CYW4354XKUBGT

CYW4354XKUBGT is an RF transceiver IC used for IEEE 802.11n/ac WiFi applications. It integrates a 2.4 GHz radio with integrated front-end and a partial 802.11a/b/g MAC, optimized for low power consumption. It is designed for embedded systems such as consumer electronic devices, automotive products and high-speed wireless internet applications.

The CYW4354XKUBGT is designed for IEEE 802.11n/ac applications, but is also compatible with the previous IEEE 802.11a/b/g standards. It has a single-band 2.4GHz radio, with integrated front-end. The radio supports the 20MHz, 40MHz, and 80MHz bandwidths. It also has a built-in PA for high power applications.

In addition to the radio, the CYW4354XKUBGT also has a WLAN Medium Access Control (MAC) engine, which supports the features required for IEEE 802.11n/ac applications such as packet aggregation, frame bursting, and link aggregation. The MAC provides a hardware acceleration for QoS control, packet filtering, and burst error detection. It also includes an on-chip CMOS power-amplifier for higher transmission powers.

The Cypress CYW4354XKUBGT offers a low power consumption solution for IEEE 802.11n/ac applications. Its extremely low power consumption is achieved through its advanced power management features. The device allows dynamic power modes that allows it to reduce its power consumption when not in use. It also has an advanced sleep and wakeup management that allows the radio to reduce its power consumption when idle.

The CYW4354XKUBGT also offers an advanced security feature set. It has support for WPA2-PSK, WPA2-AES, and WEP. It also provides advanced security features such as 802.11i/WPA2 with pair-wise key management and Mutual Authentication. It also provides an optional encryption module that supports AES, TKIP, and WEP encryption.

Overall, the CYW4354XKUBGT is an excellent solution for embedded systems that require low power and high performance for IEEE 802.11n/ac applications. Its advanced features and high performance make it one of the most suitable solutions for any embedded system design.