Frequently Asked Questions
What is the impedance of the JBL Live 770NC?
What is the battery life of the JBL Live 770NC?
At 65 hours, the JBL Live 770NC is 41% above the category average for battery life, ranking
#80 out of 394 — see ranking headphone products.
What is the lowest frequency of the JBL Live 770NC?
At 20 Hz, the JBL Live 770NC 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 JBL Live 770NC?
At 20000 Hz, the JBL Live 770NC is 30% below the category average for highest frequency, ranking
#298 out of 561 — see ranking headphone products.
What is the battery life of the JBL Live 770NC?
At 50 hours, the JBL Live 770NC is 20% above the category average for battery life (anc), ranking
#33 out of 143 — see ranking headphone products.
How big is the JBL Live 770NC battery?
At 850 mAh, the JBL Live 770NC is 17% above the category average for battery capacity, ranking
#50 out of 214 — see ranking headphone products.
How long does the JBL Live 770NC take to charge?
Does the JBL Live 770NC have USB Type-C?
Yes, the JBL Live 770NC has USB Type-C. This feature is found in 80% of headphones.
How does it compare?
How does the JBL Live 770NC's charge time compare to similar headphoness?
How does the JBL Live 770NC's battery life compare to similar headphoness?
How does the JBL Live 770NC's lowest frequency compare to similar headphoness?
How does the JBL Live 770NC's highest frequency compare to similar headphoness?
How does the JBL Live 770NC's battery life (anc) compare to similar headphoness?
At 50 hours, the JBL Live 770NC leads the
JBL Tour One M2 (30 hours) by 40%.
How does the JBL Live 770NC's weight compare to similar headphoness?
How does the JBL Live 770NC's battery capacity compare to similar headphoness?
At 850 mAh, the JBL Live 770NC leads the
Haylou S40 (650 mAh) by 24%.
How does the JBL Live 770NC's sound pressure level compare to similar headphoness?
At 100 dB/mW, the JBL Live 770NC leads the
JBL Tour One M2 (93 dB/mW) by 7%.