CYW20736ET

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CYW20736ET is a RF Transceiver ICs which supports 2-stream 802.11a/b/g/n/ac WLAN with Bluetooth 4.1 and a range of supported application. It maximizes WLAN performance for higher throughput and better thermal efficiency. The chip expands the available WLAN bandwidth by implementing features such as MIMO (multi-input and multi-output) technology, bandwidth aggregation and spectrum overlay. It also supports Bluetooth 4.1, which offers low power consumption and decreased latency while maintaining support for audio and data streaming applications.

CYW20736ET supports advanced 802.11ac technology from 2.4GHz to 5GHz (VHT80), offering high throughput rates and up to 33dBm of throughput. This chip is a step up from its predecessor, the CYW20735, offering faster data rates, support for wide range of coexistence features (including Bluetooth Low Energy(BLE) and increased power efficiency. It also features an enhanced Bluetooth Link Layer, which improves compatibility with Bluetooth 2.1 devices. The chip supports up to three simultaneous data streams using the latest VHT80 technology.

The CYW20736ET works with a sophisticated radiofrequency (RF) waveform. It contains an RF transceiver that consists of a radio frequency (RF) receiver and transmitter. The CYW20736ET is an integrated RF transceiver ICs with multiple functional blocks like Power management IC (PMIC), crystal oscillator, voltage regulator (VR), and various other peripheral circuits like filters, drivers, etc. The signal on the RF transceiver is modulated by the digital part of the IC (baseband) to form the digital transmission for the modulation of the RF carrier.

The main purpose of a RF Transceiver ICs is to transmit and receive signals at suitable frequencies. The transmitting part of the RF transceiver is referred to as the Transmitter (Tx) and the receiving part is referred to as the Receiver (Rx). The CYW20736ET has a frequency range from 2.4 GHz to 5GHz (VHT80) and can support up to three simultaneous data streams. The transmitter and receiver need to be tuned to exactly the same frequency to ensure proper communication. The transmitter will modulate or encode the data signal on the RF signal before transmitting and the receiver will demodulate or decode it once it has been received.

The CYW20736ET also supports a wide range of advanced WLAN features, such as 802.11d, WMM-PS, U-APSD, Programmable Packet Delivery (PPD), and Wide-Range Acoustic Performance (WRAP). It also offers advanced features like Bluetooth Low Energy (BLE), which requires less power to operate. The CYW20736ET also supports QoS or Quality of Service (QoS) in 802.11ac. This allows the owners of the network to control the traffic in case of heavy load.

The main benefits of using the CYW20736ET RF Transceiver ICs are the improved wireless connection and the reduced size of the chip. By implementing advanced 802.11ac/b/g/n/ac technology from 2.4GHz to 5GHz, it provides high throughput rates, improved power efficiency, better quality signals and coexistence with other technologies like Bluetooth 4.1. In addition, its small form factor and low power consumption make it an attractive choice for implementing wireless systems.

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