RTA155E. New Generation Fiber Optical Modem. A Compact and Cost-effective Optical Transport System. ZyFLEX.

Transcription

1 FO New Generation Fiber Optical Modem A Compact and Cost-effective Optical Transport System

2 FO FOM Fiber Optic Multiplexer Scaleable capacity :supports 4, 8, 12, and 16 T1/E1 channels N*64 Kbps with one or four V.35 Interfaces 10/100 Ethernet interface with wire-line throughput Network Management through embedded SNMP protocol Integrated Alarm input and output contacts Built-in local craft interface and order-wire Built-in LCD and Keypad for easy access Local and remote performance monitoring Auto Laser Shutdown (ALS) for personnel protection from hazardous laser radiation Redundant fibers to support 1+1 protection with sub 50ms switching capability Alarm/Error detection and Report Dimension (W x D x H) 439 mm x 320mm x 44mm Weight 4 kg ± 200 g Temperature Operation - 0 ~ 60 C / Storage - 10 ~ 80 C Humidity 100% relative humidity at 30 C (non condensing) Power Input -48V DC / AC 100 ~ 260 VAC Protocol Self Diagnostic Consumption SNMP V2C Memory diagnostic Various Loopback capabilities Standard SDH STM-1 Transmission is a stand-alone Fiber Optical Multiplexer (FOM) based on ITU-T G.707 STM-1rate (155M), which all the bandwidth will be fully utilized by our design! Single Fiber (WDM) Transmission With WDM technologies, provide the capability of single fiber transmission. 100M Full Rate Ethernet With the 155M bandwidth provided by STM-1, s Ethernet interface allows service providers to provide 100M Full Rate Ethernet IP service! Versatile Interfaces It provides transportation of 4/8/12/16 lines of T1/E1 tributary interfaces, single or Quad V.35 (Nx64Kbps) leased line interfaces, or wire-line throughput Ethernet interface through the fiber link. Engineering Order Wire (EOW) Available Order wore make the maintenance easy & convenient! Flexible Applications adopts the FTTB (fiber to the building) and FTTC (fiberto-the-curb) optical network architecture. Together with other telecommunication devices that include E1/T1 interfaces, such as the E1 Multiplexer, DLC, Fractional E1/T1, and PABX, can provide connections to various user sites, such as commercial towers, residential buildings, remote towns, mobile phone base stations, hospitals, and schools. Modular Design Modular design allows providers to invest at their own pace. It also allows providers to increase modules, or upgrade software at their own pace, according to their individual planning schedules and customer requirements. The 100M Full rate Ethernet capacity will enable existing TDM networks to seamlessly migrate to a Next Generation IP Network. Solid Management Built-in SNMP Agent includes Ethernet interfaces, which connect to the SNMP Network Management System. User-friendly graphical interfaces (GUI) offer a comprehensive range of OAM & P functions such as configuration, maintenance, fault management, performance monitoring, and security management. Application Ethernet Ethernet Microwave Base Station Mobile Phone Switch Cell Phone Base Station PSTN Switch Order Wire Order Wire PBX RS-232/RJ-45 Management DLC Copyright Tech. Incorporation. All rights reserved. All specifications are subject to change without notice.

