Keysight's 5G Baseband Exploration Library supports various 5G candidate waveforms for orthogonal and non-orthogonal multi-carrier communication systems, including advanced MIMO and beamforming signal processing. The library also provides transmitter and reference receiver modelling examples that can be easily re-designed to achieve optimal performance for comparison of each of the candidate standards proposals.
The new library consists of source code, models, subsystems, simulation examples, and infrastructure components for the high quality, rapid development and verification of advanced digital modems using Keysight’s SystemVue electronic system level simulation platform. The source code instills algorithmic confidence and provides an independent self-documenting reference library that allows system architects, algorithm developers and baseband hardware designers to quickly replace and modify blocks and subsystems to meet the needs of their specific end product. SystemVue’s integrated simulation environment allows users to investigate, implement and verify their communications PHY signal processing designs with dynamic link-level scenarios.
“Our new 5G library is the first product of its kind, providing a cost-effective way for design teams to jumpstart their 5G research while the standard continues to evolve,” said Charles Plott, marketing manager of Keysight EEsof EDA. "Our customers can rely on this innovative new business model to help them explore, validate and integrate the latest PHY developments as they happen, reducing hundreds of thousands of dollars in R&D costs, as well as schedule and technology risks, in a very complex environment.”