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APX

® 

1000 Universal Gateway

 

 

 
 

 

 
 

Software Technical Specifications 

 

 

 
3. 

Voice over IP Support – 

1. 

Operating System 

    with Lucent Voice.Natural 

    True Access

® 

Operating System (TAOS) embedded     

    CODECs supported: G.711 a-law & µ-law, 

    software technology for edge access platforms including   

    G.729 (a and b), G.723.1 

    Lucent MAX TNT

® 

and APX

® 

 family of Universal   

    DTMF support: in-band, RFC 2833, via H.245 (H.323) 

    Gateway and combines multi-platform support with   

    Tone generation and detection 

    hardware-specific capabilities 

    IPDC/H.248 out of band DTMF 

 

    Announcement storage and generation 

2. 

Protocol Support 

    Echo cancellation: G.168-2000, G.165 – Up to 64 ms  

    WAN/LAN 

    echo tail 

    TCP/IP, UDP/IP, SCTP/IP, TCP Clear, PPP,  

    Voice activity detection, comfort noise generation,  

    Sync/Async-PPP, HDLC, GRE 

    silence suppression 

    T1: PRI, RBS: Loop-Start, Wink-Start, R1, MF FG-D 

    Dynamic/static jitter buffer 

    E1: PRI, E1 R2 MF (country-specific call progress  

    Frame loss concealment/frame repeat 

    tones)  

    Bell Labs Speech Normalization (inverse IRS filtering) 

   

Routing 

    Packet fragmentation – for greater QoS with VoIP client 

   RIP, RIP2, OSPF, BGP4, IGMP 

    Applications 

   VPN/tunneling 

 

   ATMP, L2TP, IP in IP, L2F, PPTP, Virtual Routers 

4. 

Bandwidth Management and Data Compression 

   

SS7 call control and signaling 

    MLPPP, MP/MP+, MPPC, BACP, TCP header     

   IPDC, E1/T1 tunneling using IPDC, H.248 

    compression, ATM traffic shaping, STAC, MS-STAC,  

   

Non-SS7 call control and signaling 

    STAC-9 

   H.323v2, SIP, M2UA, IUA

 

 

  

Fax-over-IP/modem-over-IP 

5. 

QoS 

   Group III Fax, T.38, Transparent Fax, Transparent  

    RFC 2474 – Differentiated Services Code Point (DSCP)  

   Modem 

    support 

   

Modem termination/data transfer 

    RFC 791/1349 type of service (ToS) support 

   V.92: Modem on Hold, QuickConnect, PCM Up-stream 

    VoIP call statistic generation 

   V.90, K56Flex, V.34bis, V.34, V.32bis, V.32, V.22bis,    

 

   V.22A/B, 

6. 

Security and Authentication 

   V.23, V.21, V.44, V.42, V.42bis, V.110, 

    RADIUS, TACACS/, PAP, CHAP, MSCHAP   

   V.120, (PHS) PIAFS,  

    v1+v2, DNIS, CLID, callback, token, local password,  

   

Administrative 

    call-type pre-authentication 

   FTP, TFTP, SNTP, DNS 

 

   

ATM 

7. 

Management 

   UNI 3.1, PVC (CBR, VBR) 

    SNMPv2, NavisAccess™ System, SSHv1 for Telnet,  

   

ISDN 

    console, COT  testing 

   AT&T, Northern Telecom, Q.931 GloBanD, Japan-PRI,   

 

   VN3-PRI, 

 

   OneTR6-PRI, 

 

   Net5-PRI, Danish-PRI, Australia-PRI, National ISDN 2 

 

   NFAS with D channel back-up 

 

   Network and user-side ISDN 

 

 

 

 

 

 

 

 

 
 
 
 
 
 
 
 
 
 
 

Summary of Contents for APX 1000

Page 1: ... and high port density in a Universal port technology for any service any port small footprint optimize CO space utilization any time versatility Carrier class network reliability redundant Uniform capacity for consistent application components maximize uptime and serviceability performance and density up to platform s stable carrier proven TAOS helps sustain high maximum port capacity availabilit...

Page 2: ...r QoS with VoIP client RIP RIP2 OSPF BGP4 IGMP Applications VPN tunneling ATMP L2TP IP in IP L2F PPTP Virtual Routers 4 Bandwidth Management and Data Compression SS7 call control and signaling MLPPP MP MP MPPC BACP TCP header IPDC E1 T1 tunneling using IPDC H 248 compression ATM traffic shaping STAC MS STAC Non SS7 call control and signaling STAC 9 H 323v2 SIP M2UA IUA Fax over IP modem over IP 5 ...

Page 3: ... 13 Power Requirements Power budget AC Total typical values per fully loaded chassis Input power per chassis 381 W Heat dissipation 959 BTU h Current intake 100Vac input 9 6 A Current intake 115Vac input 7 0 A Current intake 230Vac input 3 5 A Recommendations Input power per chassis 337 W Heat dissipation 1150 BTU h Current intake 100Vac Input 9 6 A Current intake 115Vac Input 8 5 A Current intake...

Page 4: ...y or supplement any warranties which may be made by Lucent Technologies relating to the products and or services described herein The publication of information contained in this document does not imply freedom from patent or other protective rights of Lucent Technologies or third parties APX True Access and MAX TNT are registered trademarks and MAX and NavisAccess are trademarks of Lucent Technol...

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