CWDM modules of input-output FlexGain CWDM-OADM
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- Courier
- In detail
Description
Features
- Input-output of one CWDM channel (two bearing, a frequency grid coincides with a frequency grid of SFP CWDM modules)
- Passive optics
- The low brought losses for transit CWDM channels
- The allocated wavelength to the end user
Delivery of OADM modules is possible in execution options:
- MiniRack 19" 1 U
- In the plastic case (for installation on a wall or in the coupling)
- On the customer's TZ
- Sockets - LC, SC
OADM modules single-channel and two-channel are essentially allocated. Their difference consists in ability to accept and receive an optical signal from one or two multiplexers and is physically caused by existence of one or two send-receive blocks. Respectively, the single-channel OADM module has one send-receive block and is capable to work only with one multiplexer in "one party". The two-channel OADM module has two send-receive blocks and is capable to work "in two parties" with two multiplexers / demultiplesorami.
Technical characteristics
| Working lengths of waves | 1270, 1290, 1310, 1330, 1350, 1410, 1430, 1450, 1470, 1490, 1510, 1530, 1550, 1570, 1590, 1610 |
| Add (inserted) / Drop (allocated) channel | Any wavelength from above-mentioned, nanometer |
| The brought losses for Tx1 and Tx2 | ≤0,7 dB |
| The brought losses for Rx2 to Rx1 | ≤0,7 dB |
| Optical outcome between channels | ≥25 |
| The brought losses of Drop1 | ≤0,8 dB |
| The brought losses of Drop2 | ≤0,8 dB |
| The brought losses of Add1 | ≤0,8 dB |
| The brought losses of Add2 | ≤0,8 dB |
| Outcome of the Add/Drop-channel | ≥30 |
| Working temperature | 0... +70 °C |
| Storage temperature | - 40... +85 °C |
| Connector type | SC, FC, LC (polishing of UPC, APC) |
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CWDM modules of input-output FlexGain CWDM-OADM