Cougar Immersa Ti Gaming Headset Headsets Discount Computer Needs

Cougar Immersa Ti Gaming Headset

Regular price $95.95 Sale

Immersa Ti is a 40mm-driver stereo headset that features high-end features such as titanium-coated driver diaphragms, an 9.7mm cardioid microphone and extra-sized earpads for enhanced isolation and comfort.

Impressive Sound Quality
Advanced 40mm titanium-coated diaphragm drivers deliver high-quality stereo audio with excellent bass, mid and treble differentiation. Immerse yourself in gaming or delight your ears with music.

Bass & Mid Enhancement

9.7mm of Clear Voice
Immersa Ti’s premium 9.7mm cardioid microphone transfers your voice clearly to your friends and teammates, ensuring an optimal online (in-game and off-game) chatting experience.

Total Comfort
Immersa Ti´s flexible structure and automatic omnidirectional adaptation will allow it to perform a 360º adjustments to maximize your comfort.

Glory on Your Ears
The 100mm-diameter and 35mm-thick ear pads will keep your ears comfortably covered and isolated from external noise, while its automatic omnidirectional adaptation maximizes your comfort.

Great Compatibility
The headset comes with a 4-pole connector that will allow you to use with laptops, phones, tablets and other devices; and an adaptor to separate the audio into two three pole connectors for PC use.


Titanium-Coated Diaphragm: Unique Sound Quality
40mm Driver: High-quality Stereo Sound
Ultra-thick (35mm) and Extra-Large (100mm) Ear Pads with Memory Foam
9.7mm Retractable Cardioid Microphone
Ultra Lightweight Suspended Leatherlike Headband Design
Automatic Omni-Directional Adaptive Ear Shells
4 Pole to 3 Pole Adapter for Extra Compatibility
Noise Cancellation Technology
Braided Cable for Extra Durability


Product Name COUGAR IMMERSA Ti Gaming Headset
Drivers 40mm
Frequency Response 20Hz - 20KHz
Sensitivity at 1KHz 97dB ± 3dB
Impedance at 1KHz 32ohm +/- 15%
Max. Input Power 100mW
Cable Length 2m


Type Noise Cancelling
Frequency 100Hz to 10kHz
Sensitivity at 1KHz -47dB ± 3dB
Impedance 2.2kΩ