H. 323 Software ip interface Requirements / Feature Specifications compas id 143543 Issue 4 June 02, 2014 John W. Soltes (retired)



Download 4.77 Mb.
Page1/48
Date28.05.2018
Size4.77 Mb.
#51006
  1   2   3   4   5   6   7   8   9   ...   48




96x1 Telephones

H.323 Software IP Interface

Requirements / Feature Specifications
COMPAS ID 143543

Issue 6.4

June 02, 2014


John W. Soltes (retired)

(908) 848-5586

soltes@avaya.com
Emir Haleva

(972) 3-6457652

halevaa@avaya.com
Alicja Celer

+16135959623

aceler@avaya.com
Shlomi Biton

(972) 3-6459138

sbiton@avaya.com
CONTENTS


1.0 INTRODUCTION 1

1.1 Document Process, Approval, Access and Change Control 1

1.2 Glossary 3

2.0 CONFIGURATION 6

2.1 Parameters 6



96x1H-IPI.2.1.50: General parameter requirements 6

96x1H-IPI.2.1.100: Testable persistent parameters that cannot be set via DHCP or a configuration file 7

96x1H-IPI.2.1.200: Testable volatile parameters that cannot be set via DHCP or a configuration file 7

96x1H-IPI.2.1.300: Parameters (with persistent initialization params) that cannot be set via DHCP or a config file 8

96x1H-IPI.2.1.500: Persistent parameters that cannot be set via DHCP or a configuration file 8

96x1H-IPI.2.1.600: Parameters (with persistent initialization parameters) that can only be set via DHCP 10

96x1H-IPI.2.1.650: Parameters that can only be set via DHCP 12

96x1H-IPI.2.1.800: Parameters (with persistent initialization parameters) that can be set via DHCP or config file 13

96x1H-IPI.2.1.900: Parameters that can be set via DHCP or config file 14

96x1H-IPI.2.1.1000: Parameters (with persistent initialization parameters) that can be set only via config file 16

96x1H-IPI.2.1.1100: Persistent parameters that can be set via DHCP or config file 17

96x1H-IPI.2.1.1150: Persistent parameters that can be set only via a config file 20

96x1H-IPI.2.1.1170: Semi-persistent parameters initialized from persistent parameters only at power-up 26

96x1H-IPI.2.1.1200: Parameters that can be set only via a config file 27

96x1H-IPI.2.1.1400: Parameters that cannot be set via DHCP or a configuration file 36

2.2 Files 38



96x1H-IPI.2.2.100: File names 38

96x1H-IPI.2.2.600: Display text language files 38

96x1H-IPI.2.2.700: Downloaded trusted certificates 38

96x1H-IPI.2.2.800: Voice language files 38

3.0 IP-SPECIFIC PROCEDURES 39

3.1 Power-Up and Reset Operation 39



96x1H-IPI.3.1.100: Power-up and reset operation 40

96x1H-IPI.3.1.110: Validation of Signed Software Packages 73

96x1H-IPI.3.1.115: Compatibility of Software Packages 74

96x1H-IPI.3.1.130: Configuration file processing exceptions 75

96x1H-IPI.3.1.150: Power-up / reset interval 76

96x1H-IPI.3.1.200: Loss of Ethernet after initialization 76

96x1H-IPI.3.1.300: Access Code Entry procedure 77

3.2 Local Procedures 78



96x1H-IPI.3.2.50: Local procedure security 78

96x1H-IPI.3.2.80: Softkeys on startup screens 78

96x1H-IPI.3.2.90: Button presses during startup 79

96x1H-IPI.3.2.100: Text entry and editing 80

4.0 IP-SPECIFIC APPLICATION SUPPORT 81

4.1 Backup / Restore Operation 81



96x1H-IPI.4.1.100: HTTP / HTTPS backup / restore 81

4.2 Virtual Private Network (VPN) Support 83



96x1H-IPI.4.2.200: VPN tunnel establishment 83

96x1H-IPI.4.2.210: VPN user authentication 86

96x1H-IPI.4.2.220: VPN tunnel failure 88

96x1H-IPI.4.2.230: VPN Sleep Mode 90

4.3 Synchronized State Operation (SSO) 91



96x1H-IPI.4.3.100: Synchronized State Operation (SSO, also known as “Single Sign-On”) 91

5.0 COMMUNICATIONS PROTOCOLS 94

5.1 Protocol Operation and Standards Compliance 95



96x1H-IPI.5.1.100: Ethernet line interface and secondary Ethernet interface operation 95

