Abstract: A light path folding element includes a first surface, a second surface, a first reflecting surface and a second reflecting surface. A light travels from the first surface into the light path folding element. The second surface is disposed relative to the first surface along a first direction and is parallel to the first surface, and the first direction is perpendicular to the first surface. The first reflecting surface connects the first surface and the second surface, an acute angle is formed between the first reflecting surface and the first surface, and the light forms an internal reflection via the first reflecting surface. The light forms another internal reflection via the second reflecting surface. The light path folding element further includes a light blocking structure, which extends from at least one of the first surface and the second surface into the light path folding element.

Abstract: The present invention mainly discloses an electronic device for controlling intelligent antenna module based on intelligent fast antenna steering technology (iFAST), wherein the electronic device is applied in wireless network transceiving device. Particularly, according to the wireless network parameters of wireless signals received by a wireless network transceiving device from wireless stations established connections with the wireless network transceiving device, an iFAST unit in the electronic device would immediately update relative MAC station entry tables in a MAC module, such that the baseband processor module would correspondingly adjust the settings of the intelligent antenna module of the wireless network transceiving device based on relative wireless station entry records been established in the MAC station entry tables contained by the MAC module.

Abstract: The present invention mainly discloses an electronic device for controlling intelligent antenna module based on intelligent fast antenna steering technology (iFAST), wherein the electronic device is applied in wireless network transceiving device. Particularly, according to the wireless network parameters of wireless signals received by a wireless network transceiving device from wireless stations established connections with the wireless network transceiving device, an iFAST unit in the electronic device would immediately update relative MAC station entry tables in a MAC module, such that the baseband processor module would correspondingly adjust the settings of the intelligent antenna module of the wireless network transceiving device based on relative wireless station entry records been established in the MAC station entry tables contained by the MAC module.

Abstract: The present invention provides a method for carrying out an intelligent fast antenna steering technology (iFAST), and the method can be implemented by way of being integrated into a wireless network device under the form of software or firmware. Therefore, when the wireless network device installed with the method is initially set to work or rebooted, the method of the present invention would automatically set and adjust a plurality of wireless antennas of the wireless network device according to a variety of wireless network parameters of wireless network signals transceived by the wireless network, so as to make the wireless network signals radiated by the wireless network device be able to cover the application environment as comprehensive as possible; thereafter, a high-quality wireless network service is provided to the clients located in the application environment by the wireless network device.

Abstract: The present invention provides a method for carrying out an intelligent fast antenna steering technology (iFAST), and the method can be implemented by way of being integrated into a wireless network device under the form of software or firmware. Therefore, when the wireless network device installed with the method is initially set to work or rebooted, the method of the present invention would automatically set and adjust a plurality of wireless antennas of the wireless network device according to a variety of wireless network parameters of wireless network signals transceived by the wireless network, so as to make the wireless network signals radiated by the wireless network device be able to cover the application environment as comprehensive as possible; thereafter, a high-quality wireless network service is provided to the clients located in the application environment by the wireless network device.

Abstract: The present invention provides a repeater and associated method for performing auto-negotiation between two node devices in the Ethernet network. The repeater includes a receiver receiving related information of auto-negotiation of a first node device, a control unit processing the received information and determining a common mode of operation for the first node device and the repeater, and a transmitter transmitting a determining result to a second node device. The associated method includes selecting a first common mode of operation according to respective modes supported by the first node device and the repeater; comparing the first common mode with modes supported by the second node device; and determining a second common mode of operation according to a comparing result, wherein the second common mode is the highest performance common mode of operation for the first and second node devices.

Abstract: The present invention provides a repeater and associated method for performing auto-negotiation between two node devices in the Ethernet network. The repeater includes a receiver receiving related information of auto-negotiation of a first node device, a control unit processing the received information and determining a common mode of operation for the first node device and the repeater, and a transmitter transmitting a determining result to a second node device. The associated method includes selecting a first common mode of operation according to respective modes supported by the first node device and the repeater; comparing the first common mode with modes supported by the second node device; and determining a second common mode of operation according to a comparing result, wherein the second common mode is the highest performance common mode of operation for the first and second node devices.