Key details

Type

Microphones

Brand

Hollyland

Condition

Brand New

Form Factor

Wireless

Polar Pattern

Omnidirectional

Exchange Possible

No

Microphone Bit Depth

24

Microphone Connectivity

Bluetooth, USB

Hollyland Lark A1 Wireless Lavalier Microphone Duo (USB-C) Highlights

• Omnidirectional Sound Capture — This microphone features an omnidirectional polar pattern, meaning it picks up sound equally from all directions. This makes it ideal for capturing natural-sounding dialogue and ambient audio without needing precise placement.
• Wireless Freedom — As a wireless lavalier microphone system, it offers significant freedom of movement for the wearer. This eliminates the hassle of cables, making it convenient for interviews, vlogging, and presentations.
• USB-C Connectivity — The USB-C version offers modern and versatile connectivity. This allows for direct connection to a wide range of devices, including smartphones, tablets, and computers, often enabling direct digital audio recording.
• Duo System — This is a duo system, meaning it includes two wireless transmitters and one receiver. This setup is perfect for recording conversations between two people, such as interviews or dual-host podcasts.
• Hollyland Brand Reputation — Hollyland is known for producing reliable and user-friendly wireless audio solutions for content creators. Their products often balance performance with accessibility for a wide range of users.

Description

• Delivers 48 kHz / 24-bit studio-grade audio with 120 dB Max SPL, preventing clipping in loud environments. • 3-Level Intelligent Noise Cancellation (Weak, Medium, Strong) filters out background noise and wind, adjustable via LarkSound app. • Ultra-compact transmitters (~8g) with built-in clips and magnetic backing for discreet placement. • Charging case provides up to 54 hours of combined battery life for both transmitters. • Offers a 200-meter (650 ft) line-of-sight wireless transmission range. • USB-C connectivity for charging and potential direct connection to compatible devices.

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