96x1H-IPI.5.1.200: MAC frame format and Link Layer Control (LLC) 96

96x1H-IPI.5.1.220: Layer 2 tagging and VLAN support 99

96x1H-IPI.5.1.240: 802.1X 102

96x1H-IPI.5.1.260: Link Layer Discovery Protocol (LLDP) 106

96x1H-IPI.5.1.300: Internet Protocol (IP) stack enablement 115

96x1H-IPI.5.1.304: Internet Protocol version 4 (IPv4) and Internet Control Message Protocol (ICMP) 116

96x1H-IPI.5.1.306: Internet Protocol version 6 (IPv6) and Internet Control Message Protocol for IPv6 (ICMPv6) 120

96x1H-IPI.5.1.310: IPsec 124

96x1H-IPI.5.1.320: Internet Key Exchange (IKE, including ISAKMP) 126

96x1H-IPI.5.1.350: Resource Reservation Protocol (RSVP) 132

96x1H-IPI.5.1.400: User Datagram Protocol (UDP) 133

96x1H-IPI.5.1.450: Traceroute 136

96x1H-IPI.5.1.500: Transmission Control Protocol (TCP) 137

96x1H-IPI.5.1.600: Dynamic Host Configuration Protocol (DHCP) 139

96x1H-IPI.5.1.604: Dynamic Host Configuration Protocol for IPv4 (DHCP or DHCPv4) 143

96x1H-IPI.5.1.606: Dynamic Host Configuration Protocol for IPv6 (DHCPv6) 150

96x1H-IPI.5.1.700: Address Resolution Protocol (ARP) 153

96x1H-IPI.5.1.750: Domain Name System (DNS) 156

96x1H-IPI.5.1.900: Real-Time Transport Protocol (RTP), Real-Time Transport Control Protocol (RTCP) and Secure RTP/RTCP (SRTP/SRTCP) 158

96x1H-IPI.5.1.920: Avaya Converged Network Analyzer (CNA) 161

96x1H-IPI.5.1.930: Service Level Agreement (SLA) monitor agent support 162

96x1H-IPI.5.1.940: Qtest 163

96x1H-IPI.5.1.950: Audio quality statistics 165

96x1H-IPI.5.1.960: Network capture monitoring 166

96x1H-IPI.5.1.1000: Audio stream encoding (codecs and compression) 168

96x1H-IPI.5.1.1100: Simple Network Management Protocol (SNMP) and Management Information Base (MIB) 169

96x1H-IPI.5.1.1300: Log event records and the syslog protocol 181

96x1H-IPI.5.1.1350: Logging to an internal file 181

96x1H-IPI.5.1.1400: Hypertext Transfer Protocol (HTTP) client 183

96x1H-IPI.5.1.1450: Hypertext Transfer Protocol (HTTP) server 187

96x1H-IPI.5.1.1500: Transport Layer Security (TLS) / Secure Sockets Layer (SSL) 188

96x1H-IPI.5.1.1550: Digital signature and certificate authentication 189

96x1H-IPI.5.1.1600: Simple Certificate Enrollment Protocol (SCEP) 191

96x1H-IPI.5.1.1700: Secure Shell (SSH) Protocol 193

5.2 Security and Privacy 196



96x1H-IPI.5.2.100: Protocol security 196

96x1H-IPI.5.2.200: Resilience to excessive protocol activity 196

96x1H-IPI.5.2.300: Random number generation 196

96x1H-IPI.5.2.400: Private data 197

6.0 ACKNOWLEDGEMENTS 197

7.0 REFERENCES 198

APPENDIX A: Summary of Local Text Strings Used 213

APPENDIX B: Summary of Required Event Messages Generated 215

APPENDIX C: Call Signaling and Application-Specific R/FS Checklist 216

APPENDIX D: Document Change History 218




Directory: public -> downloadFile.jsp?file= -> resources -> sites -> AVAYA -> content -> live -> SOLUTIONS
public -> The german unification, 1815-1870
public ->  Preparation of Papers for ieee transactions on medical imaging
public -> Harmonised compatibility and sharing conditions for video pmse in the 7 9 ghz frequency band, taking into account radar use
public -> Adjih, C., Georgiadis, L., Jacquet, P., & Szpankowski, W. (2006). Multicast tree structure and the power law
public -> Duarte, G. Pujolle: fits: a flexible Virtual Network Testbed Architecture
public -> Swiss Federal Institute of Technology (eth) Zurich Computer Engineering and Networks Laboratory
public -> Tr-41. 4-03-05-024 Telecommunications
public -> Chris Young sets 2016 “I’m Comin’ Over” Tour headlining dates
SOLUTIONS -> CM: How to enable 'auto answer' feature

Download 4.77 Mb.

Share with your friends:
  1   2   3   4   5   6   7   8   9   ...   48




The database is protected by copyright ©ininet.org 2024
send message

    Main page