Lucent Technologies APX 1000 Manual de usuario
APX® 1000 Universal Gateway
B
enefits
A
pplications
Supports IP-based access services such as: • Enhanced customer satisfaction — maximize IP
applications performance and capacity
•
Wireline and wireless • Flexibility — turn on revenue-generating IP
services whenever and wherever you want them
•
Port wholesaling • Scalability — deploy your choice of high-speed
• VoIP ingress and egress modules; implement access
solutions with support for 96 to 720 DS0s per
chassis
F
eatures • Reduced capital expenditures — deliver port
wholesaling, VoIP, dial-up IP access and voice
services from the same platform
• Highest throughput and most universal ports in its
• Reduced operating and ownership costs —
class per 7-foot rack (10,800 DS0s)
universal port technology 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
availability
• SS7-based ICD for dial-up IP port wholesaling
• Easy to upgrade — processing modules
• Feature-rich True Access® Operating System
interchange among Universal Gateway platforms
(TAOS) — over 35 million ports installed
• Unmatched investment protection — universal
worldwide
port capability and a wide range of IP protocols
• Lucent Voice.Natural technology from Bell Labs
support emerging applications
for enhanced VoIP call quality
• Multiple IP protocol support including H.323,
IPDC, V.92 (with V.90), PIAFS (PHS), SIP, H.248,
V.110, WORMARQ, M2UA, IUA
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/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
APX® 1000 Universal Gateway
Hardware Technical Specifications
8. Physical Dimensions
14.8” (D) x 17.2” (W) x 5.20” (H) (3 rack units) 3RU
Loaded system weight: 39 lbs. (approximate)
9. Chassis Architecture
6 slots total
1 dedicated slot for system controller module
1 dedicated slot for channel ingress card
4 general purpose slots for port processing, circuit and
packet modules
10. Universal Port Density
576 voice/data calls – via Channelized T1
672 voice/data calls – via Channelized DS3
720 voice/data calls – via Channelized E1
11. Serviceability/Redundancy
Packet, circuit and processing modules hot-swappable
All modules and fan tray field-replaceable
Three (3) independent cooling fans with system
monitored fan-fail signals removable fan tray
AC and DC power supply units
- Hot-swappable, 1+1 redundant, load sharing, AC
input and DC input power supplies
- Mixed AC & DC supplies supported in the same
chassis
12. APX® 1000 Universal Gateway Module Options
WAN Access Modules
Circuit switching (ingress)
– 24-port Channelized T1/E1
– 8-port Channelized E1
– 8-port Channelized T1
– 1-port Channelized DS3
Packet switching (egress)
– 1-port OC3/STM-1 ATM (copper or short-haul fiber or
long-haul fiber)
– 2- and 4-port 10/100 fast Ethernet
Processor Modules/CODEC Support
288-port MultiDSP / G.711, G.729 (a and b), G.723.1
240-port MultiDSP / G.711, G.729 (a and b), G.723.1
96-port MultiDSP / G.711, G.729 (a and b)
2nd- generation HDLC
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 @ 230Vac Input: 4.2 A*
Power budget DC
Total typical values per fully loaded chassis:
Input power per chassis: 301 W
Heat dissipation: 1027 BTU/h
Current intake @ -48Vdc input: 16.0 A*
Current intake @ -40Vdc input: 20.0 A*
Recommendations:
Input power per chassis: 361 W
Heat dissipation: 1233 BTU/h
Current intake @ -48Vdc input: 20.0 A*
Current intake @ -40Vdc input: 24.0 A*
Configuration:
1 x controller module, 3 x 288-port MultiDSP modules,
1 x DS3,
1 x Ethernet, 1 fan tray
* Per power supply
14. Operating Characteristics
Ambient operating temperature:
-0 C to 40 C (-5c to +55c for short term per GR63-
CORE)
Ambient storage temperature:
-40 C to +65 C
Relative humidity:
10% to 95% non-condensing
Operating altitude:
to 10,000 feet (3,050 M)
15. Regulatory Compliance
NEBS: Level 3 compliant, GR-63-CORE, GR-1089-
CORE, CLEI coded, available in TIRKS database
EMC/EMI: FCC 15 Class A, R&TTE Directive (EN
55022, EN 300 386), Class A, EN 61000-3-2, EN
61000-3-3, AS/NZS 3548, Class A, CISPR 22 Class A,
VCCI Class A, CNS 13438 Class A
Safety: CSA NRTL (UL 1950, Third Edition), CSA
C22.2, No. 950, Third Edition, R&TTE Directive EN
60950 Including Amendments 1, 2, 3, 4, 11, IEC
60950 including Amendments 1, 2, 3, 4
Telecom: FCC Part 68, IC CS 03, JATE
APX® 1000 Universal Gateway
To learn more about our comprehensive portfolio, please contact
your Lucent Technologies Sales Representative, Lucent Business
Partner or, visit our web site at www.lucent.com.
This document is provided for planning purposes only, and does
not create, modify 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 Technologies
Inc.
Copyright 2004
Lucent Technologies Inc.
All rights reserved
APX v5.0505
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