Features
- 1+1 Protection Network Interface
Optical Adapter with three XFP modular interfaces that enables the protection of the path of 10Gbps network routes. - Loops support
Allows the realization of loops in the user interface and network interfaces. - Digital Diagnostics. Supports additional without diagnostic digital instrumentation. From the management console you can monitor the optical power of the circuit, the bias voltage and temperature.
- XFP modular optics
Available a wide range of XFP modules, from 30m (Infiniband) to 300m (multimode) or 80K (singlemode), including DWDM and CWDM optics. - Low latency and compatibility
AO 10G 1 +1 introduces minimal latencies in the SDH channel. This module is compatible with the IEEE specification and interoperable with major providers of LAN equipment. - Insertion and extraction in hot
This module is compatible with the entire family of chassis SAE: MicroSAE, TriSAE, MiniSAE and MetroSAE, supporting the insertion and extraction in hot.
Solutions
Related Products
Product Sheet
10G LAN Transportation with 1+1 protection in network interface
AO 10G 1+1 is a module with multiple applications, from media converter (Infiniband/multimode/single mode) to 1+1 protection element for 10G LAN backbones, including xWDM designs. Another typical application is the network terminator, allowing to separate 10G transmission network operator providing the customer's network, if desired, 1+1 redundancy.
Redundant interface
AO 10G 1+1 has three optical interfaces: the two upper interfaces are for the network link and can be configured with different optical scope (1+1 and 1+0) depending on the route of fiber available for redundancy.
Once it is defined a default route several policies are available of redundancy in case of fail of the main fiber: reversible switching (back to the main road in recovery), non-reversible (stays in the switched path until an event occurs that causes a new switching to another route) and forced commutation.
Digital Diagnosis
The Optical adapter AO 10G 1+1 can be inserted into standalone chassis or into managed chassis (MicroSAE with SNMP module, MiniSAE, MetroSAE or chassis TriSAE). Using the facilities of remote management it is possible to monitor the following parameters:
- Received optical power
- Optical power emitted
- Current polarization
- Operating Temperature
In addition, it allows the execution of loops on both XFP interfaces, helping to detect failures in the network.
Examples of application
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Table of optical parts and dynamic range
| 10G BASE-CX4 30m | 10GBASE-SR/SW 300m | 10GBASE-LR/SW 10Km | 10GBASE-ER/EW 40Km | DWDM CWDM |
Emitted power (Pout) | — | -7.3dBm | -6 dBm | -4.7 dBm |
Consult available lambdas and dynamic ranges |
Sensibility (S) | — | -9.9dBm | -13.5 dBm | -15.8 dbm | |
wavelength | — | 850nm | 1310 nm | 1550 nm |