|
|
|
|
As a Telecom, ISP or SI, you are keen to satisfy the increasing demand from end-users for high-speed Internet access and triple play application service by save PSTN maintenance. To start, you need to deal with both the existing copper wire infrastructure and the coming next generation network architecture (NGN). No brainier, you want an equipment to handle both sides, don’t you? DrayTek’s MSAN solution fits right in with this role.
Our MSAN network is designed to provide rich video contents, DSL, POTS and VoIP service over traditional copper wire infrastructure. Simultaneously, all of these services will be supported on NGN architecture. The service providers can have greater efficiency and flexibility through the adoption of IP. DSL is used as the data service platform, video and VoIP or traditional POTS based voice service. The multimedia and local content-rich applications can also be easily implemented on this NGN architecture. Not only for satisfying minimum needs, DrayTek MSAN solution represented by VigorAccess series give your much more benefits.
| Service Category
- VoIP Service
IVD supports SIP/MGCP protocols to provide flexibility and toll quality voice communication in terms of voice quality and reliability.
- High Speed Internet Access (HSIA)
IVD aggregates DSL subscribers and terminates the encapsulated type ATM cell. User can easily access extreme high speed Internet through the IP backbone network.
- Gaming Application Service
By combining gaming server, IVD can provide gaming service.
- Stream TV Service
IVD uses ADSL2+ high speed DSL technology and supports stream TV service.
- Video on Demand Service
Service provider can offer multimedia services by setting up video or content server on the local side. By combining rich content video server, IVD also provides the video on demand service.
- Mail or Portal Service
IVD provides the feasibility to connect mail or proxy server via Internet.
- Enterprise Solution
System integrator provides enterprise with VoIP, Video on Demand, ADSL2+ bundle solution. The IVD is also provided by the architecture to bundle Vigor load balance router to meet business requirement. The system provides AnnexM uplink 3Mbps rate for the enterprise customer.
- MTU Application
This application is suitable on hotel and MTU application. IVD can integrate with content server to offer corporation, mall , building or campus a complete network with rich services. These services include video on demand, remote monitor, building security and product browsing.
- Multiple Uplink and Redundancy
The uplink should be GE fiber, ONU and GE optical fiber. The product can be provided two fiber interfaces on ring architecture. It can support redundancy feature on fiber ring architecture.
- Powerful Line Diagnostic Tool
There are DELT, SELT for DSL line Diagnostic, Metallic Loop test, line test and phone for VoIP Diagnostic.
|
Main Feature
- There are 6 ports cascaded Gigabit copper interface for Master device
- Master device has selectable one or two Gigabit optical uplink interfaces for redundancy
- Slave device has one or two Gigabit copper uplink/ subtend interfaces
- 24 to 144 ports ADSL2/2+, AnnexA / Annex L / AnnexM
- 24 to 144 FXS VoIP ports with SIP / MGCP protocols supported
- Codec G.711, G.729A,G.723.1 and G.726
- Packet filter, and password protection
- Splitter built-in
- Common central office and outside plant deployments
- Single IP management
- Packet filter and classification
- IGMP snooping V1, V2 for IPTV application
- DELT and SELT line test support
- Long reach DSL for expended range
- Annex M for 3M upstream and 22M downstream
- 4 QoS queues for IP Video, VoIP and date stream handling
