TL-SM321B-2

Overview Of TL-SM321B-2

Enhance your network infrastructure with TP-Link's TL-SM321B-2 1000Base-BX WDM Bi-Directional SFP Module. Utilizing cutting-edge WDM technology and a hot-swappable form factor, this optical transceiver ensures fast and stable gigabit fiber connections up to 2 km. Its Digital Diagnostic Monitoring feature enables real-time monitoring of crucial parameters like optical power and operating temperature, guaranteeing optimal performance. Ideal for short-to-medium distance fiber networks, this module seamlessly integrates with switches, routers, and servers, offering reliable data networking and fiber solutions.
Delve into enhanced security and scalability with TP-Link's TL-SM321B-2 module. With support for 1000Base-BX network technology and single-mode fiber, it ensures secure data transmission across your network. The LC Bi-Directional optical interface connector and compatibility with SFF-8472 further enhance its versatility and ease of use. Experience seamless data networking and optical network applications with TP-Link's innovative and reliable 1000Base-BX WDM Bi-Directional SFP Module.

Key Features	Description
WDM Technology	Optimizes network performance by transmitting and receiving data simultaneously
Hot-swappable Form Factor	Easily replace or upgrade the module without disrupting network operations
1000Base-BX Support	Ensures high-speed data transfer over long distances with single-mode fiber
Digital Diagnostic Monitoring	Real-time monitoring for precise control over optical power and temperature
LC Bi-Directional Interface Connector	Seamless integration into various network devices for effortless deployment
SFF-8472 Compatibility	Enhanced functionality and ease of monitoring with industry-standard support
Data Networking & Fiber Solutions	Efficiently connects switches, routers, and servers for reliable network operations
Secure Data Transmission	Encrypts data and ensures secure communication across the network
Versatile Applications	Ideal for various data networking and optical network scenarios