Our solution achieves high resolution, low power consumption, low cost and small form factor through the usage of highly integrated radar transceivers, AoP design and AI accelerator.
KaiKuTeK expects to provide consumers with a faster, more intuitive, and more convenient user experience by providing new ways of human-computer interface.
We are always committed to follow the latest development in innovative technologies, and we will never stop investing in cutting-edge technologies to meet the status quo, and will strive to provide excellent products through reliable and innovative technological development.

UPM01
Ultra low power MEMS BCM
UPM01 is an ultra low power MEMS Bone Conducted Microphone (MEMS BCM). This advanced microphone is optimized for use in applications that require high-quality sound capture with minimal power consumption. UP301
Ultra low power SoC
UP301 is an ultra low power SoC. This dual core RISC-V SoC is equipped with an AI accelerator and utilizes novel engineering techniques to enable Near Threshold Computing, resulting in a significant reduction in power consumption.

Industrial Noise Mitigation Design


Open Environments
For noise reduction solutions in open environments, acoustic cameras and all-day noise simulation analysis are carried out based on customer needs; we help customers understand factory noise sources and external environmental noise, and establish a visual model for noise source and simulation results. .
Based on the frequency distribution of noise, both of passive noise reduction and active noise reduction methods are provided to customers with effective noise reduction solutions. Applicable areas: Factory roofs, operation areas, open noise environments, cooling tower, wind outlets, etc.
Semi-Open Environments
In semi-open industrial spaces, feedforward active noise reduction mode or feedback active noise reduction mode can be selected according to customer needs, we create a quiet zone within the working area, ensuring the protection of workers.


Machine tool noise reduction
For the noise reduction solution of the machine tool, we employ an acoustic camera to measure the machine's noise, analyze its noise pattern, and collaborate with partners to install secondary speakers. We provide various noise reduction parameters based on the operating mode, all aimed at creating a labor-friendly working environment.

Recording and analyzing the noise with the Digital camera SoundCam on-site Using MSC software Actran to further analyze the frequency and decibel distribution Considering PNC (passive noise cancellation) firstly, PNC could be one of the most effective way to reduce high frequency noise. Then, for the low frequency noise, SteadyBeat ANC solution is the best way to reduce the noise.