- IEEE802.1Q VLAN, 802.1p for multimedia stream
|
Benefits
- Scalable architecture for 24 to 144 VoIP ports
- Scalable architecture for 24 to 144 DSL ports
- INventory saving for common on Co and RT
- Reliability for Telecom approval product
- Strict QoS for critical multimedia stream
- Managed by Telecom approval VigorCMS tool for IVD and CPE
- No extra installation fee on golden copper
- NGN subsystems to save PSTN maintenance fee
|
|
|
Technical Specifications of VigorAccess IVD
|
| Hardware Interface |
Uplink Interface |
Master |
1x or 2x IEEE802.3z 1000 BASE-LX / SX with SC connector |
| Slave |
1x RJ-45 IEEE802.3ab 1000 BASE-T |
| Cascade |
Master |
6x RJ-45 IEEE802.3ab 1000 BASE-T |
| DSL (Slave) |
24-port 50-pin RJ-21 Champ connector |
| POTS (Slave) |
24-port 50-pin RJ-21 Champ connector |
| Console Port |
1x RJ-45 |
| Alarm Port (Master) |
1 output alarm contact |
| DSL |
Backward compatible to ITU-T G.992.1, G.dmt, ITU-T G.992.2 G.lite, ANSI T1.413 issue 2, ITU-T G.992.3 ADSL2, ITU-T G.992.5 ADSL2+ |
| Upstream 3M Annex M and Long reach DSL |
| Power Management defined on G.992.3 and G.992.5 |
| SELT (Single Ended Line Testing) for ADSL |
| DELT (Dual End Loop Testing) for ADSL2 |
| Fast Seamless Rate Adaptation (Fast SRA) |
| Dying gasp |
| VoIP |
24 FXS port |
| SIP / MGCP |
| Codec G.711 , 729A, 723.1, G.726 |
| VAD (Silence Suppression) & CNG |
| G.168-2000 Echo Canceller, Jitter Buffer |
| Packet Loss Concealment |
| RFC2833-Out of Band DTMF |
| Gain / Attenuation setting |
| Modem Support Rate UP V.92 (for G.711 only) |
| Line Polarity Reversa Generation |
| QoS for Bandwidth Reservation |
| Hunt Group |
| Call Holding |
| Call Forwarding |
| Outbound Proxy |
| NAT Traversal (STUN) {RFC 3489} |
| Incoming Call Barring |
| T.38 Fax Relay |
| Hot Line |
| Diagnostic Functions |
Metallic Loop Test |
AC Voltage |
| AC Current |
| DC Voltage |
| DC Current |
| Resistance |
| Capacitance |
| Line Test |
Normal Battery |
| Loop Current |
| Dial Tone Testing |
| Dial Digit Testing |
| Ring Voltage Testing |
| Phone Test |
Pulse Digit Receiving Test |
| Low Frequency Signal Level Test |
| High Frequency Signal Level Test |
| Low Frequency Test |
| High Frequency Test |
| DTMF Tone Dialing Digit Receiving Test |
| Howler Tone Test |
| Ringing Test |
| Multi-register |
| Indicator |
Master |
Power, Active, Critical / Major / Minor Alarm, Subtend , MGN, UP |
| Slave |
Power, Active, MGN, UP, Critical / Major / Minor Alarm, VoIP for link activity, DSL for link activity |
| Encapsulation Mode |
RFC 2684 MPoA LLC / VCMUX |
| ATM Feature |
8 PVCs per subscriber line |
| End-to-end OAM loopback in I.610 |
| UNI 3.1 / 4.0 PVC |
| VPI (0 - 255), VCI (0 - 65535) |
| Provide Incoming and Outgoing rate limit per PVC |
| Bridge Feature |
IEEE802.1p CoS Prioritization |
| IEEE802.1Q VLAN support |
| IGMP Snooping and 256 multicast groups |
| 802.1d STP |
| GARP / GVRP |
| MAC, Packet Filter and Classifier |
| 4,000 MAC addresses |
| Support ICMP request from VigorCMS or management tool |
| DHCP Option 82 |
| Port Isolation |
| VPN pass-through |
| PPPoE packet forwarding |
| VLAN |
Support 4094, concurrent 512 VLAN ID |
| IEEE802.1Q tagged-based |
| VLAN ID mapping to PVC |
| GVRP |
| QoS |
IEEE802.1p |
| 4 priority queues for multimedia application |
| Configurable priority mapping for PVC and IEEE802.1p |
| Multicast Feature |
IGMP snooping V1, V2 defined on RFC2236 |
| 256 multicast groups |
| 144 copies for each multicast groups |
| Management |
In-band or Out-of-band Single IP management |
| SNMP V1.0 & V2C |
| SNMP MIB for RFC1213, Ethernet , RFC2662, RFC3440 and proprietary MIBs |
