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LS-CW451G-80C comes as a 1450nm CWDM SFP module with support for data rates of up to 1.25Gbps. Built with a DFB laser and PIN photodiode, it delivers transmission over SMF distances of up to 80km and operates within a 0 to +70°C temperature range. Real-time digital diagnostic monitoring enables continuous monitoring of essential module parameters and operating status.
| LINK-PP Numero d'identificazione | LS-CW451G-80C | Nome fornitore | LINK-PP |
| Fattore di forma | SFP | Max Data Rate | 1.25Gbps |
| Lunghezza d'onda | 1450nm | Distanza massima del cavo | 80km |
| Connettore | LC duplex | Media | SMF |
| Tipo di trasmettitore | DFB | Tipo di ricevitore | PIN |
| Potenza TX | Da -1 a + 4dBm | Potenza RX | Da -26 a -1dBm |
| Sensibilità del ricevitore | -26dBm | Ricevitore sovraccarico | -1dBm |
| EMC (Comunicazione elettromagnetica) | Supporto | DDM | Supporto |
| Intervallo operativo di temperatura | 0 a 70 ° C | protocolli | SFP MSA、SFF-8472 |
LINK-PP LS-CW451G-80C delivers reliable optical transmission for metropolitan-area network links over a single 1450nm CWDM channel. This module combines standard SFP mechanical compatibility with extended 80km reach and digital diagnostics. Its design prioritizes fiber utilization efficiency, real-time link supervision, and straightforward integration into existing gigabit equipment.
This optical module adopts a hot-pluggable SFP footprint for effortless installation and replacement without system power-down. It fully complies with SFP MSA specifications, ensuring interoperability with a wide range of switches and routers. The industry-standard electrical interface and housing simplify network upgrades and maintenance tasks.
The 1Gbps data rate positions this transceiver as a dependable solution for metro‑area fiber connections. It handles Ethernet traffic in access rings and aggregation points across city networks, linking central hubs with remote facilities. This 1G speed aligns perfectly with the bandwidth requirements of typical metropolitan applications and ensures seamless operation with existing gigabit‑capable equipment.
Coarse wavelength division multiplexing allows multiple wavelengths to share one fiber pair, reducing cable infrastructure costs. This module operates as one channel in a standard CWDM grid, enabling capacity expansion without adding new fibers. Network planners can mix it with other CWDM transceivers at different wavelengths for flexible link design.
The 1450nm center wavelength falls within the CWDM band, offering low attenuation in typical single-mode fiber. This specific wavelength avoids crosstalk with adjacent channels when used in a multiplexed system. It also aligns with common CWDM mux/demux filters for straightforward channel assignment.
An integrated 1450nm DFB laser and high-sensitivity receiver enable error-free operation over distances up to 80km. The link budget accounts for dispersion and loss in standard single-mode fiber, ensuring stable performance across the full reach. This long-haul capability makes it ideal for interconnecting distant campus or city-wide network nodes.
The duplex LC connector provides a secure, polarity-consistent physical interface for single‑mode fiber patch cords. This standardized optical interface ensures quick mating with existing fiber plant and distribution panels. It supports both transmit and receive on separate fibers, matching typical CWDM deployment practices.
Digital diagnostics monitoring (DDM) continually reports critical parameters such as optical power, supply voltage, temperature, and bias current. Real-time data helps operators detect fiber degradation or connector contamination before service interruptions occur. This monitoring function also facilitates remote fault isolation and proactive link maintenance.
| Immagini | ID # | Descrizione | Prezzo | Di Serie | Aggiungi al Carrello |
Q: Our fiber route is about 72 km and includes patch panels and splice points. Can we use this 80km CWDM SFP module for the link? Di Q***e on 2026-03-10
A: Potentially, yes. The 80km rating is the maximum nominal transmission distance, but the total fiber loss must remain within the module’s optical budget after including fiber attenuation, connector loss, splice loss, and CWDM MUX/DEMUX insertion loss. A cura dell'amministratore on 2026-03-11
Q: We already have a 1470nm CWDM module at the remote end. Can we pair it with this LS-CW451G-80C 1450nm module? Di R***k on 2026-01-21
A: No. For a normal duplex CWDM connection, both ends should use matching 1450nm modules. A 1450nm module should not be directly paired with a 1470nm module. A cura dell'amministratore on 2026-01-22
Q: Our modules are installed inside a controlled central office, but some racks run warm during peak traffic. Is the 0°C to +70°C rating based on ambient temperature or module case temperature? Di P***g on 2025-06-29
A: The stated 0°C to +70°C specification is the operating case-temperature range. Actual module case temperature can be higher than room ambient temperature, depending on airflow, switch design, port density, and power consumption. A cura dell'amministratore on 2025-06-30
Q: Our switch provides a standard 3.3V SFP power supply. Does this module need any additional power connection? Di S***n on 2025-05-19
A: No. The LS-CW451G-80C module operates from a single +3.3V power supply through the SFP host interface and does not require an external power connection. A cura dell'amministratore on 2025-05-20
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