MHz 1 MHz -65 dBm
（Note2） 
2496 MHz ≦ f ≦ 2690 MHz 1 MHz -50 dBm
（Note2） 
3400 MHz ≦ f < 3600 MHz 1 MHz -50 dBm
（Note2）       2. The applicant should submit the test report 
or certificate of approval in compliance 
with the relevant regulations for test 
items 9 and 10. 
      3. The Handset should be submitted with both 
the charger and charging connection cable 
for Type Approval and should comply with 
Items 9 to 14. A charger and charging 
connection cable that have been type -
approved with the Handset shall not be 
inspected with Items 12 to 14 while 
submitting Certificate and Test report of 
the Handset. A mobile phone that is not a 
Handset (under normal operating mode, the 
distance from the source of transmission is 
more than 20cm from the body) shall not be 
inspected with Items 11 to 14.  
3.2.2 Specified Documents  
Item Content  Conformance requirement  Note 
1 SAR limits  
(hand -held 
only)  Shall comply with the SAR limit 
for partial body   (any part of the 
head and surrounding area), 2.0 
W/Kg(10g)  The applicant 
should provide 
with test report 
and test data.  
2 RF Exposure 
Warning Label  Warning:  
”For Reducing RF Influence, Use 
Properly “ 
Method of Labeling:  
Label on UE, carton and user 
manual.  The applicant 
should provide 
with guarnatee. 
when the user 
manuel is 
English  version 
only.   21 2570 MHz ～2620 MHz  1900 MHz ≦ f ≦ 1920 MHz 1 MHz -65 dBm 
2010 MHz ≦ f ≦ 2025 MHz 1 MHz -65 dBm 
2620 MHz ≦ f ≦ 2690 MHz 3.84 MHz -37 dBm 
Note: 1.Only a vailable for transmissions in 1915 MHz 
to 1920 MHz frequency band . 
2.Only a vailable for transmissions in 2010 MHz 
to 2025 MHz frequency band.  3 SAR Label  SAR label content:  
“ SAR limit 2.0 W/Kg; testing 
value:   W/Kg ” 
Labeling method:  
Label on UE, carton and user 
manual.  The applicant 
should provide 
with guarnatee.  
4 A copy of 
certificate of 
approval  A copy of certificate of approval  
(e.g., issued by certification body 
which is accredited in compliance 
with the requirements of 3GPP)  Note the code 
and certification 
scope of 3GPP.  
5 IMEI number 
and unique 
guarantee  Test equipment may read and 
record t he IMEI number of the 
unique guarantee proposed by the 
applicant.  
  
Note：1.The documents specified by NCC mentioned 
above are regulated in compliance with 
Article 10.1.7 and Article 12.1.7 of 
Compliance Approval Regulations of 
Telecommunications Terminal Equipment.  
      2.Procedures of SAR are in accordance with CNS 
14958-1: Human exposure to radio frequency 
fields from hand -held and body -mounted 
wireless communication devices – Human 
models, instrumentation, and procedures – 
Part 1: Procedure to determin e the specific 
absorption rate (SAR) for hand -held devices 
used in close proximity to the ear 
(frequency range of 300 MHz to 3 GHz). 
Expiration Date to perform the related 
International Standard IEC 62209 -1 and IEEE 
Std 1528 is June 30, 2012.   22  
Table 2-1：(3.84 Mcps TDD Option)  
Δf（MHz） Minimum R equirement  Measurement 
Bandwidth  
2.5 – 3.5  30 kHz  
3.5 – 7.5  1 MHz  
7.5 – 8.5  1 MHz  
 8.5 – 12.5 -49 dBc 1 MHz  
 
Table 2-2：(1.28 Mcps TDD Option)  
Δf（MHz） Minimum Requirement  Measurement 
Bandwidth  
0.8 -35 dBc 30 kHz  
0.8 – 1.8  30 kHz  
1.8 – 2.4  30 kHz  
2.4 – 4.0 -49 dBc 1 MHz  
 
Table 2-3： 
 
Frequency Bandwidth  Minimum 
Requirement  
(Traffic mode)  Minimum 
Requirement  
(Idle mode)  Method of 
Measurement  
9 kHz ≦ f < 150 kHz  -36 dBm /1 kHz         - Conducted  
150 kHz ≦ f < 30 MHz  -36 dBm /10 kHz         - Conducted  
30 MHz ≦ f < 1000 MHz  -36 dBm /100 
kHz -57 dBm /100 
kHz Conducted  
dBcMHzf



 5.2 1535
dBcMHzf



 5.3 135
dBcMHzf



 5.7 1039
dBcMHzf



 8.0 1435
dBcMHzf



 8.1 25 49 23 1 GHz ≦ f < 12.75 GHz  -30 dBm /1 MHz  -47 dBm /1 MHz  Conducted  
 
Table 2-4： 
Frequency Bandwidth  Measurement Bandwidth  Minimum R equirement  
925 MHz ≦ f ≦ 935 MHz 100 kHz -67 dBm 
935 MHz < f ≦ 960 MHz 100 kHz -79 dBm 
1805 MHz ≦ f ≦ 1880 MHz  100 kHz -71 dBm 
 
