HUAWEI TOA TNF5TOA 03021YSN Huawei OSN1800V 8-Port Any-Rate Service Processing Board
HUAWEI TOA TNF5TOA 03021YSN Huawei OSN1800V 8-port Any-rate Service Processing Board
Product Desription:
The Huawei OptiX OSN1800 is a series of box architecture Multi-Service Optical Transport Network (MS-OTN) transmission equipment that supports Time Division Multiplexing (TDM), packet, and Optical Transmission Network (OTN) services over a metro or campus optical network. This equipment enables multiple high-bandwidth services (from 2 Mbit/s to 100 Gbit/s) to be delivered at less cost.
The OptiX OSN 1800 supports resilient, low-latency video transmission, real-time industrial automation applications, and
server-based multimedia applications. It provides cost-effective transport solutions for power, medical, Storage Area Networks (SANs), data centers, and video surveillance.
Specification:
| Specifications | ||||
| Basic functions | Working modes of TOA boards and their ports |
TOA boards support the following port working modes: 1.ODU0 non-convergence mode: 8 x (125 Mbit/s to 1.25 Gbit/s) <-> 8 x ODU0 (ODU is the abbreviated form of optical channel data unit, and OTU of optical channel transport unit.) 2.ODU1 non-convergence mode: 8 x (1.49 Gbit/s to 2.67 Gbit/s) <-> 8 x ODU1 3.ODU1 convergence mode: 8 x (125 Mbit/s to 2.5 Gbit/s) <-> (1 - 8) x ODU1 4.ODU1_ODU0 mode: 8 x OTU1 <-> 16 x ODU0 5.ODUflex non-convergence mode: a. 5 x 3G-SDI <-> 5 x ODUflex (SDI is the abbreviated form of serial digital interface.) b. 4 x FC400/4 x FICON 4G <-> 4 x ODUflex (FICON is the abbreviated form of Fiber Connect.) NOTE: TOA boards do not support the setting of the board working mode. Each 3G-SDI/3G-SDIRBR service uses three timeslots of an ODUflex, requiring a total bandwidth of 3.75 Gbit/s. Each FC400/FICON4G service uses four timeslots of an ODUflex, requiring a total bandwidth of 5 Gbit/s. |
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| Cross-connect functionality |
The total bandwidth is 20 Gbit/s. Cross-connects a maximum of 16 channels of ODU0 signals or 8 channels of ODU1 signals through the backplane bus and cross-connect board. Cross-connects a maximum of five channels of ODUflex signals by using buses on the backplane and the cross-connect board. |
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| Maximum frame length (MFL) for a port | Ranges from 1518 bytes to 9600 bytes. | |||
| Client-Side Pluggable Optical Module | ||||
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eSFP-2.5G-1310nm-SMF-2km eSFP-2.5G-1310nm-SMF-15km eSFP-2.5G-1310nm-SMF-40km eSFP-2.5G-1550nm-SMF-80km eSFP-1.25G-TX1490/RX1310nm(BIDI)-SMF-10km eSFP-1.25G-TX1310/RX1490nm(BIDI)-SMF-10km eSFP-1.25G-TX1310/RX1490nm(BIDI)-SMF-40km eSFP-1.25G-TX1490/RX1310nm(BIDI)-SMF-40km eSFP-2.125G-850nm-MMF-0.5km-I eSFP-1.25G-1310nm-SMF-10km eSFP-1.25G-1310nm-SMF-40km eSFP-1.25G-1550nm-SMF-80km-01 eSFP-2.5G-(1471nm to 1611nm)(CWDM)-SMF-40km eSFP-2.5G-(1471nm to 1611nm)(CWDM)-SMF-80km eSFP-2.5G-(1529.17nm to 1560.61nm)(DWDM,100GHz)-SMF-120km eSFP-3G-1310nm-SMF-10km eSFP-4.25G-850nm-MMF-0.3km-I eSFP-4.25G-1310nm-SMF-10km eSFP-2.5G-TX1310/RX1490nm(BIDI)-SMF-15km-I eSFP-2.5G-TX1490/RX1310nm(BIDI)-SMF-15km-I SFP-2.5G-TX1310/RX1490nm(BIDI)-SMF-40km-I SFP-2.5G-TX1490/RX1310nm(BIDI)-SMF-40km-I eSFP-155M-1310nm-MMF-2km eSFP-155M-1310nm-SMF-15km eSFP-155M-1310nm-SMF-40km eSFP-155M-1550nm-SMF-80km eSFP-622M-1310nm-SMF-15km eSFP-622M-1310nm-SMF-40km eSFP-622M-1550nm-SMF-80km SFP-100Base-T-autonegotiation-100 m-RJ45 SFP-1000Base-T-autonegotiation-100 m-RJ45 |
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| Version description of the TOA board | ||||
| Board | Product Applicable-System Control Board-Initial Board Version Supported by System Control Board | |||
| TNF5TOA |
1800 V-TNF5UXCM-V100R003C05 1800 V-TNF5XCH-V100R005C00 1800 V-TNF5UXCME-V100R005C20 |
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| Mechanical Specifications | ||||
| Typical Power Consumption(W) | 17.5 | |||
| Maximum Power Consumption(W) | 18.5 | |||
| Dimension (W x H x D, mm) | 193.8 x 19.8 x 205.9 | |||
| Weight(kg) | 0.49 kg | |||
Product details:
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