FETEX-150 E-CUBE
The FETEX-150 E-Cube is the ideal switch for service providers' core networks. It can be used in an ATM, STM or Hybrid Configuration.
The Hybrid Configuration allows the integration of voice and data services over the public network. E-Cube can also be used
as an intelligent networking platform, functioning as a Super Service Node.
E-Cube realizes a large capacity transit switch (256,000 trunks) and local switch (512,000 subscribers + 128,000 trunks).
As a hybrid switch, it also switches ATM traffic from 10Gbps up to 160Gbps. In fact, E-Cube switches ATM cells equivalent
to about 36,000 MPEG2 motion picture channels (at 160Gbps). Moreover, rigorous new standards of reliability have been added
to this large capacity so that networks operate smoother than ever before. Call Processing Outage is less than 0.32 minutes
per year.
E-Cube software features a number of enhancements. For example, its on-line software architecture uses a layered structure
and object oriented programming so users can more easily modify their network and shorten their time to market for new services.
E-Cube also uses partitioning to limit effects to one call in order to avoid "total system down" problems. The sophisticated
Service Development System Software uses an easy to understand flowchart format that can be converted to execution format
- users simply modify and add features as they wish. Operators can monitor E-Cube from over a network with remote access,
and maintenance tasks have been made easier with the use of a graphical user interface (GUI) and on-line help.
E-Cube uses ATM technology for its switching fabric. This technology provides the higher quality required by public network
Service Level Agreements. ATM also facilitates the smooth integration of legacy network services and equipment, and the use
of Multiple Protocol Label Switching technology allows the provision of differentiated services even for Internet Protocol
traffic. Using E-Cube in the core network greatly decreases network operating costs and makes possible the introduction of
next generation network services.
Specifications
| Specifications | STM Configuration | ATM Configuration | ||
| System Capacity | RSU | 8,000 subscribers + 2,000 trunks | 20-160 Gbps (Scalable) | |
|---|---|---|---|---|
| Medium Configuration (Host) | LS: 32,000 subscribers + 8,000 trunk MS/TS: 16,000trunk |
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| Large Configuration (Host) | LS: 512,000 subscribers + 128,000 trunk MS/TS: 256,000 trunk |
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| Processor Configuration | Multi-Processor Configuration | |||
| Call Processing Capacity | 6 MBHCA | |||
| Interface | Subscriber | Analog Subscriber Line Coin Telephone Line PBX Line DID Line ISDN Basic Rate Access Line (BRI) ISDN Primary Rate B/H Channel Interface Line (PRI) V5 Interface Line |
UNI/NNI (Cell Relay) | DS1/E1/J2 DS3/E3/Channelized DS3 OC-3c/STM-1 OC-12c/STM-4 OC-48c/STM-16 |
| UNI/NNI (Circuit Emulation) |
DS1/E1 DS3/E3 |
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| Network | 1,544 Kbps (PCM-24 system): ITU-T G.734 2,048 Kbps (PCM-30 system): ITU-T G.736 155.52Mbps (OC-3c): Bellcore GR-0253-CORE 155.52Mbps (STM-1): ITU-T G.707 |
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| Signaling | Subscriber Line Signaling | DP/DTMF ISDN D Channel Protocol Signaling |
UNI | ITU-T Q.2931 DSS2 ATM Forum UNI (3.1,4.0) |
| Inter-Office Signaling | Signaling System No.7 Multi-Frequency Code Compelled Signaling (MFC) |
NNI | ITU-T BISUP ATM Forum B-ICI (1.0, 1.1, 2.0, 2.1) ATM Forum IISP ATM Forum PNNI (1) |
|
| Access Network Signaling | V5.1, V5.2 | VTOA | ITU-T Q.2260 | |
| Addressing | Native E.164 | Native E.164 Address, AESA Address |
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| Billing | Flat Rate, Message Rate, Measured Rate, LAMA, CAMA AMA Teleprocessing, Hot Billing |
LAMA, CAMA AMA Teleprocessing Bellcore TR-NWT-508, GR-1110-CORE, GR-1100-CORE |
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| STM/ATM Services | 3.1 KHz Audio, Speech 64kbps, 2 x 64 kbps Unrestricted 384 (6 x 64 kbps)Unrestricted(HO) 1536 (24 x 64 kbps) Unrestricted (H11), 1920 (24 x 64 kbps) Unresticted (H12) n x 64kbps Multirate Mixed n x B channel and m x H channel circuit switching B channel Packet Mode |
Traffic Type | CBR, VBR-rt, VBR-nrt, UBR, ABR | |
| Connection Type | PVC, SVC, Soft-PVC | |||
| Connection Topology | Point-to Point, Point-to-Multipoint | |||
| Connection Construction | Unidirectional, Bidirectional (Asymmetric & Symmetric) |
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| Traffic Management | ITU-T 1.371 ATM Forum Traffic Management V4.0 |
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| Application Services | Residential Features Centrex Features AIN SSP Function Service Plug In Feature, etc. |
MPLS VOTA, etc. |
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| Network Management Interface | Fujitsu NMS (FLEXR-EM): Ethernet/TCP/IP | |||
| Super Service Node Services | NP (Numbering Portability), AFS (Advanced Freephone Service), VPN (Virtual Private Service), UPT (Universal Personnal Telecommunication), etc. | |||
| Reliability | System Life Time | 20 years | ||
| Call Processing Outage | Less than 0.32 minutes per year | |||
| Power Condition | Input Voltage at PDB at Power Distribution Board: -41 to -58V DC | |||
| Environmental Conditions | Temperature: +5 to +40 degrees Celsius (+41 to +104 degrees Fahrenheit) -5 to +50 degrees Celsius (+23 to +122 degrees Fahrenheit) (Short Term) (Note 1) |
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| Humidity: 5 % to 85 % RH 5 % to 90 % RH (Short Term) (Note 1) |
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| Ceiling Clearance | Preferable: 3.0m (10ft.) Minimum: 2.4m (8ft.) |
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| Frame Size | 1,800mm(H) x 900mm(W) x 600mm(D) | 1,800mm(H) x 900mm(W) x 700mm(D) | ||
| Cooling System | Frame for High Power Consumption Shelf : Push-pull Cooling Using Fan Other Frames: Natural Cooling |
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| Floor Loading | 350kg/m² | |||
| EMC | EN61000-4-2/IEC1000-4-2, EN61000-4-4/IEC1000-4-5/IEC1000-4-5, ENV50140, ENV50141, ENV50204, ETSI300 386-1, EN50082, EN50081, EN55011, EN55022 | |||
| Safety | EN60950/IEC950 | |||
| NEBS | GR-0063-CORE, GR-1089-CORE | |||
Note 1: Short Term means a period not exceeding 72 hours, a total of 15 years per year under the condition that moisture does not exceed 0.024kg per 1kg dry air and it does not dew.
