Products (ASSP)

The ENS92040 includes four receive and transmit signal paths. Each receive path includes a dedicated IQADC, receiver path DSP including filtering, IQ/DC correction, equalizer, NCO for non-zero-IF BFIC interfaces, complex gain and true-time delay for squint free wide-band digital beamforming. Data paths are aggregated with data from an adjacent ENS92040 device and forwarded to the next ENS92040 device in the chain, using a JESD204B SerDes interface and finally into a FPGA/Modem. Data sample timing is preserved for beam coherence. Each transmit path includes four signal paths, each with a transmitter path DSP including complex gain and true-time delay for squint free wide-band digital beamforming, filtering, DPD & CFR functions for power and spectrally efficient transmissions, NCO for non-zero-IF BFIC interfaces, equalizer, IQ/DC correction, and final IQDAC. The transmit data from a FPGA/modem device are passed along a chain of ENS92040 devices using a JESD204B SerDes interface. Data sample timing is preserved for beam coherence.

The ENS92051 is an 16-channel dual beam receive analogue beamforming BFIC designed for Ku-band electronically steerable antennas, enabling best in class dual beam power consumption. Europe supply chain and designed to meet the requirements of DO-254 DAL 5 and AEC-Q100 automotive grade 2.

The ENS92052 is an 8-channel transmit analog beamforming BFIC designed for Ku-band electronically steerable antennas. Europe supply chain and designed to meet the requirements of DO-254 DAL 5 and AEC-Q100 automotive grade 2.

The ENS92031 BFIC integrates 8 receive paths operating at 17.7-21.2GHz. The on-chip receive paths are summed and provided at Ka-band for analogue beamforming.

The ENS92032 BFIC integrates 8 transmit paths operating at 27.5GHz to 31GHz. The on-chip transmit paths are split and provided at Ka-band for analogue beamforming.

Integrates transmit and receive on one chip, enabling compact antenna arrays. The ENS92030 integrates 4 receive and 4 transmit paths operating at 17.7-21.2GHz and 27.5-31 GHz respectively. The on-chip receive paths are summed and provided on a selectable output at Ka-band for analogue beamforming or IQ baseband signals. The on-chip transmit path takes input IQ baseband signals.