| Standard SNMP trap report to VigorCMS or NMS |
| TFTP firmware upgrade utility via VigorCMS |
| Telnet server for remote management |
| SNMP enabled for network management function |
| Console or Telnet CLI for configuration or status monitor |
| Regulatory |
EN55021 classA & EN300386 V1.3.2 CE |
| Safety |
EN60950-1 |
| Environment |
Operating temperature : -10 °C to 65 °C (14°F to 149°F) |
| Non-Operating temperature : -10 °C to 85 °C (14°F to 185°F) |
| Operating Humidity : 10 % to 95 % (non-condensing) |
| Storage Humidity : 5% to 95% (non-condensing) |
| MTBF |
55,000 hours |
| Power Consumption |
150W Max |
| Dimension |
L440 * W280 * H45 (mm) |
| Power |
AC 90 ~ 260 VAC, DC -42V ~ -60V |
|
To meet the increasing demand for high-speed internet access and triple play application service. The next generation network offers a feasible functionality of integrated services with the most cost effective architecture.IP DSLAM network is designed to provide rich video contents, DSL, POTS and VoIP service over traditional copper wire infrastructure. These types of service will be supported on NGN architecture simultaneously. DSL is used as the data service platform, video and VoIP or traditional POTS technology is basis of the voice service. The multimedia and local content-rich applications can also be easily implemented on this NGN architecture. The IVD product combines VoIP, DSL on CO side to provide telecom class voice quality. The customer can call POTS phone and surf IPTV program simultaneously. IVD can be easily configured by VigorCMS. The Vigor CMS system covers topology, configuration, deployment, security, alarm management and backup storage.
|
Figure 1. Front Panel (VigorAccess IVD Master)
|
|
Figure 2. Front Panel (VigorAccess IVD Slave)
|
|
| Triple-Play Deployment |
The triple-play applications will be more popular and the VigorAccess series support cost-effective delivery of data, voice and video services. The up to 24Mbps downstream, multiple PVCs, QoS, IGMP snooping and multicast capabilities can help you to offer the value-added services. Users can easily access Internet and use Stream TV, VoD and VoIP applications. Teleco can provide toll quality VoIP for subscriber.
|
Figure 3. Triple-Play Deployment
|
|
| Community Application |
Many people live in the various high-density residential environment. The VigorAccess series can offer building complex, campus or community a complete network with rich services. These services include video on demand. remote monitor, building security, product browsing, and local LAN. The advantages of the system architecture facilitate local content management and reduce the content access cost by minimizing traffic loading of the outgoing link. Teleco can integrate POTS to VoIP on CO side to reduce operation and maintenance fee of PSTN.
|
Figure 4. Community Application
|
|
|
Interface of VigorAccess IVD
|
| Hardware Interface |
Uplink Interface |
Master |
1x or 2x IEEE802.3z 1000 BASE-LX / SX with SC connector |
| Slave |
1x RJ-45 IEEE802.3ab 1000 BASE-T |
| Cascade |
Master |
6x RJ-45 IEEE802.3ab 1000 BASE-T |
| DSL (Slave) |
24-port 50-pin RJ-21 Champ connector |
| POTS (Slave) |
24-port 50-pin RJ-21 Champ connector |
| Console Port |
1x RJ-45 |
| Alarm Port (Master) |
1 output alarm contact |
| Environment |
Operating temperature : -10 °C to 65 °C (14°F to 149°F) |
| Non-Operating temperature : -10 °C to 85 °C (14°F to 185°F) |
| Operating Humidity : 10 % to 95 % (non-condensing) |
| Storage Humidity : 5% to 95% (non-condensing) |
| MTBF |
55,000 hours |
| Power Consumption |
150W Max |
| Dimension |
L440 * W280 * H45 (mm) |
| Power |
AC 90 ~ 260 VAC, DC -42V ~ -60V |
|
|
|
|
 |