Razer Seiren BT
  • Omnidirectional Microphone
  • Powerful Noise Suppression and Customization
  • Wireless, Ultra-light Clip-on Design

 

Microphone

  • Sample Rate: 48 kHz
  • Bit Rater: None
  • Capsules: 6mm Omnidirectional Microphone
  • Polar Patterns: None
  • Frequency Response: None
  • Power Requied: 
    Battery Capacity: 140 mAH
    Battery life: 6 Hours
  • Sensitivity: None
  • Max SPL: None
  • Impedence: None
  • Power Output: None
  • THD: None
  • Signal-To-Noise Ratio: None
  • Connection Type:
    Bluetooth Version: 5.0
    Analogue Connection: Yes
    Microphone Latency: Less than 20 msec
    Transmission Distance: Up to 10 meters
  • Weight: 16.4 g

Razer Seiren BT

SKU: MICRZ-SEIREN-BT
HK$799.00Price
  • With the Razer Seiren BT, clarity is wherever you want your content to be. Whether indoors or outdoors, enjoy the freedom to entertain from anywhere as you maintain perfect vocal clarity with a compact clip-on Bluetooth microphone ideal for IRL streaming and vlogging.

    With the ability to capture your voice clearly from any direction, you won't have to constantly talk into the Bluetooth mic, allowing for more freedom and flexibility especially when you’re on the move.

    Enjoy convenient control while on the go as you view and customize mic settings right from your mobile phone—from essential functions like adjusting mic gain and monitoring battery life, to advanced features such as noise suppression and audio monitoring.

    Whether it’s strong winds or noisy crowds, the Bluetooth mic can intelligently filter out noise from indoor/outdoor environments, thanks to an AI Mic feature that allows you to toggle between high or low noise suppression.

    As a specialized IRL streaming accessory, the Razer Seiren BT is engineered to work with bluetooth-device-enabled IRL streaming applications which enable you to go live from your smartphone. Simply connect your Bluetooth mic to your phone, and access functions like chat box and stream events notifications via your desired IRL streaming application.