1、 TIA-1063-A (Revision of TIA-1063) August 2015Telecommunications User Premises Equipment Analog Telephone Port Requirements for Packet-based User Premises Terminal Adapters ANSI/TIA-1063-A-2015 APPROVED: AUGUST 5, 2015 NOTICE TIA Engineering Standards and Publications are designed to serve the publi
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7、R-41 User Premises Telecommunications Requirements, TR-41.3 Subcommittee on Analog and Digital Wireline Terminals. Published by TELECOMMUNICATIONS INDUSTRY ASSOCIATION Technology and Standards Department 1320 N. Courthouse Road, Suite 200 Arlington, VA 22201 U.S.A. PRICE: Please refer to current Cat
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23、 THE CONTENTS HEREOF, AND THESE CONTENTS WOULD NOT BE PUBLISHED BY TIA WITHOUT SUCH LIMITATIONS. ANSI/TIA-1063-A TABLE OF CONTENTS FOREW ORD v INTRODUCTION. vii 1. SCOPE . 1 2. NORMATIVE REFERENCES . 2 3. ABBREVIATIONS, ACRONYMS, AND DEFINITIONS . 3 3.1. ABBREVIATIONS AND ACRONYMS 3 3.2. DEFINITIONS
24、 . 4 4. TESTING CONSIDERATIONS . 8 4.1. ANALOG TELEPHONE PORT CAPABILITIES 8 4.2. COMPLIANCE REFERENCE POINT 8 4.3. COMPLIANCE INTERPRETATION 8 4.4. CONFORMANCE WITH REGULATORY AND SAFETY STANDARDS 8 4.5. ENVIRONMENTAL CONSIDERATIONS 8 5. TECHNICAL REQUIREMENTS 9 5.1. CATEGORIES OF CRITERIA 9 5.2. A
25、NALOG TELEPHONE PORT REN TYPES . 9 5.3. CONNECTION TO CONNECTED TELEPHONE EQUIPMENT . 9 5.3.1. Physical Analog Telephone Port Connection . 9 5.3.2. Loop Current Requirement . 9 5.3.3. Off-hook Signals . 10 5.3.4. On-hook Signals . 10 5.4. IDLE STATE . 10 5.4.1. On-hook Data Transmission . 10 5.4.2.
26、Idle State Voltage Range 10 5.4.3. Voltage Interruptions 10 5.4.4. Maximum DC Voltage Variation . 10 5.4.5. Recognition of Idle Condition (On-hook Signal) . 10 5.5. ALERTING STATE . 11 5.5.1. On-hook Data Transmission . 11 5.5.2. Alerting State Delay . 11 5.5.3. Ring Signal Requirements 11 5.5.4. Ri
27、nging Patterns 11 5.5.5. Ring Reminder Feature . 12 5.5.6. Ring Cycle Off Time DC Voltage 12 5.5.7. Delay to Detect Off-hook Signals and Stop (Trip) Ringing . 12 5.5.8. Reapplication of Ringing 12 5.5.9. Short Duration Off-hook During Ringing 12 5.5.10. DC Voltage and Current Requirements After Ring
28、 Trip 12 i ANSI/TIA-1063-A 5.5.11. Voice Path Connection Delay . 12 5.5.12. Ringing Pre-trip 13 5.5.13. End of the Alerting State 13 5.6. ORIGINATING-CALL STATE 13 5.6.1. DC Voltage and Current Requirements After Off-hook Applied . 13 5.6.2. Dial Tone Delay 13 5.6.3. DTMF Signal Detection . 13 5.6.4
29、. Removal of Dial Tone 13 5.6.5. Delay to Reception of First DTMF Signal . 14 5.6.6. Delay for Reception of Subsequent DTMF Signals . 14 5.6.7. Timed Disconnect Signal Generation . 14 5.6.8. Voice Path Connection Delay . 14 5.6.9. Response to Short-Duration On-hook during the Originating-Call State
30、. 14 5.6.10. Response to a Flash Signal during the Originating-Call State . 14 5.7. TALK STATE . 15 5.7.1. Off-hook Data Transmission 15 5.7.2. DC Voltage and Current Source Requirements during the Talk State . 15 5.7.3. Send and Receive Transmission Requirements 15 5.7.4. DTMF Signal Detection in t
