ADRV9002 is the first in a new family of highly integrated RF Transceivers. Developed for demanding narrow and wideband signals, the ADRV9002 is a flexible RF to digital radio solution capable of operating in TDD or FDD modes. ADRV9002 is uniquely suited for use in mission-critical communications networking and power sensitive battery operated terminal applications. The demo will showcase how the ADRV9002 can handle high dynamic range narrow KHz and broadband MHz signals in the presence of challenging RF blockers plus frequency agile software defined radio (SDR) flexibility. This demo also illustrates how the ADRV9002 platform solution can be developed with ADI’s advanced set of hardware and software tools enabling rapid prototyping and target system deployment.

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ADI’s latest of 5G mmW Solutions from Bits-To-Beams are here! This reference design showcases the fully internally developed antenna-in-board (AiB) mmW IF-to-beams front-end with all-ADI ICs addressing 24-29.5GHz FR2 bands in a 4T4R configuration, as well as the ultrawideband software-defined-radio MxFE Transceiver capable of supporting 4 & 8 stream hybrid beamforming systems. The AiB includes the complete power tree, mmW up/downconverters, 16 channel dual-polarized beamformers and phased array antennas with best-in-class efficiency and EIRP customizable for use cases spanning CPEs, repeaters, indoor / outdoor small cells or high capacity macro BTS deployments.

Come and learn about how to use the latest component from Analog Devices to construct a mmWave frequency transmitter that can achieve an order of magnitude lower EVM than the standards limit, enabling instrument grade performance in a small form factor without requiring a complex filter network. We will demonstrate the ADMV1013, a mmWave frequency modulator; the ADF4401A, an ultra-low phase noise translation loop PLL; and the MxFE, high speed Mixed Signal Front End that can directly create RF signals. The all-surface mount component-based signal chain can be used as a reference to rapidly build and deploy test and measurement systems that achieve equal or better performance compared to commercially available signal generators.

Learn about ADI’s multi-purpose 16-channel phased-array radar, electronic warfare, & SATCOM platform based on four of the newly-released AD9081 MxFE ICs. The platform integrates ADI's uModules as part of a full system power solution. Targeted to quickly enable customer evaluation within the Aerospace and Defense market, the platform contains functional software, firmware, and HDL to demonstrate multi-chip synchronization as well as system-level spurious, phase noise, and dynamic range improvements for phased-array radar applications. This platform enables low-latency loopback and fast-frequency-hopping demonstrators for electronic warfare.