PRE-SFP-B34(43)-40(I)
The SFP-B34(43)-40(I) transceiver supports 1G Ethernet over single-mode fiber with a reach of up to 40 kilometers using BIDI technology with 1310nm and 1490nm wavelengths, available in C-temp and I-temp variants with an LC connector.
SFP, EX, BIDI, 1310/1490nm, 1G, 40km, SMF/LC
Description
Key Features
Applications
Documents
Description
The SFP-B34(43)-40(I) optical transceiver module supports 1G Ethernet transmission over distances of up to 40 kilometers using bidirectional (BIDI) technology. Operating with dual wavelengths of 1310nm (Tx) and 1490nm (Rx), or vice versa, this transceiver allows efficient data transmission and reception over a single fiber, optimizing fiber use in telecom and enterprise networks.
Designed for single-mode fiber (SMF) with an LC connector, the SFP-B34(43)-40(I) is built for extended-range applications and is available in both commercial (C-temp) and industrial (I-temp) temperature variants. The hot-swappable design enables seamless integration or replacement without interrupting network operations.
Designed for single-mode fiber (SMF) with an LC connector, the SFP-B34(43)-40(I) is built for extended-range applications and is available in both commercial (C-temp) and industrial (I-temp) temperature variants. The hot-swappable design enables seamless integration or replacement without interrupting network operations.
Key Features
- BIDI Technology: Supports bidirectional data transmission over a single fiber with 1310nm and 1490nm wavelengths.
- Extended-Range Transmission: Enables connectivity up to 40 kilometers on single-mode fiber (SMF).
- 1G Ethernet Support: Provides stable, high-speed data transmission for long-distance applications.
- Temperature Variants: Available in both C-temp and I-temp versions for versatile deployment options.
- 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 Optimization for Single-Fiber Solutions
Documents
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