 3.3 Band Class 0  of CDMA2000 FDD  
3.3.1 Test Items  
Item Test Items  Conformance requirement  Test result  Compliance  
1 frequency 
bands  
and 
channel 
spacing  Tx：824 MHz - 849 MHz   
(Band Class 0) 
Rx：869 MHz - 894 MHz  
Tx-Rx frequency 
separation ：45 MHz  
channel spacing ： 
1.23 MHz(Spreading Rate 
1)  or  
3.69 MHz(Spreading Rate 
3)   
2 maximum 
output  
 power 
(ERP)  Power class 1 ：1 
dBW(1.25  W) ~8  dBW 
(6.3 W) 
Power class 2 ：-3 
dBW(0.5  W) ~4  dBW (2.5  
W) 
Power class 3 ：-7 
dBW(0.2  W) ~0 dBW (1.0  
W)   
3 frequency 
error  Within ±300  Hz   
4 minimum  
controlled ≦ -50 dBm /1.23  MHz 
(Spreading Rate 1)    Currently, there 
is no CDMA2000 
service in 
Taiwan, therefore 
relevant test 
items are 
deleted.   24 output power  ≦ -50 dBm /3.69 MHz 
(Spreading Rate 3)  
 
5 Conducted 
spurious 
emission  Spreading Rate 1 ：As 
Table 3 -1 
Spreading Rate 3：As 
Table 3-2 
   
6 EMC  Complying with 
CNS13438,FCC PART 15 
subpart B or CISPR 22  
Device under test (DUT) 
shall be tested (not 
applicable if none) in 
operation mode, standby 
mode (radiation emission 
interference), and 
charging mode (conducted 
power line emission  
interference, not 
applicable if none).    
7  electrical  
safety  Complying with 
CNS14336 -1   
8 Connecting 
Interface on 
Mobile 
Phone  (1)Electrical 
requirement ：
complying with 
A4.2.3.1 of CNS15285  
(2)Complying with the  
following provisions of 
(A) or (B) ： 
(A)Socket on mobile 
phone：complying 
with micro -B or 
micro -AB in Annex 
A of CNS15285  
Plug to socket on 
mobile phone in     25 connection cord set 
for charge ：
complying with 
micro -B in Annex A 
of CNS15285, 
Contact 1 is  VBUS 
and Contact 5 is 
GND in the 
connecting interface  
(B)If Socket on 
mobile phone does 
not complying with 
Provision (A), it 
should adopt the 
specific  connecting 
plug in connection 
cord set for charge  
or the adapter 
between micro -B 
plug and the socket 
on mobile phone.  
(3) Complying with the  
following provisions 
of (A) or submitting 
the test report 
provided in (B) ： 
(A)The insulating 
material of 
connecting 
interface: class V -
2 material at least  
(B)The test report 
complying with the 
technical 
specifications  of 
USB -IF(Universal 
Serial Bus 
Implementers  26 Forum ), it should 
include  the item in 
(A) 
9 Connecting 
Interface on 
Charger  (1)Socket on Charger and 
Plug to socket on 
Charger in connection 
cord set for charge : 
Complying with STD -
A in Annex A of 
CNS15285  
Electrical Requirement: 
complying with 
A4.2.3.2 of CNS15285  
(2) Complying with the  
following provisions 
of (A) or submitting 
the test report 
provided in (B):  
(A)Mechanism 
Requirement: 
complying with 
A4.2.2 of 
CNS15285  
Insulating 
Resistance: 
complying with 
A4.2.3.3 of 
CNS15285  
Insulating 
V oltage: 
complying with 
A4.2.3.4 of 
CNS15285  
Low Level 
Contact 
Resistance:  
complying with 
A4.2.3.5 of    27 CNS15285  
Contact 
Capacitance ：
complying with 
A4.2.3.6 of 
CNS15285  
Insulating 
material of 
connecting 
interface: class 
V-2 ma terial at 
least 
(B) The test report 
complying with the 
technical 
specifications  of 
USB -IF, it should 
include  the items in 
(A) 
10 Connection 
Cord for 
Charge  (1) Contact 1 is  VBUS and 
Contact 4 is GND in 
the connecting 
interface STD -A 
(2) Complying with the 
following provisions 
of (A) or submitting 
the test report 
provided in (B):  
(A) Electrical 
Requirement:  
V oltage Drop: 
complying with 
A4.3.3.2 of 
CNS15285  
Cable Flex: 
complying with 
A4.3.6 of 
CNS15285     28 4-Axis 
Continuity: 
complying with 
A4.3.7 of 
CNS15285  
Maximum 
Resistance of 
Wire: not exceed 
0.232 Ω/m 
Fireproofing 
Class of 
Connection Cord 
for Charge: class 
VW-1 at least 
(B) The test report 
complying with the 
technical 
specifications  of 
USB -IF, it should 
include  the items in 
(A) 
11 Electrical 
Requiremen ts 
for Charger  (1)Input Electricity: 
complying with 4.3 
and 4.4 of CNS15285  
(2)Output V oltage: 5 Vdc, 
and allowable error  is 
±5 %. Check if it 
could comply with the 
above requirement by 
the experiment 
provided in 5.4 of 
CNS15285.  
(3)Output Electricity: 
complying with the 
provisions from 4.6 to 
4.9 of CNS15285.  
(4)Inverse Current: 
complying with 4.10    29 of CNS15285  
(5)Consumption Power 
without Load: 
complying with 4.11 
of CNS15285  
(6)Average Efficiency: 
complying with 4.12 
of CNS15285  
Note：1. For test items 2, 3, 4 and 5, the UE 
should be operated at low frequency,mid 
frequency and high frequency 
meantimesandrefer to the lastest method of 
measurement of 3GPP2 C.S0011 -A. 
      2. The applicant should submit the test 
report or certificate of approval in 
compliance with the relevant regulations 
for test items 6 and 7.  
      3. The Handset should be submitted with both 
the charger and charging connection cable 
for Type Approval and should comply with 
Items 9 to 14. A charger and charging 
connection cable tha t have been type -
approved with the Handset shall not be 
inspected with Items 12 to 14 while 
submitting Certificate and Test report of 
the Handset. A mobile phone that is not a 
Handset (under normal operating mode, the 
distance from the source of transmissi on 
is more than 20 cm from the body) shall 
not be inspected with Items 11 to 14.   30 3.3.2 Specified Documents  
Item Content  Conformance requirement  Note 
1 SAR limits  
(hand -held 
only)  Shall comply with the SAR limit 
for partial body   (any part of the 
head and  surrounding area), 2.0 
W/Kg(10g)  The applicant 
should provide 
with test report 
and test data.  
2 RF Exposure 
Warning Label  Warning:  
”For Reducing RF Influence, Use 
Properly “ 
Method of Labeling:  
Label on UE, carton and user 
manual.  The applicant 
should provide 
with guarnatee. 
when the user 
manuel is 
English version 
only.  
3 SAR Label  SAR label content:  
“ SAR limit 2.0 W/Kg; testing 
value:   W/Kg ” 
Labeling method:  
Label on UE, carton and user 
manual.  The applicant 
should provide 
with guarnatee.  
4 A copy  of 
certificate of 
approval  A copy of certificate of approval  
(e.g., issued by certification body 
which is accredited in compliance 
with the requirements of 3GPP2)  Note the code 
and certification 
scope of 3GPP2.  
5 IMEI number 
and unique 
guarantee  
 Test equipment may read and 
record the IMEI number of the 
unique guarantee proposed by the 
applicant.  
  
