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OptiX OSN 1800 II TNF1LDE Double Port EPON/GE Access Wavelength Conversion Board DC Power Distribution Assemble Osn1800 II Pro
$1,500.00 USD
Изчисляване на таксата за доставка при плащането
Количество
Details Images
Products Description
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Product name
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OSN 1800 II
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Condition
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100% Original/Used
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Shipping term
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TNT DHL FEDEX EMS UPS
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Warranty
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1 Year
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Use
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FTTH FTTB FTTX Network
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Number of service board slots
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DC chassis: 7
AC chassis: 5 |
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OTN
• 160 Gbit/s OTN capacity (OTN+PKT+SDH)
• 200 Gbit/s OTN capacity (OTN+SDH) |
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Power Supply
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Packet
• Packet switching capacity: 160 Gbit/s (128 bytes)
• Packet processing capability: 150 Mpps (64 bytes) |
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Working environment temperature
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TDM
50 Gbit/s higher-order capacity, 20 Gbit/s lower-order capacity
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Optical-layer cross-connect capability
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1-degree to 9-degree ROADM
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Maximum rate per channel
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200 Gbit/s
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Supported service type
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SDH service (STM-1/4/16/64), PDH service (E1/T1/E3/T3/E4)
OTN service (OTU1/2/2e/4), Ethernet service (FE/GE/10GE/40GE/100GE) CPRI service, OBSAI service, PCM service SAN service, video, and others |
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PCM interface
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FXS/FXO, 2/4 line audio+E&M, G.703 64 kbit/s directional, V.35/V.24 (synchronous/asynchronous)
RS232)/X.21, RS449(RS423A/RS422A)/RS530/RS530A/RS485/Dry Contact |
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Network application
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Pure packet networking, pure OTN networking, and pure TDM networking
MS-OTN networking (OTN+packet+TDM) and OTN+TDM networking |
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Synchronization
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Physical-layer clock (OTN&packet&SDH)
IEEE 1588v2 (OTN&packet) ITU-T G.8275.1/G.8273.2 (OTN&packet) |
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Power supply
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DC power input Standard operating voltage: –48 V DC/–60 V DC
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OSN 1800 II Product Features
* It adopts OPUk container to achieve real transparent adaptation and transmission of any client services without changing any payload or overhead.It also provides effective management and service quality monitoring.In addition, it can be compatible with possible new services in the future.
* It adopts asynchronous mapping and multiplexing so that networkwide synchronization is no longer needed.This eliminates the limitation on synchronization and simplifies the system design.
* With the asynchronous mapping and multiplexing of ODU0 channel, the sub-rate services can be flexibly groomed between different OCh channels and the client-side ports.This meets the need for both high utilization of wavelength bandwidth and flexible end-to-end grooming.
* With the standard FEC by the OTN, it achieves a maximum of 6.2 dB (BER=10E-15) coding gain. The OSNR tolerance of the optical channel is decreased in this way. In addition, the distance between electrical regenerators are extended with less system nodes. This can increase the budgetary optical power gain of the OptiX OSN 1800
* It adopts asynchronous mapping and multiplexing so that networkwide synchronization is no longer needed.This eliminates the limitation on synchronization and simplifies the system design.
* With the asynchronous mapping and multiplexing of ODU0 channel, the sub-rate services can be flexibly groomed between different OCh channels and the client-side ports.This meets the need for both high utilization of wavelength bandwidth and flexible end-to-end grooming.
* With the standard FEC by the OTN, it achieves a maximum of 6.2 dB (BER=10E-15) coding gain. The OSNR tolerance of the optical channel is decreased in this way. In addition, the distance between electrical regenerators are extended with less system nodes. This can increase the budgetary optical power gain of the OptiX OSN 1800
