• AT5047

    Transformer-Coupled Cardioid Condenser Microphone

    • Exceptionally wide dynamic range
    • Four rectangular diaphragms
    • Discrete components
    • Transformer-coupled output
    • Hand assembled and inspected for 100% quality control
    • Advanced internal shock mounting

    Wireless Over-Ear Headphones with Pure Digital Drive™

    • Hear the full digital signal with Pure Direct Drive™
    • True Motion 45mm D/A Drivers feature a unique 4-core voice coil
    • Bluetooth 4.2 supports aptX-HD, aptX, AAC and SBC codecs
    • Luxury memory-foam for personalised, listening comfort
    • High-Resolution audio compatible via USB (up to 96kHz/24-bit)
    • Touch control and volume switch for music/call management
  • AT-LP3

    Advanced Fully-Automatic Belt-Drive Turntable

    • Fully automatic belt-drive turntable for 33-1/3 & 45 RPM speeds
    • AT91R Dual Moving Magnet™ phono cartridge
    • Universal, removable AT-HS3 headshell
    • Built-in switchable phono/line pre-amplifier
    • Switchable MM/MC cartridge modes
  • VM760SLC

    Dual Moving Magnet Stereo Cartridge with Special Line Contact stylus

    • Special Line Contact diamond stylus
    • VM type dual magnet system
    • Para-toroidal coils improve generating efficiency
    • Lightweight aluminium tapered cantilever
    • Centre shield plate for effective channel separation
  • ATH-E70

    Professional In-Ear Monitor Headphones

    • Three in-ear monitor models designed to fully answer the needs of demanding sound professionals
    • The acclaimed sonic signature of the Audio-Technica M-Series in an in-ear design
    • Flexible memory cable loops over ears for a custom fit
    • Specially designed housing provides maximum isolation
    • Detachable cable offers exceptional durability
  • ATUC-50

    Digital Full Featured Discussion System

    • Excellent Speech intelligibility
    • Up to 150 discussion units
    • Daisy chain or ring topology connection
    • Control available via web remote interface
    • Expandable and scalable system design