 
Note：1. The documents specified by NCC mentioned 
above are regulated in compliance with 
Article 10.1.7 and Article 12.1.7 of 
Compliance Approval Regulations of 
Telecommunications Terminal Equipment.  
      2. Procedures of SAR are in accordance with  31 CNS 14958 -1: Human exposure to radio 
frequency fields from hand -held and body -
mounted wireless communication devices – 
Human models, instrumentation, an d 
procedures – Part 1: Procedure to 
determine the specific absorption rate 
(SAR) for hand -held devices used in close 
proximity to the ear (frequency range of 
300 MHz to 3 GHz). Expiration Date to 
perform the related International Standard 
IEC 62209 -1 and IEEE Std 1528 is June 30, 
2012. 
Table 3-1：(Spreading Rate 1)  
For|Δf |Within the 
Range  Emission Limit  
  885 kHz - 1.98 MHz  Less stringent of  
-42 dBc/30  kHz or -54 dBm/1.23  MHz   
 1.98 MHz - 4.00 MHz  Less stringent of  
-54 dBc/30  kHz or -54 dBm/1.23  MHz  
>4.00  MHz  
(ITU Category A ； 
 Tx：825 MHz – 835 
MHz  
 of Band Class 0) -13 dBm/1  kHz;       9 kHz < f < 150 kHz 
-13 dBm/10  kHz;    150 kHz < f < 30 MHz  
-13 dBm/100  kHz;    30 MHz  < f < 1 GHz  
-13 dBm/1  MHz;       1 GHz <  f < 5 GHz  
>4.00  MHz  
(ITU Category B ； 
 Tx：835 MHz – 845 
MHz  
 of Band Class 0) -36 dBm/1  kHz;       9 kHz < f < 150 kHz 
-36 dBm/10  kHz;    150 kHz < f < 30 MHz  
-36 dBm/100  kHz;    30 MHz <  f < 1 GHz  
-30 dBm/1  MHz;       1 GHz <  f < 12.75  GHz  
 
  32 Table 3-2：(Spreading Rate 3)  
For|Δf |Within the 
Range  Emission Limit  
 2.5 MHz – 2.7 MHz  -14 dBm/ 30 KHz   
 2.7 MHz – 3.5 MHz  -[14+15‧(Δf –2.7 MHz)]dBm/30  KHz  
 3.5 MHz – 7.5 MHz  -[13+1‧(Δf –3.5 MHz)]dBm/1  MHz  
 7.5 MHz – 8.5 MHz  -[17+10‧(Δf –7.5 MHz)]dBm/1  MHz  
 8.5 MHz – 12.5 MHz  -27 dBm/1  MHz   
>12.5  MHz  
(ITU Category A ； 
 Tx：825 MHz – 835 
MHz  
 of Band Class 0) -13 dBm/1  kHz;      9 kHz < f < 150 kHz 
-13 dBm/10  kHz;   150 kHz < f < 30 MHz  
-13 dBm/100  kHz;    30 MHz  < f < 1 GHz  
-13 dBm/1  MHz;      1 GHz <  f < 5 GHz  
>12.5  MHz  
(ITU Category B ； 
 Tx：835 MHz – 845 
MHz  
 of Band Class 0) -36 dBm/1  kHz;      9 kHz < f < 150 kHz 
-36 dBm/10  kHz;   150  kHz < f < 30 MHz  
-36 dBm/100  kHz;   30  MHz <  f < 1 GHz  
-30 dBm/1  MHz;      1 GHz <  f < 12.75  GHz  
Note：Δf =center frequency – closer measurement edge 
frequency  
 3.4  Band Class 6  of CDMA2000 FDD  
3.4.1 Test Items  
Item Test Items  Conformance requirement  Test result  Compliance  Currently, there 
is no CDMA2000 
service in 
Taiwan, therefore 
relevant test 
items are 
deleted.   33 1 frequency 
bands  
and 
channel 
spacing  Tx：1920 MHz - 1980 
MHz (Band Class 6) 
Rx：2110 MHz - 2170 
MHz  
Tx-Rx frequency 
separation ：190 MHz  
channel spacing ： 
1.23 MHz(Spreading Rate 
1) or  
3.69 MHz(Spreading Rate 
3)   
2 maximum 
output  
 power 
(EIRP)  Power class 1 ：-2 
dBW(0.63  W) ~  3 dBW 
(2.0 W) 
Power class 2：-7 
dBW(0.2  W) ~  0 dBW 
(1.0 W) 
Power class 3 ：-12 
dBW(63  mW) ~  -3 dBW 
(0.5 W) 
Power class 4 ：-17 
dBW(20  mW) ~  -6 dBW 
(0.25  W) 
Power class5 ：-22 
dBW(6.3  mW) ~  -9 
dBW(0.13  W)   
3 frequency 
error  Within ±150  Hz   
4 minimum  
controlled 
output power  ≦ -50 dBm /1.23  MHz 
(Spreading Rate 1)  
≦ -50 dBm /3.69 MHz 
(Spreading Rate 3)  
   
