EW-DX EM 2 DANTE (V5-7: 941.700- 951.800 MHz) - 941.7 to 951.8 and 953.05 to 956.05 and 956.65 to 959.65 MHz Two-channel Digital Half-rack (9.5") Dante-enabled Receiver

Features

• 134 dB input dynamic range - no need to set gain on your wireless transmitters at all, thanks to proprietary Sennheiser Performance Audio Codec (SePAC)
• 2 rod antennas
• 4 rubber feet
• AutoScan-feature quickly scans your environment and deploys frequencies with equidistant channel spacing - even without RF knowledge
• Clear and easy focused user interface with OLED display, jog wheel navigation and control buttons
• Equidistant channel spacing to easily allocate intermodulation-free channels: Standard Mode with 600 kHz spacing for up to 146 channels; Link Density (LD) Mode with 300 kHz spacing for up to 293 channels
• Ethernet connectivity (IPv4 and IPv6)
• EW-D Power Supply with country adapters
• EW-DX EM 2 Dante rack receiver
• Extended menu settings such as custom frequency list, selectable sync parameter and walk test
• External PSU 12V/1A
• Flexible network modes: single cable (Control, Dante®, PoE), split mode (Control + PoE and Dante® daisy chain), redundancy mode (Control + PoE, Dante® Prim, Dante® Sec)
• GA 3 rack mount kit
• Includes:
• Link Quality Indicator (LQI) showing the quality of the links seperate to the RF levels
• Low latency of 1.9 ms wireless transmission thanks to proprietary Sennheiser Performance Audio Codec (SePAC)
• Network enabled for expanded remote control with Sennheiser Control Cockpit, Wireless System Manager (WSM - Available in 2023) and 3rd party media control systems via plug-in
• Power over Ethernet (PoE IEEE 802.3af Class 3)
• Remote control via Smart Assist App over Bluetooth® Low Energy (BLE) at distances up to 25 meters (Available in 2023)
• Secure transmission of confidential content using AES 256 encryption
• Selective headphone output with volume control on front panel
• Two-channel digital half rack (9.5") with Dante® in rugged metal housing
• Up to 88 MHz switching bandwidth
• Worldwide usage (specific frequencies subject to local RF regulations)