1、 ANSI/TIA/EIA-136-140-C-2014 APPROVED: AUGUST 28, 2014 WITHDRAWN: JUNE 12, 2015 TIA/EIA-136-140-C September 2014TDMA Third Generation Wireless Analog Control Channel NOTICE TIA Engineering Standards and Publications are designed to serve the public interest through eliminating misunderstandings betw
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19、OF DAMAGES IS A FUNDAMENTAL ELEMENT OF THE USE OF THE CONTENTS HEREOF, AND THESE CONTENTS WOULD NOT BE PUBLISHED BY TIA WITHOUT SUCH LIMITATIONS. ANSI/TIA/EIA-136-140-C-2014 iContents 1. Wideband Analog Data Signals - Mobile Station 1 1.1 Encoding 1 1.2 Modulation and Polarity 1 2. Identification .
20、2 2.1 Mobile Identification Number . 2 2.2 Serial Number 2 2.2.1 Electronic Serial Number (ESN) 2 2.2.2 Expanded Electronic Serial Number (EESN) . 2 2.3 Station Class Mark 2 2.4 Registration Memory . 3 2.4.1 Autonomous Registration Memory . 3 2.4.2 Location Area Memory . 3 2.5 Access Overload Class
21、3 2.6 Extended Address Method 3 2.7 First Paging Channel . 3 2.8 Home System Identification 4 2.9 Local Control Option . 4 2.10 Preferred-System Selection . 4 3. Call Processing - Mobile Station . 5 3.1 Initialization. 5 3.1.1 Retrieve System Parameters . 5 3.1.1.1 Scan Primary Set of Dedicated Cont
22、rol Channels . 5 3.1.1.2 Update Digital Overhead Information . 6 3.1.2 Primary Paging Channel Selection . 7 3.1.2.1 Scan Paging Channels 7 3.1.3 Scan Secondary Set of Dedicated Control Channels 7 3.1.3.1 Update Secondary Control Channels . 8 3.1.4 Secondary Paging Channel Selection . 9 3.1.4.1 Scan
23、Paging Channels 9 3.1.5 Verify Overhead Information . 9 3.2 Idle . 10 3.2.1 Response to Overhead Information 10 3.2.2 Page Match . 15 3.2.3 Order . 16 3.2.4 Call Initiation 16 3.2.5 Power Down . 16 3.3 System Access . 16 3.3.1 Set Access Parameters 17 3.3.2 Scan Access Channels 17 3.3.3 Retrieve Acc
24、ess Attempt Parameters 17 3.3.4 Update Overhead Information 18 ANSI/TIA/EIA-136-140-C-2014 ii3.3.5 Seize Reverse Control Channel . 20 3.3.6 Delay After Failure . 21 3.3.7 Service Request . 21 3.3.8 Await Message 23 3.3.9 Await Registration Confirmation 25 3.3.10 Action on Registration Failure . 26 3
25、.3.11 Autonomous Registration Update 26 3.3.12 Serving-System Determination 27 3.3.13 Alternate Access Channel 27 3.3.14 Directed Retry 27 4. Signaling Formats - Mobile Station 29 4.1 Reverse Analog Control Channel (RECC) 29 4.1.1 Reverse Analog Control Channel (RECC) Messages . 30 5. Wideband Analo
26、g Data Signals - Base Station . 39 5.1 Encoding 39 5.2 Modulation and Polarity 39 6. Call Processing - Base Station 40 6.1 Overhead Functions for Mobile Station Initiation . 40 6.2 Mobile Station Control on the Control Channel 40 6.2.1 Overhead Information . 40 6.2.2 Page . 42 6.2.3 Order . 42 6.2.4
27、 Local Control 42 6.3 Base Station Support of System Access by Mobile Stations . 43 6.3.1 Overhead Information . 43 6.3.2 Reverse Control Channel Seizure by Mobile Stations 44 6.3.3 Response to Mobile Station Messages 44 7. Signaling Formats - Base Station 46 7.1 Forward Analog Control Channel 46 7.