5 occupied 
bandwidth  ≦1.48 MHz (Spreading 
Rate 1)  
≦4.6 MHz (Spreading    34 Rate 3) 
6 Conducted 
spurious 
emission  Spreading Rate 1 ：As 
Table 4 -1 and Table 4 -3 
Spreading Rate 3：As 
Table 4-2 and Table 4 -3   
7  EMC  Complying with 
CNS13438,FCC PART 15 
subpart B or CISPR 22  
Device under test (DUT) 
shall be tested (not 
applicable if none) in 
operation mode, standby 
mode (radiation emission 
interference), and 
charging mode (conducted 
power line emission  
interference, not 
applicable if none).    
8 electrical  
safety  Complying with 
CNS14336 -1   
9 Connecting 
Interface on 
Mobile 
Phone  (1)Electrical 
requirement ：
complying with 
A4.2.3.1 of CNS15285  
(2)Complying with the  
following provisions of 
(A) or (B) ： 
(A)Socket on mobile 
phone：complying 
with micro -B or 
micro -AB in Annex 
A of CNS15285  
Plug to socket on 
mobile phone in  
connection cord set 
for charge ：
complying with    35 micro -B in Annex A 
of CNS15285, 
Contact 1 is  VBUS 
and Contact 5 is 
GND in the 
connecting interface  
(B)If Socket on 
mobile phone does 
not complying with 
Provision (A), it 
should adopt the 
specific  connecting 
plug in connection 
cord set for charge  
or the adapter 
between micro -B 
plug and the socket 
on mobile phone.  
(3) Complying with the  
following provisions 
of (A) or submitting 
the test report 
provided in (B) ： 
(A)The insulating 
material of 
connecting 
interface: class V -
2 material at least  
(B)The test report 
complying with the 
technical 
specifications  of 
USB -IF(Universal 
Serial Bus 
Implementers 
Forum ), it should 
include  the item in 
(A)  36 10 Connecting 
Interface on 
Charger  (1)Socket on Charger  and 
Plug to socket on 
Charger in connection 
cord set for charge : 
Complying with STD -
A in Annex A of 
CNS15285  
Electrical Requirement: 
complying with 
A4.2.3.2 of CNS15285  
(2) Complying with the  
following provisions 
of (A) or submitting 
the test report 
provided in (B):  
(A)Mechanism 
Requirement: 
complying with 
A4.2.2 of 
CNS15285  
Insulating 
Resistance: 
complying with 
A4.2.3.3 of 
CNS15285  
Insulating 
V oltage: 
complying with 
A4.2.3.4 of 
CNS15285  
Low Level 
Contact 
Resistance:  
complying with 
A4.2.3.5 of 
CNS15285  
Contact 
Capacitance ：   37 complying with 
A4.2.3.6 of 
CNS15285  
Insulating 
material of 
connecting 
interface: class 
V-2 material at 
least 
(B) The test report 
complying with the 
technical 
specifications  of 
USB -IF, it should 
include  the items in 
(A) 
11 Connection 
Cord for 
Charge  (1) Contact 1 is  VBUS and 
Contact 4 is GND in 
the connecting 
interface STD -A 
(2) Complying with the  
following provisions 
of (A) or submitting 
the test report 
provided in (B):  
(A) Electrical 
Requirement:  
V oltage Drop: 
complying with 
A4.3.3.2  of 
CNS15285  
Cable Flex: 
complying with 
A4.3.6 of 
CNS15285  
4-Axis 
Continuity: 
complying with    38 A4.3.7 of 
CNS15285  
Maximum 
Resistance of 
Wire: not exceed 
0.232 Ω/m 
Fireproofing 
Class of 
Connection Cord 
for Charge: class 
VW-1 at least 
(B) The test report 
comply ing with 
the technical 
specifications  of 
USB -IF, it should 
include  the items 
in (A)  
12 Electrical 
Requirements 
for Charger  (1)Input Electricity: 
complying with 4.3 
and 4.4 of CNS15285  
(2)Output V oltage: 5 Vdc, 
and allowable error  is 
±5 %. Check if it 
could comply with the 
above requirement by 
the experiment 
provided in 5.4 of 
CNS15285.  
(3)Output Electricity: 
complying with the 
provisions from 4.6 to 
4.9 of CNS15285.  
(4)Inverse Current: 
complying with 4.10 
of CNS15285  
(5)Consumption Power 
without Load:    39 complying with 4.11 of 
CNS15285  
(6)Average Efficiency: 
complying with 4.12 
of CNS15285  
Note：1. For test items 2, 3, 4, 5 and 6, the UE 
should be operated at low frequency,mid 
frequency and high frequency 
meantimesandrefer to the lastest method of 
measurement of 3GPP2 C.S0011 -A. 
     2. The applicant should submit the test report 
or certificate of approval in compliance 
with the relevant regulations for test items 
7 and 8.  
     3. The Handset should be submitted with both 
the charger and charging co nnection cable 
for Type Approval and should comply with 
Items 9 to 14. A charger and charging 
connection cable that have been type -
approved with the Handset shall not be 
inspected with Items 12 to 14 while 
submitting Certificate and Test report of 
the Hand set. A mobile phone that is not a 
Handset (under normal operating mode, the 
distance from the source of transmission is 
more than 20 cm from the body) shall not be 
inspected with Items 11 to 14.  
3.4.2 documents specified  
Item Content  Conformance requirement  Note  40 1 SAR limits  
(hand -held 
only)  Shall comply with the SAR limit 
for partial body   (any part of the 
head and surrounding area), 2.0 
W/Kg(10g)  The applicant 
should provide 
with test report 
and test data.  
2 RF Exposure 
Warning Label  Warning:  
”For Reducing RF Influence, Use 
Properly “ 
Method of Labeling:  
Label on UE, carton and user 
manual.  The applicant 
should provide 
with 40uarantee. 
When the user 
manuel is 
English version 
only.  
3 SAR Label  SAR label content:  
“ SAR limit 2.0 W/Kg; testing 
value:   W/Kg ” 
Labeling method:  
Label on UE, carton and user 
manual.  The applicant 
should provide 
with 40uarantee.  
4 A copy of 
certificate of 
approval  A copy of certificate of approval  
(e.g., issued by certification body 
which is accredited in compliance 
with the requirements of 3GPP2)  Note the code 
and certification 
scope of 3GPP2.  
5 IMEI number 
and unique 
guarantee  
 Test equipment may read and 
record the IMEI number of the 
unique guarantee proposed by the 
applicant.  
  