31、he Talk State 16 5.7.5. Response to Short Duration On-hook Signal during the Talk State . 16 5.7.6. Response to a Flash Signal during the Talk State 16 5.7.7. Response to a Disconnect Signal during the Talk State . 17 5.8. DC SIGNALING . 17 5.8.1. Received On-hook Signals 17 5.8.2. Generated Timed D
32、isconnect Signal 17 5.9. GENERAL REQUIREMENTS 17 5.9.1. Response to Receiver Off-hook 17 5.9.2. Response to Undefined Conditions or States . 17 5.9.3. Stand-by Mode of Operation 18 5.9.4. Line testing Capabilities . 18 5.10. TRANSMISSION REQUIREMENTS 19 5.10.1. Longitudinal Balance 19 5.10.2. Transv
33、erse Balance . 19 5.10.3. Impedance . 19 5.11. DTMF GENERATION REQUIREMENTS . 19 5.11.1. Signaling Frequencies . 20 5.11.2. Signal Levels 20 5.11.3. Frequency Deviation . 20 5.11.4. Timing for DTMF Signals 21 5.11.5. Voice Suppression 21 5.11.6. Extraneous Frequency Components . 21 5.11.7. Tone Leak
34、 . 22 5.11.8. Transient Voltage . 22 5.11.9. Impedance . 22 ii ANSI/TIA-1063-A 5.12. DTMF RECEIVER REQUIREMENTS . 22 5.12.1. Signal Frequencies 22 5.12.2. Frequency Deviation . 22 5.12.3. Detection Time . 22 5.12.4. Recognition Level . 22 5.12.5. DTMF Detection in the Presence of Dial Tone 23 5.12.6
35、. DTMF Detection in the Presence of Signal Echoes . 23 5.12.7. Digital Signal Simulation by Speech 23 5.12.8. Impedance . 23 5.12.9. Distortion 23 5.12.10. Noise . 23 5.12.11. Induction from Power Lines . 23 5.13. CALL PROGRESS SIGNALING 24 5.14. CALL PROGRESS SIGNALS SENT TO THE ANALOG TELEPHONY EQ
36、UIPMENT 24 5.14.1. Standard Signals . 26 5.14.2. Other Signals 28 5.14.3. Electrical Requirements for Call Progress Signals . 29 5.14.4. Measuring Techniques 29 5.15. CALLER-ID, CALL WAITING, AND VMWI FEATURES 29 5.15.1. Off-hook Features: CW, DCW, and CIDCW Call Connections 30 5.15.2. Flash Signal
37、Detection Requirements . 31 5.15.3. VMWI Feature 31 5.15.4. On-hook Caller-ID Feature . 31 5.15.5. Call Waiting 32 5.15.6. Distinctive Call Waiting . 34 5.15.7. Calling Identity Delivery on Call Waiting (CIDCW) . 36 5.16. DATA TRANSMISSION AND FORMAT REQUIREMENTS 38 5.16.1. On-hook Data Transmission
38、 Physical Layer Requirements . 38 5.16.2. Off-hook Data Transmission Physical Layer Requirements 39 5.16.3. Data Link Layer 40 5.16.4. Data Message 41 5.16.5. Message Assembly Layer . 41 5.16.6. Caller-ID Message Assembly . 43 5.16.7. VMWI Message Assembly . 48 ANNEX A INFORMATIVE BIBLIOGRAPHY 50 AN
39、NEX B INFORMATIVE ADVANTAGES AND DISADVANTAGES OF BALANCED RINGING . 52 B.1 ADVANTAGES OF BALANCED RINGING 52 B.2 DISADVANTAGES OF BALANCED RINGING 52 ANNEX C INFORMATIVE DISTINCTIVE RINGING PATTERNS 53 ANNEX D INFORMATIVE MULTIPLE DATA MESSAGE FORMATIVE EXAMPLES 56 D.1 EXAMPLE 1 CID WITH NUMBER ONL
40、Y . 56 iii ANSI/TIA-1063-A D.2 EXAMPLE 2 CID WITH CALLING NUMBER AND NAME 57 D.3 EXAMPLE 3 CID WITH REASON FOR ABSENCE OF NUMBER . 58 ANNEX E INFORMATIVE EXAMPLE OF CHECKSUM W ORD CALCULATION . 59 TABLE OF FIGURES Figure 1 - Analog Terminal Adapter Network Connectivity 1 Figure 2 - Steady-state Sour
