Capable of operating in 60- to 64-GHz band, Rhine AiP can be applied in such fields as transport, surveillance and security, smart home and industrial detection.
What are the components of Calterah SoC chips?
Calterah SoC chips integrate radio, baseband and CPU.
What kinds of CFAR schemes and DoA estimation methods Calterah SoC chips provide?
With integrated baseband, Calterah SoC can output not only ADC raw data but also range FFT and velocity FFT data, and point cloud data of DoA.
Are all Calterah chips automotive-grade? What certifications has Calterah achieved?
Calterah offers two kinds of chips, automotive-grade and industrial-grade. Automotive-grade products meet the requirements of AEC-Q100, among which SoC chips have achieved ISO 26262 ASIL-B certification.
How do you distinguish between automotive-grade and industrial-grade SoC chips?
All automotive-grade products have a telling part number affixed with A (“automotive”, such as AE and AB), while industrial products have a telling part number affixed with I (“industrial”, such as IE and IB).
What are the maximum junction temperatures for automotive-grade and industrial-grade SoC chips respectively?
Both are 125℃.
What kind of development boards can Calterah offer? And what are their specifications?
What kinds of software should be installed before using Calterah-provided development boards?
Java, Python and ARC GNU IDE environment should be installed in advance.
Where to download the development tools and environments for radar development platforms?
Guides and download links for SDK, GUI and development environments can be found in software release packages <https://www.calterah.com/producttypes/tools-alps/>
