RODE RODELink Lav Mini Condenser Omnidirectional Lavalier Lapel Microphone with Locking 3.5mm TRS Output for RODELink TX-BELT and TX-XLR

RØDELink LAV
Professional Lavalier Microphone

The RØDELink LAV is a professional-grade lavalier microphone designed for use in a wide range of applications. It features an ultra-low-noise omnidirectional capsule, making it very forgiving when placing on talent, and comes with a pop filter for minimising plosives. Its 1.2m (4') Kevlar-reinforced shielded cable is extremely durable, ready to take on the rigours of any shoot, and also features a 3.5mm TRS locking connector for added security. The RØDELink LAV is designed to pair perfectly with the RØDELink Filmmaker Kit.

Features:
► For DIY Videographer
► Lapel Mic for RODELink TX-BELT or TX-XLR
► Locking Gold-Plated 3.5mm TRS Connector
► Durable Kevlar-Reinforced Cable
► Easy to Conceal
► Omni Polar Pattern Provides 360° Pickup
► Wide 20 Hz to 20 kHz Frequency Range
► Pop Shield Reduces Vocal Plosives
► Mic Clip with Cable Management
► Works with Sennheiser/Senal Transmitters

Other Details:
► Designed for use with Rode RODELink wireless microphone systems
► Locking 3.5mm TRS output provides compatibility with Rode RODELink TX-BELT beltpack transmitters, RODELink TX-XLR transmitters, and many wireless transmitters from Sennheiser and Senal
► Discreet miniature mic capsule is easily concealed
► Condenser mic element and active JFET electronics yield a wide 20 Hz to 20 kHz frequency range
► Kevlar-reinforced cable ensures lasting durability
► Gold plating on 3.5mm plug enhances conductivity
► Foam pop shield softens vocal plosives and wind noise
► Mic clip with cable management included for neatly securing microphone to clothing
► Small pouch included for storage and transport

Specifications:
• Brand: RODE
• Model: RODELink Lav
• Form Factor: Lavalier
• Sound Field: Mono
• Element Type: Electret Condenser
• Frequency Range: 20Hz to 20kHz
• Maximum SPL: 110 dB SPL
• Sensitivity: -33.5 dBV/Pa at 1 kHz
• Power Sources: Plug-In Power