41、ce Voltage versus Current Characteristics . 15 TABLE OF TABLES Table 1 Longitudinal Balance Requirements 19 Table 2 - DTMF Digits and Corresponding Frequencies . 20 Table 3 - Public and Private Network Call Progress Signals . 24 Table 4 - Standard Call Progress Signals . 25 Table 5 - Other Call Prog
42、ress Signals . 26 Table 6 - CW and DCW Tone Requirements . 33 Table 7 - CW and DCW Tone Patterns 35 Table 8 - DCW Tone Cadence Objectives . 35 Table 9 - CPE Alerting Signal (CAS) Requirements . 38 Table 10 - Assigned Values for MDMF Message Type Words . 42 Table 11 - Assigned Values for Parameter Ty
43、pe Words 43 Table C.1 Distinctive ringing interval durations . 53 Table C.2 Distinctive ringing patterns . 54 Table C.3 Interval durations of the more commonly used distinctive ringing patterns. 54 Table C.4 Additional Distinctive Ringing Patterns . 55 iv ANSI/TIA-1063-A FOREWORD (This foreword is n
44、ot part of this Standard.) This document is a TIA Telecommunications standard produced by Working Group TR-41.3.5 of Committee TR-41. This standard was developed in accordance with TIA procedural guidelines, and represents the consensus position of the Working Group and its parent Subcommittee TR-41
45、.3, which served as the formulating group. There are five annexes in this standard all of which are informative and are not considered part of this standard. The leadership of the TR-41.3.5 Analog Telephone Transmission Performance Working Group (Chair: Stephen R Whitesell, Whitesell Consulting LLC)
46、 acknowledges the written contributions provided by the following individuals in the development of this standard. Organization Representative Previous Version TIA-1063-A Whitesell Consulting LLC Stephen R Whitesell null Editor AST Technology Labs James Bress null Editor null Siemens Communications
47、Tailey Tung null Editor AST Technology Labs Don McKinnon null null Advent Instruments Dave Stenner null Cisco Systems Tim Lawler null Dietrich Lockard Group Richard Frank null DSL Forum Gavin Young null Hewlett Packard Bharat Singh null Industry Canada Magdoly Rondon null Infineon Technologies Neal
48、J King null Infineon Technologies Michael Pirker null Microsemi Semiconductor (U.S.) Inc. Michel Darveau null SBC Jimmy Salinas null Sprint Amar Ray null Uniden America Al Baum null Verizon Trone Bishop null VTech Steve Whitesell null v ANSI/TIA-1063-A Suggestions for improvement of this standard ar
49、e welcome. They should be sent to: Telecommunications Industry Association Technology and Standards Department Suite 200 1320 North Courthouse Road Arlington, VA 22201 (http:/www.tiaonline.org) vi ANSI/TIA-1063-A INTRODUCTION This standard establishes requirements for the telephony aspects of packet-based user premises equipment. This document fills a recognized need in the telecommunications industry of those who specify, design, purchase, and use this equipment. This need was brought about by the connection of packet
