（nb）Audio / S26SKLTWH

(nb)Audio / SkeLeTon is a casual and compact completely wireless earphone that supports high-quality LDAC and has active noise canceling functionality, yet is priced affordably at less than 10,000 yen.

■Two colors of fully wireless earphones with a distinctive translucent design
■12mm large diameter dynamic driver
■Supports LDAC, a high quality wireless codec
■Active noise canceling reduces ambient noise
■External sound capture allows you to hear surrounding sounds while wearing the earphones
■Gaming mode reduces audio lag in games and videos
■Dual microphone ENC allows calls and voice meetings in noisy places
■Approximately 5.5 hours on its own (ANC OFF), up to 20 hours when combined with the charging case Long-lasting playback
■Touch sensor allows you to operate songs, adjust volume, receive calls, and activate voice guidance on your smartphone
■Easy automatic pairing without button operation
■Technical conformity certification obtained for use in Japan

＜Specifications＞
■Fully wireless earphones with LDAC-compatible active noise canceling function
■Driver: φ12mm dynamic full-range single
■External dimensions: (earphones) 20.7x32.8x22.4mm, (charging case) 58.3x44.5x24.6mm
■Weight: (earphones) 4.5g, (charging case) 45g
■Power supply: Main unit: DC3.7V/40mAh (built-in)/Charging case DC3.7V/400mAh Capacity density: 385Wh/L (built-in)
■Continuous playback time (maximum)※1: Approximately 5.5 hours/When using charging case: Approximately 20 hours (ANC OFF)
■Continuous talk time (max) *1: Approx. 4.0 hours/When using charging case: Approx. 15 hours
■Communication method: Bluetooth Ver5.2/Class2
■Profile: A2DP, AVRCP, HFP, SSP
■Supported codecs: LDAC, AAC, SBC
■Microphone: Omnidirectional x2
■Accessories: Charging case, charging cable (USB TYPE-C), 3 sizes of earpieces [M size is already attached to the main unit], instruction manual/warranty card (Japanese)
■Warranty period: 1 year
■Certification: Technical standards compliance certification number 218-220012
*1Continuous playback/talk time may be shortened due to external factors such as radio wave environment.