Note：1. The documents specified by NCC mentioned 
above are regulated in compliance with 
Article 10.1.7 and Article 12.1.7 of 
Compliance Approval Regulations of 
Telecommunications Terminal Equipment.  
      2. Procedures of SAR are in accordance with 
CNS 14958-1: Human exposure to radio 
frequency fields from hand -held and body - 41 mounted wireless communication devices – 
Human models, instrumentation, and 
procedures – Part 1: Procedure to 
determine the specific absorption rate 
(SAR) for hand -held devices used in close 
proximity to the ear (frequency range of 
300 MHz to 3 GHz). Expiration Date to 
perform the related International Standard 
IEC 62209 -1 and IEEE Std 1528 is June 30, 
2012. 
Table 4-1：(Spreading Rate 1)  
For|Δf |Within the 
Range  Emission Limit  
 1.25 MHz – 1.98 MHz  Less stringent of  
-42 dBc/30  kHz or -54 dBm/1.23  MHz  
 1.98 MHz – 4.00 MHz  Less stringent of  
-50 dBc/30  kHz or -54 dBm/1.23  MHz  
 2.25 MHz – 4.00 MHz  -[13+1‧(Δf –2.25 MHz)]dBm/1  MHz  
>4.00  MHz  -36 dBm/1  kHz;      9 kHz < f < 150 kHz 
-36 dBm/10  kHz;   150  kHz < f < 30 MHz  
-36 dBm/100  kHz;   30  MHz <  f < 1 GHz  
-30 dBm/1  MHz;      1 GHz <  f < 12.75  GHz  
 
Table 4-2：(Spreading Rate 3)  
For|Δf |Within the 
Range  Emission Limit   42  2.5 MHz – 2.7 MHz  -14 dBm/ 30 KHz   
 2.7 MHz – 3.5 MHz  -[14+15‧(Δf –2.7 MHz)]dBm/30  KHz  
     3.08 MHz  -33 dBc/3.84  MHz   
 3.5 MHz – 7.5 MHz  -[13+1‧(Δf –3.5 MHz)]dBm/1  MHz  
 7.5 MHz – 8.5 MHz  -[17+10‧(Δf –7.5 MHz)]dBm/1  MHz  
     8.08 MHz  -43 dBc/3.84  MHz   
 8.5 MHz – 12.5 MHz  -27 dBm/1  MHz   
>12.5  MHz  -36 dBm/1  kHz;      9 kHz < f < 150 kHz 
-36 dBm/10  kHz;   150  kHz < f < 30 MHz  
-36 dBm/100  kHz;   30  MHz <  f < 1 GHz  
-30 dBm/1  MHz;      1 GHz <  f < 12.75  GHz  
Note：Δf =center frequency – closer measurement 
edge frequency  
 
Table 4-3：(Spreading Rate 1,3)  
Frequency Bandwidth  Measurement 
Bandwidth  Minimum 
Requirement  
925 MHz ≦ f ≦ 935 MHz 100 kHz -67 dBm 
935 MHz < f ≦ 960 MHz 100 kHz -79 dBm 
1805 MHz ≦ f ≦ 1880 
MHz 100 kHz -71 dBm 
1893.5 MHz < f < 1919.6 
MHz 300 kHz -41 dBm 
 
