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'<br>Microsoft has introduced a revolutionary new technology in its Microsoft Surface Pro lineup called the "Fiber Optic Dock". The fiber optic dock is a component that allows electronic components to be attached to the Microsoft Surface Pro's display screen using a light emitting diode (LED) inverters. This technology, unlike all other similar systems, provides an industry standard for attachable digital devices to a non-traditional solder based connection system. The development of this system has significantly advanced the capabilities of the microprocessor and optical devices integrated into the Microsoft Surface Pro family of products.<br><br><br>This system not only allows the connection of electronic devices, but it also enables an entirely new method for data capture and manipulation. Since the surface of the device can be scanned with a laser, all data related to changes or modifications can be captured. As new components are added or removed from the display, the microprocessor performs a series of checks to ensure that the appropriate data is stored in the memory. The result is that all changes related to the stored data are automatically propagated to the rest of the processors in the system. In the case of software, this results in a seamless migration of software components to multiple compute units across different compute architectures.<br><br><br>The fiber optic cable assembly is supported by a 100% flat cable that allows for cable to be run through a very small channel. This design provides a much more effective method for communication between the microprocessor, the assembly and the monitor than previous Microsoft designs such as the "Magnetospider" assembly. The difference is that the microprocessor is able to access all of the computer hardware and components located on the motherboard without having to use a separate cable. With this type of setup the surface connectors are located on the inside of the mother board, eliminating the need for an extra cable.<br><br><br>When the components are being installed into the computer, the assembly becomes a part of the microprocessor and the display driver communicates with the microprocessor. It is the communication function that allows the user to control the system, adjust display options and launch applications. The cable also assists in providing power to the components and then to the mother board itself for communication with the other devices.<br><br><br>Some Microsoft Surface Pro 3.5 inch cable assemblies are supported by a magnetic shield that protects the wires and provides a tight and secure fit. If you are you looking for more in regards to [https://www.fastturnpcbs.com/ make a custom amart gpu pcb circuit for tft 4.3' lcd with ssd1963] look into our web site. The magnetic shield does not interfere with any other devices like cameras, microphones or speakers. This means that you can install the flex cable assembly anywhere.<br><br><br>To ensure the best performance, it is advisable to conduct a compatibility test with your cable before installation. The test should check for any defects or compatibility problems with the Microsoft Surface Pro 3.5 inch flex cable. This can be conducted by using specialized software that enables a Microsoft Surface Pro 3.5 Inch Cable Assembly VGA to DVI Splitter, VGA to HDMI Splitter, DVI to HDMI Splitter, VGA to VGA Adapter and VGA to USB Adapter. Once the device is checked, then it is ready for use with Microsoft Surface Pro 3.5 Inch Cable Assembly. The cable is designed to offer ultimate performance and ease of installation.<br>'