3 FOI Fiber Optical Interface Module (FC connector type) Standard SDH STM-1 Transmission The FOI provides a STM-1 ( Mbps) interface. In order to maintain transportation stability, FOI also provides 1+1 protection switching, and a SCNP protection mechanism which meets ITU-T.G.841 standards. In addition, FOI can support the manual set-up switch mode. Based on performance monitoring, a protection switch threshold can be set up, to indicate major alarms when the protection switch occurs. Through the FOI Module, message and system information from the remote terminal will be sent back to the local terminal. Users can use RS-232 interface to connect to the CIT (Craft Interface Terminal), to control the remote terminal or retrieve the system status and remote alarms. It also connects to the network management system via Ethernet, to provide a Graphical User Interface. The operation team can set up all kinds of operation parameters, warning and operation controls, and the monitoring of transport functions. Front panel LEDs indicate errors, alarms, and network connection status. STM-1 Optic Modules conform to ITU-T G.957 standards. Timing recovery circuit with ultra-low jitter. Plug-in and monitoring of STM-1 Overhead Bit. Alarm and fault monitoring and reporting. Clock synchronization for Main Power Modules. Use of non-volatile memory devices for efficient data storage. FOI Interface Speed Line Code Mbps ± 20ppm Frame Format ITU-T G.707 Connector Transmission Application Code Binary non-return-to-zero (NRZ) after scrambling Dual FC ITU-T G.957 S-1.1 (L-1.1 or others are available) Fiber Optical Interface Module (SC connector type) Standard SDH STM-1 Transmission The FOI provides a STM-1 ( Mbps) interface. In order to maintain transportation stability, FOI also provides 1+1 protection switching, and a SCNP protection mechanism which meets ITU-T.G.841 standards. In addition, FOI can support the manual set-up switch mode. Based on performance monitoring, a protection switch threshold can be set up, to indicate major alarms when the protection switch occurs. Through the FOI Module, message and system information from the remote terminal will be sent back to the local terminal. Users can use RS-232 interface to connect to the CIT (Craft Interface Terminal), to control the remote terminal or retrieve the system status and remote alarms. It also connects to the network management system via Ethernet, to provide a Graphical User Interface. The operation team can set up all kinds of operation parameters, warning and operation controls, and the monitoring of transport functions. Front panel LEDs indicate errors, alarms, and network connection status. STM-1 Optic Modules conform to ITU-T G.957 standards. Timing recovery circuit with ultra-low jitter. Plug-in and monitoring of STM-1 Overhead Bit. Alarm and fault monitoring and reporting. Clock synchronization for Main Power Modules. Use of non-volatile memory devices for efficient data storage. Interface Speed Mbps ± 20ppm Line Code Frame Format ITU-T G.707 Connector Transmission Application Code Binary non-return-to-zero (NRZ) after scrambling Dual SC ITU-T G.957 S-1.1 (L-1.1 or others are available) Copyright Tech. Incorporation. All rights reserved. All specifications are subject to change without notice.

4 FOI Fiber Optical Interface Module (WDM type) Standard SDH STM-1 Transmission The kind of FOI provides a WDM STM-1 ( Mbps) interface. In order to maintain transportation stability, FOI also provides 1+1 protection switching, and a SCNP protection mechanism which meets ITU-T.G.841 standards. In addition, FOI can support the manual set-up switch mode. Based on performance monitoring, a protection switch threshold can be set up, to indicate major alarms when the protection switch occurs. Through the FOI Module, message and system information from the remote terminal will be sent back to the local terminal. Users can use RS-232 interface to connect to the CIT (Craft Interface Terminal), to control the remote terminal or retrieve the system status and remote alarms. It also connects to the network management system via Ethernet, to provide a Graphical User Interface. The operation team can set up all kinds of operation parameters, warning and operation controls, and the monitoring of transport functions. Front panel LEDs indicate errors, alarms, and network connection status. WDM technologies to save fiber requirement. Timing recovery circuit with ultra-low jitter. Plug-in and monitoring of STM-1 Overhead Bit. Alarm and fault monitoring and reporting. Clock synchronization for Main Power Modules. Use of non-volatile memory devices for efficient data storage. Interface Speed Line Code Mbps ± 20ppm Frame Format ITU-T G.707 Connector Transmission Application Code Binary non-return-to-zero (NRZ) after scrambling Single FC ITU-T G.957 L-1.1 (others are available upon request) ETH 10/100 Ethernet Module Ethernet over SDH Functions The ETH Module provides Ethernet over SDH functions that conform to ITU-T G.7041 Generic Framing Procedure (GFP), and ITU-T X.86 Link Access Procedure- SDH(LAPS). It also supports the IEEE /100 Ethernet network interface. ETH provides auto-sensing 10/100 Mbps switching capabilities for efficient connectivity to servers, workstations and others attached devices. Plug-and-Play usability, outstanding priceto-performance ratio, and flexible designs make the ETH simple and affordable solutions for a wide range of applications. The IEEE 802.3x standard-based flow control allows ETH to prevent traffic congestion by informing attached devices to stop transmission. When the ETH detect that the buffer of each port is nearly full, attached devices are requested to wait until new data can be accepted. Flow control allows 100 Mbps full duplex connections between servers and ETH with minimum data transfer loss. Enable the IP traffic tunnel through the existing SDH network Realize the Ethernet all the way network infrastructure Conforms to IEEE 802.3, 802.3u, and 802.3x Ethernet Standards Half-duplex mode for backpressure, and Full-duplex for flow control Reduce the cost of operating and maintenance with high performance SNMP management Ports One uers port per card Protocol CSMA/CD Data buffer 2 Mb/s Bandwidth 64 Kbps ~ 100 Mbps by 64 kbps increments Throughput 148,800pps using 64byte packets Packet Size Up to 1536bytes Mapping Format GFP or X.86 Copyright Tech. Incorporation. All rights reserved. All specifications are subject to change without notice.

