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LC DX Bowback Adapter Without Flange

Fiber Optic Adapters

LC DX Bowback Adapter Without Flange

Adapter Type:LC    
Body Style: Duplex
Connector Polish Type: UPC
Connector Fiber Mode: Singlemode
Insertion Loss: ≤0.2dB
Durability: >1000times
Mounting Type: Without Flange    
Aligment Sleeve Material: Ceramic
Color: Blue    
RoHS Compliancy Status: Compliant

     LC DX Bowback Adapter Without Flange is a connector for optical fiber communication systems. It adopts a DX interface design without flange. This connector is suitable for scenarios that require high-density connections and can provide stable and reliable fiber optic connections.

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     First of all, the LC DX Bowback Adapter Without Flange adopts a DX interface design, which can provide higher connection density. Compared with the traditional LC interface, the connector of the DX interface is smaller in size and can achieve more connections in a limited space. It is suitable for scenarios such as data centers and communication base stations that require high connection density.

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     Secondly, this connector does not come with a flange, which means it can be more flexibly installed on a variety of devices. In some special scenarios, the connector needs to be as compact as possible. The design without flange can meet this demand, while also reducing the space occupied by the connector and improving the overall performance of the system.

     LC DX Bowback Adapter Without Flange also has good reliability and stability. Despite its small size, it can still provide a stable fiber optic connection and ensure the transmission quality of optical signals. This is very important for some scenarios that require high connection stability, such as high-speed data transmission, video surveillance and other fields.

     In general, LC DX Bowback Adapter Without Flange is a fiber optic connector suitable for high-density connection scenarios. Its DX interface design and lack of flange make it advantageous in terms of space utilization and connection density. At the same time, its stability and reliability also make it an indispensable and important part of the optical fiber communication system.