4. The Public Warning and Disaster Prevention Messages 
Reception Function.  
4.1 This test is suitable for terminal devices with 
access voice services function that have been provided 
by mobile broadband service operators.  4. The Public Warning and Disaster Prevention Messages 
Reception Function.  
4.1 This test is suitable for terminal devices with 
access voice services function that have been 
provided by mobile broadband service operators.  This point is no t 
revised.  
4.2 The public warning system (PWS) refers to the use 4.2 The public warning system (PWS) refers to the use This point is not  43 of cell broadcast service (CBS) function of the mobile 
communication system. The CBS message identifier (MI) 
and the PWS alert contents will be sent by the base 
station to the receiving system of the terminal 
devices of a certain area.  of cell broadcast service (CBS) function of the 
mobile communication system. The CBS message 
identifier (MI) and the PWS alert contents will be 
sent by the base station to the receiving system of 
the terminal devices of a certain area.  revised.  
4.3 Terminal devices should have the ability to 
receive the message identifier (MI) and display PWS 
alert contents.  
4.3.1 The language of the co ntents PWS alerts, message 
identifier, classification, preset receiving on or 
off, and the options of subscribers, etc shall comply 
with the provisions of table 5.1.  
4.3.2 The mobile device has been set up to receive the 
PWS message identifier (MI). When t he mobile device 
receives the PWS alert, the device should clearly 
display the alert text and the message identifier 
(MI) in the subject header. See Figure 1 as a 
reference.  
4.3.3 Each message identifier shall be tested 
respectively following a PWS alert t ext. 
(1) The language of the PWS content in Traditional 
Chinese：[The message for public warning message 
Testing] Your mobile phone operator has set up 
cell broadcasting systems for transmitting public 
warning messages. Now this service is still in 
trial. We apologize for any inconvenience it may 
cause and appreciate your kind understanding.  
National Communications Commission  4.3 Terminal devices should have the ab ility to 
receive the message identifier (MI) and display 
PWS alert contents.  
4.3.1 The language of the contents PWS alerts, 
message identifier, classification, preset 
receiving on or off, and the options of 
subscribers, etc shall comply with the provisions  
of table 5.1.  
4.3.2 The mobile device has been set up to receive 
the PWS message identifier (MI). When the mobile 
device receives the PWS alert, the device should 
clearly display the alert text and the message 
identifier (MI) in the subject header. See Fi gure 
1 as a reference.  
4.3.3 Each message identifier shall be tested 
respectively following a PWS alert text.  
(1) The language of the PWS content in Traditional 
Chinese：[The message for public warning message 
Testing] Your mobile phone operator has set up 
cell broadcasting systems for transmitting 
public warning messages. Now this service is 
still in trial. We apologize for any 
inconvenience it may cause and appreciate your This point is not 
revised.   44 (2) The language of the PWS content in English ： [The 
message for public warning message Testing] Your 
mobile phone operator has set u p cell broadcasting 
systems for transmitting public warning messages. 
Now this service is still in trial. We apologize 
for any inconvenience it may cause and appreciate 
your kind understanding.  National Communications 
Commission  
4.3.4 Mobile devices should  have the ability to 
recall alert messages for review by the subscriber.  
4.3.5 Mobile devices shall not support any user 
interface capabilities to forward received PWS 
alerts, or to copy and paste PWS alert contents.  kind understanding.  National Communications 
Commission  
(2) The language of the PWS c ontent in English ： 
[The message for public warning message Testing] 
Your mobile phone operator has set up cell 
broadcasting systems for transmitting public 
warning messages. Now this service is still in 
trial. We apologize for any inconvenience it may 
cause and appreciate your kind understanding.  
National Communications Commission  
4.3.4 Mobile devices should have the ability to 
recall alert messages for review by the 
subscriber.  
4.3.5 Mobile devices shall not support any user 
interface capabilities to forwa rd received PWS 
alerts, or to copy and paste PWS alert contents.  
4.4 Audio signal ： 
4.4.1 The audio signal shall be categorized into two 
kinds of signal: audio attention signal and audio 
general signal.  
(1) Audio attention signal： 
A. The audio attention signal shall have special audio 
frequency and special break duration. The audio 
attention signal shall not be set up by the 
subscriber or modified.  
(A) Special audio frequency ：For devices that have 
polyphonic capabilities, th e audio attention 
signal must consist of the fundamental frequencies 4.4 Audio signal ： 
4.4.1 The audi o signal shall be categorized into 
two kinds of signal: audio attention signal and 
audio general signal.  
(1) Audio attention signal ： 
A. The audio attention signal shall have special 
audio frequency and special break duration. The 
audio attention signal sha ll not be set up by the 
subscriber or modified.  
(A) Special audio frequency ：For devices that have 
polyphonic capabilities, the audio attention 
signal must consist of the fundamental This point is not 
revised.   45 of 853 Hz and 960 Hz transmitted simultaneously. 
For devices with only a monophonic capability, the 
audio attentio n signal must be 960 Hz.  
(B) Special break duration ：The audio attention 
signal must have a temporal pattern of one long 
tone of two seconds, followed by two short tones 
of one second each, with a half second interval 
between each tone. The entire sequence must be 
repeated twice with a  half second interval between 
each repetitio n. 
(C) The temporal pattern of audio attention signal 
is shown in Figure 2.  
B. The audio attention signal must be restricted to 
use for alert messages under PWS.  
(2) The audio general signal does not have special 
audio frequency and special break duration.  Audio 
general signal shall be set up by the subscriber 
or modified into other pattern. When the mobile 
device receives the message, it shall produce the 
audio signal.  
4.4.2 Generating timing: The mobile device has been 
set up to receive the PWS message identifier (MI). 
When mobile device receives the PWS alert, the device 
should produce corresponding audio signal as shown 
in Table 5.2 in accordance with the message 
identifier (MI) and the subscriber’s setting.  
4.4.3 The audio signal is considered to be a n opt-
out by the subscriber with the initial default frequencies of 853 Hz and 960 Hz transmitted 
simultaneously. For devices with only a 
monophonic capability, the audio attentio n 
signal must be 960 Hz.  
(B) Special break duration ：The audio attention 
signal must have a temporal pattern of one long 
tone of two seconds, followed by two short tones 
of one second each, with a half se cond interval 
between each tone. The entire sequence must be 
repeated twice with a  half second interval 
between each repetition.  
(C) The temporal pattern of audio attention signal 
is shown in Figure 2.  
B. The audio attention signal must be restricted 
to use for alert messages under PWS.  
(2) The audio general signal does not have special 
audio frequency and special break duration. 
Audio general signal shall be set up by the 
subscriber or modified into other pattern. When 
the mobile device receives the messag e, it shall 
produce the audio signal.  
4.4.2 Generating timing: The mobile device has been 
set up to receive the PWS message identifier (MI). 
When mobile device receives the PWS alert, the 
device should produce corresponding audio signal as 
shown in Table 5 .2 in accordance with the message 
