A:
The internal EML laser is wavelength-stabilized to match the 100GHz ITU channel 31 grid, keeping spectral emissions strictly inside the 1552.52nm band. When routed through standard DWDM multiplexers, adjacent channels benefit from high optical isolation and operate without interference. โดยผู้ดูแลระบบ
A:
It may work without an external amplifier if the full path loss remains within the module’s nominal 14.5 dB optical budget, with margin reserved for normal variation and maintenance. Include fiber attenuation, connectors, splices, patch panels, and any DWDM mux/demux loss in the calculation before deployment. โดยผู้ดูแลระบบ
A:
Conforming to standard SFP+ MSA hot-plugging specifications, the module can be inserted or removed without disrupting other switch functions. It is always good practice to clean the LC fiber connectors before insertion to facilitate smooth link synchronization. โดยผู้ดูแลระบบ
Upgraded an indoor edge aggregation site feeding local cellular small cells with these 100GHz grid optics. Even under continuous summer ambient heat near 35°C in the telecom room, operating temperatures stayed well within the 0 to 70°C window. The sturdy pull bail also made re-patching congested fiber cassettes much easier ;)
Our lab has multiple DWDM test channels sharing the same single-mode fiber route. This C31 optic gave our 10G storage traffic a dedicated wavelength and worked well for repeated backup testing. :D
The optic was sealed well and the LC ports were protected. The outer carton had a minor crease near one edge, but the inner packaging kept the module secure.
This C31 10G DWDM transceiver helped us add capacity to an existing fiber pair instead of installing more cable. We checked the optical budget before deployment, then confirmed normal RX power through the switch interface. ;)
This C31 10G DWDM module worked well for an indoor enterprise backbone. It matched our 1552.52nm channel plan and let us keep multiple services on the same fiber infrastructure.
Integrated these 40km transceivers into our financial trading firm disaster recovery ring over duplex LC SMF. Conformance with the SFP+ MSA made cross-platform switch compatibility completely frictionless. Link latency remained entirely flat during heavy intraday database synchronization sessions without dropping a single packet.
Product condition was good, and the anti-static packaging was sealed correctly. We received the shipment after our scheduled network maintenance window, so the install moved to the following day.
Our operations team selected this module for a longer single-mode connection between a main data room and a remote distribution room. The EML transmitter and PIN receiver provided stable results, while DOM made baseline recording easy.
Our data center team deployed this 10G SFP+ DWDM transceiver for SAN array replication. Packet error counters stayed flat over an entire weekend stress test.
The module gave us a reliable way to extend a 10G service over an existing single-mode route. Initial temperature and optical-power readings were normal, and the LC dust caps were still secure on arrival.
Put this optic into service for a cell tower base station backhaul over duplex LC single-mode fiber. Throughput remained rock-solid through traffic spikes.
Implemented this module on a leased dark fiber circuit between two municipal data hubs. The transceiver absorbed attenuation from three intermediate patch bays effortlessly, delivering unthrottled 10.7Gbps performance during full-load RFC 2544 benchmark testing. Excellent cost-effective choice for carrier-grade bandwidth expansion =D
Thailand · English · THB
