FPMDUAL-FW

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FPMDUAL-FW combines two faceplates and two frames into one module, and is largely used as a keystone product. Its application fields go beyond residential and commercial buildings, extending to the audio and video signals distribution in data centers, hotels, and office buildings.

FPMDUAL-FW is a compact, lightweight, and easy-to-install module. It consists of two faceplates, two frames, and an interface board. The faceplates and frames are connected to gether to make a high-grade, aesthetically pleasing, and solid structure. The faceplates have specialized ports for various audio/video transmission components, whereas the frames are designed to ensure durability.

The main purpose of FPMDUAL-FW is to transfer audio and video signals between two different sources. The two faceplates have corresponding ports for signal input and output. The interface board, located in the middle, is used to route the signal. Similarly, the frames are also responsible for routing signals, and they house the faceplates and interface board.

FPMDUAL-FW is an easy-to-use module. All you have to do to install it is to follow several simple steps. Firstly, attach the faceplates to the frames. Secondly, connect cables and connectors to the faceplates. Thirdly, and finally, secure the interface board to their right position. All done! Your FPMDUAL-FW is now ready to use.

The working principle of FPMDUAL-FW is simple yet effective: it takes incoming audio/video signals and transmits them between two different types of the input/output ports. For instance, an HDMI port can be used as an input port while a video port can be used as an output port. In this manner, FPMDUAL-FW ensures that incoming signals remain unaltered and are efficiently received at the right destination.

To conclude, FPMDUAL-FW is a versatile, highly robust, and well-designed product. It is used to transfer audio and video signals between two different sources, and it requires only minimal installation efforts. Furthermore, its working principle is straightforward and it ensures optimal signal reception.

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