identifier (MI) and the subscriber’s setting.  
4.4.3 The audio signal is considered to be an opt - 46 configuration being that all emergency alerts are 
enabled.  
4.4.4 When the mobile device activates the audio 
signal, the subscriber may deactivate that audio 
signal early.  out by the subscriber with the initial default 
configuration being that all emergency alerts are 
enabled.  
4.4.4 When the mobil e device activates the audio 
signal, the subscriber may deactivate that audio 
signal early.  
4.5 The vibration cadence ：  
4.5.1 The vibration cadence shall be divided into two 
kinds of cadences: vibration attention cadence and 
vibration general cadence.  
(1) Vibration attention cadence:  
A. The vibration attention cadence must have the 
special break duration. The vibration attention 
cadence shall not be set up by the subscriber or 
modified.  
(A) Special break duration ：The vibration  attention 
cadence must have a temporal pattern of one long 
vibration of two seconds, followed by two short 
vibrations of one second each, with a half second 
interval between each vibration. The entire 
sequence must be r epeated twice with a half second 
interval between each repetition.  
(B) The temporal pattern of vibration attention 
cadence is shown in Figure 3.  
B. The vibration attention cadence must be 
restricted to use for alert messages under PWS.  
C. The signal between vibration attention cadence 
and audio attention signal does not need to be 4.5 The vibration cadence ：  
4.5.1 The vibration cadence shall be divided into 
two kinds of cadences: vibration attention 
cadence and vibration general cade nce. 
(1) Vibration attention cadence:  
A. The vibration attention cadence must have the 
special break duration. The vibration attention 
cadence shall not be set up by the subscriber or 
modified.  
(A) Special break duration ：The vibration attention 
cadence mus t have a temporal pattern of one long 
vibration of two seconds, followed by two short 
vibrations of one second each, with a half second 
interval between each vibration. The entire 
sequence must be r epeated twice with a half 
second interval between each rep etition.  
(B) The temporal pattern of vibration attention 
cadence is shown in Figure 3.  
B. The vibration attention cadence must be 
restricted to use for alert messages under PWS.  
C. The signal between vibration attention cadence 
and audio attention signal d oes not need to be This point is not 
revised.   47 synchronized.  
(2) The vibration general cadence does not have 
special break duration. When the mobile device 
receives the message, the device will produce the 
vibration general cadence.  
4.5.2 Generating timing:  the mobile device has been 
set up to receive the PWS message identifier (MI). 
When mobile device receives the PWS alert, the device 
should produce corresponding vibration cadence as 
shown in Table 5.2 in accordance with the message 
identifier (MI) and the subscriber’s setting.  
4.5.3 The vibration cadence is considered to be an opt -
out by the subscriber with the initial default 
configuration being that all emergency alerts are 
enabled.  
4.5.4 When mobile the  device activates the vibration 
cadence, the subscriber may deactivate that vibration 
cadence early.  synchronized.  
(2) The vibration general cadence does not have 
special break duration. When the mobile device 
receives the message, the device will produce 
the vibration general cadence.  
4.5.2 Generating timing:  the mobile device has been 
set up to receive the PWS message identifier (MI). 
When mobile device receives the PWS alert, the 
device should produce corresponding vibration 
cadence as shown in Table 5.2 in accordance with 
the message identifier (MI) and the subscriber’s 
setting.  
4.5.3 The vibration cadence is considered to be an 
opt-out by the subscriber with the initial default 
configuration being that all emergency alerts are 
enabled.  
4.5.4 When mobile the device activates the vibration 
cadence, the subscriber may deactivate tha t 
vibration cadence early.  
4.6 The presentation of the received PWS alert message 
should take priority over other mobile device 
functions. The PWS alert message shall not preempt an 
active voice or data session.  4.6 The presentation of the received PWS alert message 
should take priority over other mobile device 
functions. The PWS alert message shall not preempt 
an active voice or data session.  This point is not 
revised.  
4.7 Measures of handling duplicate PWS alert messag es: 
4.7.1 Duplicate PWS alert message refers to PWS alert 
messages with the same message identifier and 
serial number, indicating that they have been sent 
repeated. The definition of serial number shall 4.7 Measures of handling duplicate PWS alert 
messages:  
4.7.1 Duplicate PWS alert message refers to PWS 
alert messages with the same message identifier 
and serial number, indicating that they have been This point is not 
revised.   48 refer to the technical standard 3GPP TS 23.041.  
4.7.2 Where the equipment receives duplicate PWS 
alert message from the base station, it shall not 
show the message content or generate signal and 
vibration.  sent repeated. The definition of serial number 
shall refer to the technical standard 3GPP TS 
23.041. 
4.7.2 Where the equipment receives duplicate PWS 
alert me ssage from the base station, it shall not 
show the message content or generate signal and 
vibration.  
 5. These articles shall become effective as of the 
date of promulgation.  
   The revised articles, which were implemented on 
March 1, 2016, were amended on December 22, 2015.  The 
implementation 
date of this 
specification 
will be stated in 
the announcement, 
therefore this 
point is deleted.  
   49 Table 5.1  The Language of PWS Alert Contents of 
Message Identifier, Classification, Preset 
Receiving On or Off, and The Options of 
Subscribers, etc.  
Message identifier /Language 
of PWS alert contents  Classification  Preset 
receiving 
on or off  The 
options of 
subscriber  
911/Chinese  919/English  Alert Message  Preset 
receiving 
on   Yes 
4370/Chinese  4383/English  Presidential 
Alert  Preset 
receiving 
on   No 
4371/Chinese  4384/English  Emergency 
Alert  Preset 
receiving 
on   Yes 
4372/Chinese  4385/English  Emergency 
Alert  Preset 
receiving 
on   Yes 
4373/Chinese  4386/English  Emergency 
Alert  Preset 
receiving 
on   Yes 
4374/Chinese  4387/English  Emergency 
Alert  Preset 
receiving 
on   Yes 
4375/Chinese  4388/English  Emergency 
Alert  Preset 
receiving 
on   Yes 
4376/Chinese  4389/English  Emergency 
Alert  Preset 
receiving 
on   Yes 
4377/Chinese  4390/English  Emergency 
Alert  Preset 
receiving 
on   Yes Table 5.1  The Language of PWS Alert Contents of 
Message Identifier, Classification, Preset 
Receiving On or Off, and The Options of 
Subscribers, etc.  
Message identifier /Language 
of PWS alert contents  Classification  Preset 
receiving 
on or off  The 
options of 
subscriber  
911/Chinese  919/English  Alert Message  Preset 
receiving 
on   Yes 
4370/Chinese  4383/English  Presidential 
Alert  Preset 
receiving 
on   No 
4371/Chinese  4384/English  Emergency Alert  Preset 
receiving 
on   Yes 
4372/Chinese  4385/English  Emergency Alert  Preset 
receiving 
on   Yes 
4373/Chinese  4386/English  Emergency Alert  Preset 
receiving 
on   Yes 
4374/Chinese  4387/English  Emergency Alert  Preset 
receiving 
on   Yes 
4375/Chinese  4388/English  Emergency Alert  Preset 
receiving 
on   Yes 
4376/Chinese  4389/English  Emergency Alert  Preset 
receiving 
on   Yes 
4377/Chinese  4390/English  Emergency Alert  Preset 
receiving 
on   Yes 
4378/Chinese  4391/English  Emergency Alert  Preset   Yes This table is not 
revised.  
  50 4378/Chinese  4391/English  Emergency 
Alert  Preset 
receiving 
on   Yes 
4379/Chinese  4392/English  Emergency 
Alert  Preset 
receiving 
on   Yes 
4380/Chinese  4393/English  Required 
Monthly Test  Preset 
receiving 
on   Yes 
 
