AM3703CBPD100

AM3703CBPD100 application field and working principle

AM3703CBPD100 is a low-power, Wi-Fi Wireless network processor module based on Texas Instruments\' (TI) TNETW1283 chipset. The AM3703CBPD100 is well suited to a broad array of applications including the deployment of Wi-Fi applications in consumer electronics, home automation, home theatre, digital signage, industrial automation and embedded devices.

The ideal application fields for the AM3703CBPD100 are embedded systems that require both Wi-Fi connectivity as well as computer processing. It features a powerful ARM926EJ-S core processor as well as a TNETW1283 chipset capable of delivering up to 54 Mbps over 802.11b/g/n. This makes AM3703CBPD100 an excellent choice for building embedded devices that need robust Wi-Fi connectivity and medium-level processing power.

The AM3703CBPD100 is also a versatile processor module that is used in a host of different applications. Its application fields include, but are not limited to, Smart TV, Digital Signage, POS systems, Surveillance systems, Set-top boxes, Vending machines, Industrial automation systems, and much more.

Working Principle of AM3703CBPD100

The AM3703CBPD100 makes use of TI’s TNETW1283 chipset for its 802.11b/g/n Wi-Fi connectivity. This chipset features a total of three networking subsystems: the Media Access Network (MAN) Controller, the PHY Layer and the WLAN MAC Layer. Each of these subsytems is responsible for a different aspect of the wireless network,.

The MAN Controller acts as the master network controller and is responsible for controlling the wireless network. It shares the task of connecting the wireless clients to the wireless access point (AP) and directing their packets towards the right AP. The MAN Controller also ensures that the wireless clients are authorized to access the network.

The PHY Layer is responsible for the physical connection of the Wi-Fi network. It is responsible for the transmission and reception of radio waves and is in charge of providing the physical layer of the wireless connections. For example, it handles the authentication protocols and the encryption of the wireless connections.

The WLAN MAC Layer is the component that manages the MAC layer of the wireless connections. It is responsible for the address resolution protocol (ARP), the routing of the packets, and the filtering and scheduling of the packets.

The AM3703CBPD100 is also equipped with an ARM926EJ-S processor core. This processor is responsible for most of the general-purpose tasks of the device as well as for executing any application-specific code that has been programmed into it. For example, the processor can be used for running programs that control the operation of sensors, motors and other peripheral devices.

Conclusion

The AM3703CBPD100 is designed to provide Wi-Fi network connectivity as well as a powerful microprocessor for a range of embedded applications. Its application fields include Smart TV, Digital Signage, POS systems, Surveillance systems, Set-top boxes, Vending machines, and Industrial automation systems. The device is capable of delivering up to 54 Mbps over 802.11b/g/n and features a MAN Controller, PHY Layer, WLAN MAC Layer and an ARM926EJ-S processor core.