Saramonic K9 Digital Duo

The Saramonic K9 is a dual-channel digital UHF wireless audio system designed for professional filmmaking. It features 32-bit float onboard recording, precise timecode synchronization, and a wide dynamic range for exceptional audio quality. The system includes rugged, miniature lavalier microphones and offers stable, interference-resistant performance.

The Saramonic K9 is a professional-grade dual-channel wireless audio system engineered for demanding filmmaking environments. By utilizing the reliable digital UHF spectrum, it provides superior interference resistance and stable transmission, outperforming standard 2.4 GHz systems. The system features an impressive 130 dB input dynamic range and a 120 dB analog output, ensuring high-fidelity audio capture from the quietest whispers to the loudest sounds. A key feature is the 32-bit float onboard recording with up to 256 GB of storage, which guarantees that no audio is clipped or lost, allowing for seamless recovery in post-production. For streamlined workflows, the K9 also offers timecode synchronization, allowing you to wirelessly sync all your devices to the exact frame via the Saramonic System app or a 3.5mm wired connection, eliminating manual post-production headaches. The system includes industry-leading 3 mm miniature lavalier microphones that are easy to hide and feature IP67 dust and water resistance with Kevlar-reinforced cabling for exceptional durability. Units are designed with hidden buttons to prevent unwanted presses during a shoot. The transmitter lasts for 9 hours and the receiver for 8 hours on a single charge, with versatile power options including USB-C and various battery types.

Key Features:

• Digital UHF wireless transmission for superior stability
• 32-bit float onboard recording with 256 GB storage
• Timecode synchronization via app or wired connection
• 130 dB input dynamic range
• IP67 dust and water-resistant miniature lavalier mic
• Hidden buttons to prevent accidental operation
• Up to 9 hours of battery life on the transmitter