1.25g 1310nm Sfp Transceiver

Exploring the Versatility of 1.25G 1310nm SFP Transceivers

The 1.25g 1310nm sfp transceiver category encompasses a range of optical modules designed for various data communication and telecommunication applications. These transceivers are integral components in the realm of fiber optic equipment, facilitating high-speed data transmission over considerable distances.

Understanding the Specifications

Each sfp 1.25 g 1310nm 20km module is engineered to transmit data over a single-mode fiber at a nominal wavelength of 1310nm, with a standard reach of up to 20 kilometers. This capability is also available in variants such as the sfp 1.25 g 1310nm 10km and the extended range sfp 1.25 g 1310nm 40km, catering to different network scales and distance requirements.

Types and Applications

The product range includes the sfp module 1.25 g sm 20km 1310nm, which is specifically designed for single-mode fiber networks, ensuring compatibility and performance over a 20km span. These transceivers are commonly utilized in wired LAN environments, wireless LAN setups, and IP-based applications, showcasing their adaptability across various network infrastructures.

Features and Materials

Transceivers in this category are constructed with precision-engineered components that support the robust operation of fiber optic networks. The materials used in the 1.25 g 1310nm sfp transceiver ensure durability and consistent performance, which is crucial for maintaining the integrity of high-speed data transmission.

Advantages of Using 1.25G 1310nm SFP Transceivers

Opting for a sfp 1.25 g 20km transceiver brings several advantages, including compatibility with a broad range of networking equipment, ease of installation, and the ability to support multiple data rates. These transceivers are designed to meet the demands of extensive network systems without compromising on efficiency or reliability.

Choosing the Right Transceiver

Selecting the appropriate 1.25g 1310nm sfp transceiver is crucial for ensuring optimal network performance. Factors such as distance, compatibility, and application requirements should guide the selection process, ensuring that the chosen module aligns with the specific needs of the network.