28、1.1 Mobile Station Control Message . 48 7.1.2 Overhead Message 62 7.1.2.1 System Parameter Overhead Message 63 7.1.2.2 Global Action Overhead Message 65 7.1.2.3 Registration ID Message 71 7.1.2.4 Control-Filler Message . 72 7.1.2.5 Control Channel Information Message . 74 7.1.3 Data Restrictions . 7
29、5 8. Requirements for Mobile Station Options 78 8.1 32-Digit Dialing . 78 8.1.1 Service Request - Requirement for 32-Digit Dialing Option 78 8.1.2 Signaling Formats - Requirements for 32-Digit Dialing Option . 80 ANSI/TIA/EIA-136-140-C-2014 iii8.1.2.1 Reverse Analog Control Channel (RECC) - Requirem
30、ent for 32-Digit Dialing Option 80 8.1.2.2 RECC Messages 81 9. Requirements For Base Station Options 87 9.1 32-Digit Dialing 87 10. Change History for TIA/EIA-136-140 88 ANSI/TIA/EIA-136-140-C-2014 iv Tables Table 1 Station Class Marks (Bits 4-0) . 2 Table 2 Coded Digital Color Code 29 Table 3 Digit
31、 Code 36 Table 4 Order, Order Qualification, And Message Type Codes . 53 Table 5 SAT Color Code (SCC) . 61 Table 6 Overhead Message Types . 63 Table 7 Global Action Message Types . 72 Table 8 Troublesome Central Office Codes 76 Table 9 Coded Digital Color Code 81 ANSI/TIA/EIA-136-140-C-2014 vFigures
32、 Figure 1 Reverse Analog Control Channel Message Stream (Mobile-To-Base) 29 Figure 2 Forward Analog Control Channel Message Stream (Base-to-Mobile) 46 Figure 3 Reverse Analog Control Channel Message Stream (Mobile-to-Base) . 81 ANSI/TIA/EIA-136-140-C-2014 11. Wideband Analog Data Signals - Mobile 1
33、Station 2 1.1 Encoding 3 The reverse control channel (RECC) and reverse voice channel (RVC) wideband data 4 streams (see Section 4) shall be further encoded such that each non-return-to-zero binary 5 one is transformed to a zero-to-one transition, and each non-return-to-zero binary zero is 6 transfo
34、rmed to a one-to-zero transition. 7 1.2 Modulation and Polarity 8 The filtered wideband data stream shall then be used to modulate the transmitter carrier 9 using direct binary frequency shift keying. A one (i.e., high state) into the modulator shall 10 correspond to a nominal peak frequency deviati
35、on 8 kHz above the carrier frequency, and 11 a zero (i.e., low state) into the modulator shall correspond to a nominal peak frequency 12 deviation 8 kHz below the carrier frequency. 13 ANSI/TIA/EIA-136-140-C-2014 22. Identification 1 2.1 Mobile Identification Number 2 See TIA/EIA-136-005. 3 2.2 Seri
36、al Number 4 See TIA/EIA-136-005. 5 2.2.1 Electronic Serial Number (ESN) 6 See TIA/EIA-136-005. 2.2.2 Expanded Electronic Serial Number (EESN) 7 See TIA/EIA-136-005. 8 2.3 Station Class Mark 9 Class-of-station information referred to as the station class mark (SCMp) shall be stored 10 in a mobile sta
37、tion. The digital representation of this class mark is specified in the table 11 below. A mobile station operating at 800 MHz shall support a bandwidth of 25 MHz. 12 Table 1 Station Class Marks (Bits 4-0) 13 Power Class SCMP Transmission SCMp Bandwidth SCMP (see TIA/EIA-136-270) (see TIA/EIA-136-150
38、) (see TIA/EIA-136-110) Class I 0XX00 Continuous XX0XX 20 MHz X0XXX Class II 0XX01 Discontinuous XX1XX 25 MHz X1XXX Class III 0XX10 Class IV 0XX11 Class V 1XX00 Class VI 1XX01 Class VII 1XX10 Class VIII 1XX11 Note: In order to maintain compatibility between dual-mode mobile stations and 14 TIA/EIA-5
