Jabra Biz 1100 EDU Headset

NOISE CANCELLING MICROPHONE | Hear the students, not the noise

Noise-cancelling technology helps students be heard clearly in noisy environments. With a microphone designed to exclusively pick up the speaker's voice, everyone listening can focus more on what's being said in the lesson and less on what's going on around them.

Learning has never sounded better.

HEARING PROTECTION | Safe and sound listening.

Jabra Biz 1100 EDU is equipped with PeakStop™ to protect young ears from sudden loud noises or prolonged high-level sound exposure, so even your youngest students can use it safely all day.

Hearing protection to shout about.

ALL-DAY COMFORT | Top marks for comfort.

The Biz 1100 EDU is built for comfort, with a feather-light, ergonomically designed frame and soft leatherette cushions, so they can focus on what they're learning and not what they're wearing.

Lightweight design = less distractions. Not from their headset anyway.

DURABLE DESIGN | Designed for learning. Built to last.

We've extensively tested Biz 1100 EDU against thousands of different bending movements to make sure it holds up for daily use by students. With durable, bend-proof cables and boom arms, this headset can cope with a bit of rough handling.

Top of the class for durability.

• Effectively cancels outside noise to eliminate distortion with maximum sound efficiency
• Listen to your favorite music with this over-the-head design headset
• Leatherette ear cushion material which is cost-effective and has a prolonged life
• Wired connectivity technology offers maximum listening convenience
• Your voice will be heard loud and clear with the boom microphone design to ensure maximum Headset usage efficiency
• Noise Cancelling microphone technology enables reliable voice transfer to ensure maximum usability
• Features USB connector
• Listen to distinct sounds from both the speakers in stereo sound mode
• Ear-cup design provides optimum comfort and noise isolation
• Hear every detail crisp and clear with a frequency response of 80 Hz-20 kHz