5 QET Quad E1/T1 Tributary Module (DB25 Connector type) Four Lines of E1/T1 Modules Quad E1/T1 links per Module Supports AMI or HDB3 Line Coding for E1 Supports AMI or B8ZS Line Coding for T1 Supports grooming for Nx64 Kbps Input Jitter Tolerance complies with ITU-T G.823 Includes Lightening Protection circuits QET s QET (Quad E1/T1) tributary module offer two tributary interfaces, T1 or E1 interfaces, which comply to 2,048 Kbit/s or 1,544 Kbit/s interface standards from ITU-T G.703/G.704/G.706. QET s Monitoring functions include collecting data and generating near end and far end efficiency parameters such as Error Second (ES), Severely Error Second (SES), and Unavailable Second (UAS). This information includes current and the most recent 96 bits of 15-minute historical data for CV, ES, SES and UAS. QET modules support hot-swappable functions. Adding or changing modules during transmission will not affect ongoing services of T1/E1 modules. When modules are changed, or after power recovery, the system will automatically upload the settings of the previous module, so that no re-setup is necessary. Module Service signal LED (MODE), and E1/T1 signal lights are located on s front panel. E1 Interface Data Rate Line Coding T1 Interface 2048 Kbit/s ± 50 ppm ITU-T G.703 AMI or HDB3 Standards ITU-T G.703, G.704, G.706, G.823 Impedance Data Rate Line Coding 120Ω / 75Ω 1544 Kbit/s ± 50 ppm AMI and B8ZS Standards ITU-T G.703, G.704, G.824 Impedance Quad E1/T1 Tributary Module (Quad RJ45 Connector type) Four Lines of E1/T1 Modules 100Ω FO s QET (Quad E1/T1) tributary module offer two tributary interfaces, T1 or E1 interfaces, which comply to 2,048 Kbit/s or 1,544 Kbit/s interface standards from ITU-T G.703/G.704/G.706. QET s Monitoring functions include collecting data and generating near end and far end efficiency parameters such as Error Second (ES), Severely Error Second (SES), and Unavailable Second (UAS). This information includes current and the most recent 96 bits of 15-minute historical data for CV, ES, SES and UAS. QET modules support hot-swappable functions. Adding or changing modules during transmission will not affect ongoing services of T1/E1 modules. When modules are changed, or after power recovery, the system will automatically upload the settings of the previous module, so that no re-setup is necessary. Module Service signal LED (MODE), and E1/T1 signal lights are located on s front panel. Quad E1/T1 links per Module Supports AMI or HDB3 Line Coding for E1 Supports AMI or B8ZS Line Coding for T1 Supports grooming for Nx64 Kbps Input Jitter Tolerance complies with ITU-T G.823 Includes Lightening Protection circuits E1 Interface Data Rate Line Coding T1 Interface 2048 Kbit/s ± 50 ppm ITU-T G.703 AMI or HDB3 Standards ITU-T G.703, G.704, G.706, G.823 Impedance Data Rate Line Coding 120Ω / 75Ω 1544 Kbit/s ± 50 ppm AMI and B8ZS Standards ITU-T G.703, G.704, G.824 Impedance 100Ω Copyright Tech. Incorporation. All rights reserved. All specifications are subject to change without notice.

