Delivering no-compromise performance —on any stage— the Sennheiser EM6000 DANTE™ 2-Channel digital receiver is a member of Sennheiser's Digital 6000 Series. With its large 244MHz switching bandwidth, it's able to seek out and find reliable transmission paths in absolutely any situation. Its renowned Long-Range (LR) mode (as with the masterpiece 9000, sold separately) ensures superior audio signal quality, even in the most demanding of high-frequency environments. Error correction and audio error masking recognize and fix problems long before they're even audible, guaranteeing a reliable connection where other systems may fail.
- (1) EM6000 DANTE receiver unit
- 19" 2-Channel receiver, 1U
- Dimensions (H × W × D, with mounting elements): 1.73" x 19.02" x 14.69" (44 x 483 x 373mm)
It features maximum overview, quick setup, and shortcuts to important functions. The concept for the user interface on contrast-rich, white OLED displays comes from practical experience: at a glance, all vital parameters are summarized, and important functions are reached directly through home screens, with no lengthy navigation paths. The unit's auto-setup enables scanning and frequency distribution to all connected devices directly via the receiver. Of course, it can be monitored and configured using Wireless System Manager (WSM) software.
- (1) Mains cables
- Large 244MHz switching bandwidth
- Frequency Response: 30Hz - 20kHz (1.5dB)
DANTE On Board
- (2) Antennas
- Legendary Long Range mode (LR) with proprietary audio codec (SeDAC) from the masterpiece Digital 9000
- Total Harmonic Distortion (THD):< 0.03% (at 1kHz)
The unit integrates seamlessly with existing digital or analog infrastructures; it includes a digital AES output with word clock I/O, high-quality analog, transformer-balanced XLR and 6.3mm TRS outputs, as well as a 6.3mm headphone output, plus an Audinate Brooklyn II card offers 2 additional amphenol RJ-45 connectors for integrating the receiver into a DANTE network.
- (2) BNC antenna cables (50Ω) for daisy-chaining
- True bit diversity utilizes both receiver paths, combines their information content to provide the best possible signal
- Weight: 11lbs., 7oz. (5.2kg)
This great device is compatible with all Sennheiser UHF antennas.
- (1) Quick guide
- Equidistant frequency grid for maximum channel density and simplest setup
- Power Consumption: 35W Max
- (1) Safety guide
- 32 Superior Quality RF pre-selection filters for optimal suppression of interference signals at antenna input
- Audio Output: AES3-2003, XLR-3: 48kHz, 96kHz, 24-bit DANTE, RJ-45: 48kHz, 96kHz, 24-bit
- (1) Booklet with specifications and manufacturer declarations
- Digital transformer balanced analog outputs XLR, 6.3mm jack, AES-3, EM6000 DANTE with Brooklyn II Card and amphenol RJ-45
- Operating Temperature: 14°F to 122°F (−10°C to +50°C)
- Storage Temperature: -13°F to 158°F (−25°C to +70°C)
- Switching Bandwidth: 244MHz
- Power Supply: 100 - 240VAC, 50/60Hz
- Dynamic Range: 111dB(A) Type
- Frequency Range: 470 - 714MHz
- Image Rejection: > 100dB, typical
- Sensitivity: -100dBm, typical
- Word Clock:
- Input: BNC, 75Ω
- Output: BNC, 75Ω
- Sampling Rates: 48kHz, 96kHz
- Operating Relative Humidity
- Operation: Max 85% at 104°F (Non-Condensing)
- Storage: Max 90% at 104°F (Non-Condensing)
- Transmission Method: Digital Modulation, "LR" mode Min. frequency spacing for equidistant grid: 325kHz
- DANTE: IEEE 802.3 (1000Mbit/s), 2 × shielded RJ-45 connection
- Latency:
- Analog Audio Out: 3ms
- Digital Audio Out: 3ms (AES/EBU)
- Audio Codec: SeDAC
- Receiver Principle: Double superheterodyne
- Diversity Principle: True bit diversity
- Encryption: AES256
- Daisy chain outputs: 2x BNC (50Ω) 0dB +/- 0.5dB amplification relative to antenna inputs
- Receiving Channels: 2
- Daisy-Chained Receivers (RF): Max. 8x EM6000 units (additional units sold separately)
- Power Plug: 3-pin, protection class I (as per IEC/EN60320-1)
- Water Protection Code: The product must not be exposed to dripping and splashing (IP2X)
- Note: further information can be found within the items located under the "Documentation" tab above.