39、53 base stations, dual-mode mobile stations with power classes 15 IV - VIII shall set the power class bits of the SCM to look like a Power Class III 16 mobile station (i.e., SCM(4-0) = 0XX10) when PCI = 0 in the System Parameter 17 Overhead message (see Section 7.1.2.1). 18 ANSI/TIA/EIA-136-140-C-20
40、14 32.4 Registration Memory 1 2.4.1 Autonomous Registration Memory 2 A single 21-bit (20 data bits plus an overflow bit) Next Registration indicator 3 (NXTREGs-p) and corresponding 15-bit System Identification indicator (SIDs-p)pair 4 shall be retained when the mobile station power is turned off. Th
41、e data retention time 5 under power-off condition shall be longer than 48 hours. If the integrity of the stored data 6 can not be guaranteed after the mobile station is disconnected from the vehicle battery, 7 then the memory shall be set to zero when power is re-applied to the mobile station. 8 2.4
42、.2 Location Area Memory 9 A 12-bit Location Area identifier (LOCAIDs-p) shall be stored in the mobile station and 10 used to identify changes in location area (see Section 3.2.1). The LOCAIDs-pvalue shall 11 be retained when the mobile station power is turned off. The data retention time under 12 po
43、wer-off condition shall be longer than 48 hours. If the integrity of the stored data 13 cannot be guaranteed after the mobile station is disconnected from the vehicle battery, 14 then the memory shall be set to zero when power is re-applied to the mobile station. 15 A 1-bit Power-up Registration ide
44、ntifier (PUREGs-p) shall be stored in the mobile station 16 and used to identify changes in the Power-up Registration flag (see Section 3.2.1). The 17 PUREGs-pvalue shall be retained when the mobile station power is turned off. The data 18 retention time under power-off condition shall be longer tha
45、n 48 hours. If the integrity of 19 the stored data cannot be guaranteed after the mobile station is disconnected from the 20 vehicle battery, then the memory shall be set to zero when power is re-applied to the 21 mobile station. 22 2.5 Access Overload Class 23 A 4-bit Number indicator (ACCOLCp) sha
46、ll be stored in the mobile station and used to 24 identify which overload class field controls access attempts by the mobile station (see 25 Section 3.3.4). 26 2.6 Extended Address Method 27 A 1-bit Access Method indicator (EXp) shall be stored in the mobile station and used to 28 determine if the e
47、xtended address word shall be included in all access attempts (see 29 Section 3.3.7). 30 2.7 First Paging Channel 31 Contains two 11-bit first paging channels (FIRSTCHPp-pri andFIRSTCHPp-sec) which 32 shall be stored in the mobile station and used to identify the channel number of the first 33 pagin
48、g channel when the mobile station is “home” (see Section 3.1.1.2). 34 ANSI/TIA/EIA-136-140-C-2014 42.8 Home System Identification 1 A 15-bit System Identification indicator (SIDp) shall be stored in the mobile station and 2 used to identify the mobile stations home system (see Section 3.1.1.2). The
49、SID will be 3 assigned to each U.S. system by the FCC for cellular systems or by Cybernet for PCS 4 systems. (See TIA/EIA TSB-29, International Implementation of Wireless 5 Telecommunication Systems Compliant with TIA/EIA-41.) 6 2.9 Local Control Option 7 A means shall be provided within the mobile station to enable or disable the local control 8 option. 9 2.10 Preferred-System Selection 10 Preferred system selection is defined by the Home, Partner, Favored, and Forbidden 11 service provider information and the band order stored in the Intelligent Roaming 12 Database (IRDB),
