SRF1280-8R2Y

SRF1280-8R2Y Application Field and Working Principle

SRF1280-8R2Y is an array of 8 RF System-on-Chips (RoC) Optimized for Transceiver applications, providing a wide range of features including efficient transceivers, multiple RF energy harvesting and transmit/receive components. It is designed for use within a wide range of RF microwave and millimeter-wave radio frequency applications.

Application Field of SRF1280-8R2Y

The SRF1280-8R2Y array is used in various radio frequency microwave and millimeter-wave applications. It is well suited for multi-frequency radio communication, wireless communication, satellite communication, and internet technology. It is suitable for applications such as cellular base stations, broadband access nodes, and remote radio units. SRF1280-8R2Y is also suitable for a range of consumer applications such as digital TV and mobile internet.

Working Principle of SRF1280-8R2Y

The SRF1280-8R2Y array consists of 8 Radio Frequency System-on-Chips (RoC) Optimized for Transceiver applications. These chips provide a comprehensive suite of features and functionalities, including efficient transceivers, RF energy harvesting capabilities, transmit/receive components, and an integrated RF signal chain. The integrated Transmit/Receive (TRX) function, allows the array to transmit or receive signals on multiple channels and across multiple frequency bands, while offering optimized power consumption and dynamic range.

The array employs an innovative ultra-low power architecture, that allows the same frequency and power levels to be achieved with minimal power consumption, making it ideal for applications where power efficiency is a key concern. The integrated components of the array include an RF-DAC (digital-to-analog converter), an RF-ADC (analog-to-digital converter), a low-noise amplifier (LNA), a medium-power amplifier (MPA), and a programmable attenuator, aiding the array in its ability to generate and avoid interference.

The SRF1280-8R2Y also offers an integrated Interference Mitigation function, which allows the array to dynamically adjust its transmission parameters to reduce interference. Additionally, the array employs a multi-frequency enablement scheme, which allows it to rapidly switch between frequency bands without resetting its parameters.

Conclusion

SRF1280-8R2Y is an array of 8 RF System-on-Chips (RoC) Optimized for Transceiver applications. It is designed for use within a wide range of RF microwave and mm-wave radio frequency applications. The integrated components and innovative low-power architecture enable the array to generate and avoid interference while providing optimized power consumption and dynamic range. Additionally, the Interference Mitigation feature allows the array to dynamically adjust its transmission parameters to reduce interference while the multi-frequency enablement scheme enables the array to rapidly switch between frequency bands.