 receiving 
on 
4379/Chinese  4392/English  Emergency Alert  Preset 
receiving 
on   Yes 
4380/Chinese  4393/English  Required 
Monthly Test  Preset 
receiving 
on   Yes 
 
 
Table 5.2  Device should produce corresponding audio 
signal and vibration cadence in accordance with 
the message identifier (MI) and the 
subscriber’s setting.  
Message 
identifier  Subscriber ’s setting  
Deactivate  
sound  Activate  
sound  Deactivate  
vibration  Activate  
vibration  
911 919 
Can not  
produce  
audio 
signal  Produce 
audio 
general 
signal  
Can not 
produce  
vibration 
cadence  Produce 
vibration 
general 
cadence  
4370  4383  
Produce 
audio 
attention 
signal Produce 
vibration 
attention 
cadence  4371  4384  
4372  4385  
4373  4386  
4374  4387  
4375  4388  
4376  4389  
4377  4390  
4378  4391  
4379  4392  
4380  4393  
 Table 5.2  Device should produce corresponding audio 
signal and vibration cadence in accordance with 
the message identifier (MI) and the 
subscriber’s setting.  
Message 
identifier  Subscriber ’s setting  
Deactivate  
sound  Activate  
sound  Deactivate  
vibration  Activate  
vibration  
911 919 
Can not  
produce  
audio 
signal  Produce 
audio 
general 
signal  
Can not 
produce  
vibration 
cadence  Produce 
vibration 
general 
cadence  
4370  4383  
Produce 
audio 
attention 
signal Produce 
vibration 
attention 
cadence  4371  4384  
4372  4385  
4373  4386  
4374  4387  
4375  4388  
4376  4389  
4377  4390  
4378  4391  
4379  4392  
4380  4393  
 This table is not 
revised.  
 
 
 
 
 
 
 
 
 
 
 
 
 
  51 Figure 1: Example of PWS Alert Content and Headers  
 Figure 1: Example of PWS Alert Content and Headers  
 This figure is not 
revised.  
[The message is  for public warning 
message testing] Your mobile phone 
operator has set up cell broadcasting 
systems for transmitting public warning 
messages. Now this service is still in 
trial. We apologize for any 
inconvenience it may cause and 
appreciate your kind under standing.  
National Communications Commission  
Presidential Alert  
3G 98% 
[The message is  for public warning 
message testing] Your mobile phone 
operator has set up cell broadcasting 
systems for transmitting public warning 
messages. Now this service is still in 
trial. We apologize for any 
inconvenience it may cause and 
appreciate your kind under standing.  
National Communications Commission  
Presidential Alert  
3G 98%  52 Figure 2: The Pattern of Audio Attention Signal  
 Figure 2: The Pattern of Audio Attention Signal  
 This figure is not 
revised.  
Figure 3: The Pattern of Vibration Attention Cadence  
 Figure 3: The Pattern of Vibration Attention Cadence  
 This figure is not 
revised.  
 
Tone  
 To
 To
 To
 Tone  
 To
0.5se
 0.5se
 0.5s
 0.5se
c 
0.5se
2se
c 
2se
1se
 1se
 1se
 1se
5se
c 
5.5s
Tone  
 To
 To
 To
 Tone  
 To
0.5se
 0.5se
 0.5s
 0.5se
c 
0.5se
2se
c 
2se
1se
 1se
 1se
 1se
5se
c 
5.5s