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RBH EP3 Noise Isolating Earphone

////RBH EP3 Noise Isolating Earphone
  • RBH EP3 Noise Isolating Earphone

RBH EP3 Noise Isolating Earphone

1.2M Noise Isolating Earphone
SKU: EP3 Category:

Product Description

EP3 Noise Isolating Earphones deliver the high fidelity our company is known for to your iPhone©, iPod©, MP3 player, smart phone or other personal audio player. Our continuous quest for optimal performance led us to the use of ceramic housing. Ceramic due to its relatively neutral acoustic properties, improves audio performance resulting in high fidelity while providing a polished visually stunning appearance. The microphone and smartphone control module adds several convenience functions with just the push of a button. By activating functions with a single button, the earphones become almost hands-free with the microphone close to the mouth and jaw area for clearer conservations. Regular earbuds, like the ones that come with your player, just can’t match the EP3’s performance, control or noise isolation capabilities! These durable and stylish earphones come with a protective carrying pouch, a cord clip, ear cushions of two types: Comply Foam Tips in medium and large, and silicone ear cushions in small, medium and large for a comfortable and personalized fit.

Features

  • The EP3 earphones include mic-module adding several functions with the push of only one button.
  • Delivers the high fidelity sound our company is known for.
  • Provides a wide sound stage free from outside noise and interruptions.
  • Compact, lightweight, portable design for easy traveling and comfort.
  • Comply isolation (black) tips in medium and large included.
  • Silicone ear tips in small, medium and large sizes included.
  • Durable storage pouch for on-the-go protection and convenience.

Specifications

  • Model Name: EP3
  • Drive Size: 8mm Dynamic Dome
  • Noise Isolation: 16dB w/Comply Foam Tips
  • Input Connection: 3.5mm Mini-jack
  • Cable Length :1.2m (±0.03m)
  • Color: Ceramic/Gloss Black

Additional Information

Frequency Response

Impedance

Sensitivity