Sennheiser Spectera DAD Directional Antenna

Sennheiser Spectera DAD Directional Antenna

Sennheiser Spectera DAD — Transceiving antenna (Digital Antenna Directional) for the Sennheiser Spectera wireless system. Manages IEM signals, mic/line signals, and data simultaneously. The DAD provides continuous interference management and remote control, and is equipped with a rugged RJ45 connector, IP54 protection, and PoE.

Features

• Transceiving antenna manages IEM signals, mic/line signals and data simultaneously
• Available variants: UHF (470–608 MHz and 630–698 MHz) or 1G4 (1350–1400 MHz and 1435–1525 MHz)
• Integrated RF components eliminate the need for additional dedicated RF gear such as combiners, splitters or boosters
• Directional antenna
• Rugged RJ45 connector for standard network cable CAT 5e or higher (point-to-point)
• Continuous interference management and remote control
• IP54 protection
• Fiber extension capabilities (supported converters in technical documentation)
• Optional use as dedicated fast and high-quality scanning device
• Powered over ethernet (standard POE)

Spectera Overview

The future of wireless pro audio is here, and it’s bidirectional. Featuring up to 64 channels (32 in/ 32 out) in a single unit, Spectera is the world’s first wideband, bidirectional digital wireless ecosystem, providing audio professionals with unparalleled capability and flexibility. Spectera’s 11 Audio Link modes give you unprecedented control of latency, audio quality and more for each link, while its bidirectional bodypacks manage both in-ear monitor and mic/line signals simultaneously.

At the heart of Spectera is Sennheiser’s remarkable wireless multichannel audio technology (WMAS) and its unique modulation and multiplexing capabilities, which make Spectera vastly more resistant to dropouts and RF fading than narrowband systems. Spectera also features built-in redundancy where it matters most: redundant power supplies, redundant Dante and optional redundant MADI audio I/O, and the ability to connect multiple antennas for redundancy, additional zone coverage, or additional spectrum capacity.