This document presents internal photographs of the MERCURY PXAM PR3-1 router, providing a detailed view of its internal components and design. The images showcase the layout of the printed circuit boards (PCBs), the placement of various chips, and the antenna configurations for different wireless communication standards.
The photographs include close-ups of the WIFI 6E, WIFI 2.4GHz, and WIFI 5GHz chips, as well as the BLE chip, allowing for identification of the specific components used in the router. The antenna configurations for WIFI 6E, WIFI 2.4G, and WIFI 5G are also highlighted, showing the placement and design of each antenna.
These internal photographs are essential for understanding the hardware architecture and component selection of the MERCURY PXAM PR3-1 router. They provide valuable insights into the device's design and construction, which can be useful for regulatory compliance, product analysis, and potential modifications or repairs.
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[title] => Internal Photographs of MERCURY PXAM PR3-1 Router
[description] => Detailed internal component photos of the MERCURY PXAM PR3-1 router, including antennas, chips, and board layouts. See the internal design.
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This document presents internal photographs of the MERCURY PXAM PR3-1 router, providing a detailed view of its internal components and design. The images showcase the layout of the printed circuit boards (PCBs), the placement of various chips, and the antenna configurations for different wireless communication standards.
The photographs include close-ups of the WIFI 6E, WIFI 2.4GHz, and WIFI 5GHz chips, as well as the BLE chip, allowing for identification of the specific components used in the router. The antenna configurations for WIFI 6E, WIFI 2.4G, and WIFI 5G are also highlighted, showing the placement and design of each antenna.
These internal photographs are essential for understanding the hardware architecture and component selection of the MERCURY PXAM PR3-1 router. They provide valuable insights into the device's design and construction, which can be useful for regulatory compliance, product analysis, and potential modifications or repairs.
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