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The axion is a hypothetical particle proposed to solve the strong $CP$problem, and also a candidate for dark matter. This non-relativistic particlein the galactic halo can be converted into a photon under a strong magneticfield and detected with a microwave resonant cavity. Relying on this detectionmethod, many experiments have excluded some mass regions with certainsensitivities in terms of axion-photon coupling ($g_{a\gamma\gamma}$) fordecades, but no axion dark matter has been discovered to date. CAPP-8TB is anaxion haloscope experiment at IBS/CAPP designed to search for the axion in amass range of 6.62 to 7.04 $\mu$eV. The experiment aims for the most sensitiveaxion dark matter search in this particular mass range with its first-phasesensitivity reaching the QCD axion band. In this presentation, we discuss theoverview of the experiment, and present the first result. We also discuss anupgrade of the experiment to achieve higher sensitivity.

CAPP-8TB: Search for Axion Dark Matter in a Mass Range of 6.62 to 7.04 $\mu$eV