6 QE1 Quad E1 Tributary Module (BNC Connector type) Four Lines of E1 Modules s QE1 (Quad E1) tributary module offer four E1 interfaces, which comply to 2,048 Kbit/s interface standards from ITU-T G.703/G.704/G.706. QE1 s Monitoring functions include collecting data and generating near end and far end efficiency parameters such as Error Second (ES), Severely Error Second (SES), and Unavailable Second (UAS). This information includes current and the most recent 96 bits of 15-minute historical data for CV, ES, SES and UAS. QE1 modules support hot-swappable functions. Adding or changing modules during transmission will not affect ongoing services of E1 modules. When modules are changed, or after power recovery, the system will automatically upload the settings of the previous module, so that no re-setup is necessary. LED showing the line status and alarms are located on s front panel. Quad E1 links per Module Supports AMI or HDB3 Line Coding for E1 Supports grooming for Nx64 Kbps Input Jitter Tolerance complies with ITU-T G.823 Includes Lightening Protection circuits E1 Interface Data Rate 2048 Kbit/s ± 50 ppm Line Coding ITU-T G.703 AMI or HDB3 Standards ITU-T G.703, G.704, G.706, G.823 Impedance 75Ω QV35 Quad V35 Module Nx64 Digital Transmission Interface The QV35 module supports four Nx64(N=1~32) data leased line services. The data rate provided by NX64 module can be selectable from 64Kbps to 2.048Mbps in 64k increments. User can select the desired application from the CIT or NMS interface easily. This data service line card through the optical link can allow service provider to give their customer the leased line service at those service area far away from the central office. Various diagnostic loop back tests are also provided in QV35 and allow craft-person to trouble shoot the field problem. also works as the SNMP agent and connects with the counterpart of a SNMP manager with a user-friendly Graphical User Interface (GUI). It provides a carrier-class management system for massmarket deployment. Composite Port speeds - 64k up to 2.048Mbps in 64k increments Four V.35 Interfaces Complies with ITU-T V.35 Port density Electrical Characteristics Payload Rate System Timing Test and Diagnostics 4 ports Complies with ITU-T V.35 Nx64kbit/s (1 N 32) External/Internal/Line Self-test Capability Near end Loopback (NLB) Local Loopback Remote Loopback (RLB) Remote Payload Loopback Copyright Tech. Incorporation. All rights reserved. All specifications are subject to change without notice.

7 V35 V35 Module Nx64 Digital Transmission Interface The V35 module supports four Nx64(N=1~32) data leased line services. The data rate provided by NX64 module can be selectable from 64Kbps to 2.048Mbps in 64k increments. User can select the desired application from the CIT or NMS interface easily. This data service line card through the optical link can allow service provider to give their customer the leased line service at those service area far away from the central office. Various diagnostic loop back tests are also provided in V35 and allow craft-person to trouble shoot the field problem. also works as the SNMP agent and connects with the counterpart of a SNMP manager with a user-friendly Graphical User Interface (GUI). It provides a carrier-class management system for massmarket deployment. Composite Port speeds - 64k up to 2.048Mbps in 64k increments Single V.35 Interface Complies with ITU-T V.35 Port density Electrical Characteristics Payload Rate System Timing Test and Diagnostics 1 port with M34 Female Complies with ITU-T V.35 Nx64kbit/s (1 N 32) External/Internal/Line Self-test Capability Near end Loopback (NLB) Local Loopback Remote Loopback (RLB) Remote Payload Loopback Adapters and Cable Assembly Various adapters and cable assembly are available DB 25 to BNC (75 Ω ) for QET module DB 25 to wire-wrap (120 Ω ) for QET module HD 68 to M34 for QV35 module DB 9 to wire-wrap for alarm output/input Both Clock input/output (ITU-T G MHz interface) and order-wire interface are optional for. Please contact sales of for detail. Copyright Tech. Incorporation. All rights reserved. All specifications are subject to change without notice.

8 Address WEB site PHONE FAX Support Hotline On-line Support : 4F, No.5-2, Industry East Rd. 9, Science-Based Industrial Park, Hsinchu, Taiwan R.O.C. : : : : sales@zyflex.com.tw (Sales) support@zyflex.com.tw (Technical Support) : : MSN: support@zyflex.com.tw ; fae@zyflex.com.tw SKYPE: zyflexsupport ; fae_zyflex