Frequently Asked Questions
What is the battery life of the Audio-Technica ATH-S300BT?
At 90 hours, the Audio-Technica ATH-S300BT is 96% above the category average for battery life, ranking
#32 out of 394 — see ranking headphone products.
What is the battery life of the Audio-Technica ATH-S300BT?
At 60 hours, the Audio-Technica ATH-S300BT is 44% above the category average for battery life (anc), ranking
#11 out of 143 — see ranking headphone products.
What is the impedance of the Audio-Technica ATH-S300BT?
At 32 Ohms, the Audio-Technica ATH-S300BT is 42% below the category average for impedance, ranking
#145 out of 453 — see ranking headphone products.
What is the lowest frequency of the Audio-Technica ATH-S300BT?
At 20 Hz, the Audio-Technica ATH-S300BT is 31% above the category average for lowest frequency, ranking
#12 out of 559 — see ranking headphone products.
What is the highest frequency of the Audio-Technica ATH-S300BT?
At 20000 Hz, the Audio-Technica ATH-S300BT is 30% below the category average for highest frequency, ranking
#298 out of 561 — see ranking headphone products.
Does the Audio-Technica ATH-S300BT have USB Type-C?
Yes, the Audio-Technica ATH-S300BT has USB Type-C. This feature is found in 80% of headphones.
How does it compare?
How does the Audio-Technica ATH-S300BT's battery life compare to similar headphoness?
How does the Audio-Technica ATH-S300BT's charge time compare to similar headphoness?
How does the Audio-Technica ATH-S300BT's lowest frequency compare to similar headphoness?
How does the Audio-Technica ATH-S300BT's highest frequency compare to similar headphoness?
How does the Audio-Technica ATH-S300BT's battery life (anc) compare to similar headphoness?
At 60 hours, the Audio-Technica ATH-S300BT leads the
JBL Tour One M2 (30 hours) by 50%.
How does the Audio-Technica ATH-S300BT's weight compare to similar headphoness?
How does the Audio-Technica ATH-S300BT's sound pressure level compare to similar headphoness?
At 103 dB/mW, the Audio-Technica ATH-S300BT leads the
JBL Tour One M2 (93 dB/mW) by 10%.