PRE-CSFP2-B34(43)-20(I)
The CSFP2-B34(43)-20(I) transceiver supports dual 1G Ethernet channels over single-mode fiber with a reach of up to 20 kilometers using BIDI technology with 1310nm and 1490nm wavelengths, available in an I-temp variant.
CSFP, Dual BIDI, 1310nm/1490nm, 1G, 20km, SMF/LC
Description
Key Features
Applications
Documents
Description
The CSFP2-B34(43)-20(I) compact small form-factor pluggable (CSFP) module supports dual 1G Ethernet channels over single-mode fiber (SMF) using bidirectional (BIDI) technology. Operating with 1310nm and 1490nm wavelengths, this transceiver allows simultaneous data transmission and reception over a single fiber, making it an efficient solution for fiber-constrained telecom and enterprise networks.
Designed for extended distances of up to 20 kilometers with LC connectors, the CSFP2-B34(43)-20(I) is available in an industrial temperature (I-temp) variant, ensuring consistent performance in challenging environments. Its hot-swappable design enables quick integration or replacement without network interruption.
Designed for extended distances of up to 20 kilometers with LC connectors, the CSFP2-B34(43)-20(I) is available in an industrial temperature (I-temp) variant, ensuring consistent performance in challenging environments. Its hot-swappable design enables quick integration or replacement without network interruption.
Key Features
- Dual BIDI Technology: Supports two bidirectional 1G Ethernet channels over a single fiber with 1310nm and 1490nm wavelengths.
- Extended-Range Transmission: Enables connectivity up to 20 kilometers on single-mode fiber (SMF).
- Compact Dual Channel: Provides high-density, dual-channel support in a CSFP form factor.
- Industrial Temperature (I-Temp) Variant: Ensures reliable performance in demanding environments.
- LC Connector: Compatible with LC connectors for efficient network integration.
- Hot-Swappable Design: Allows for quick installation or replacement without network downtime.
Applications
- Telecom Networks
- Enterprise Networks
- Fiber-Constrained Environments
Documents
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