Product brochure ew 300 G4 series

TECHNICAL DATA 2726 TECHNICAL DATA
Sennheiser Control Cockpit Software
Technical data
The Sennheiser Control Cockpit is Sennheiser’s new core control software embracing
digital workflows to optimize daily business routines. It is the central software for
control, monitoring and maintenance of all SpeechLine Digital Wireless, evolution
wireless G4 and Digital 6000 devices.
Key Features:
Global system statistics – overview of the system status with key
information at a glance
Easy device identification – naming, localization and paging function
for all devices
Status monitoring of all microphones within a network
(audio, wireless link quality, battery, network, settings)
Search and filter functions – fast identification and detection of
devices and settings
Device view for seamless management and overview of many devices
Location view for clear overview of big installations
Monitoring view for high level overview and control about all
microphones in one location
SMS / E-mail Push Notification on events or system warnings
Event log – Easy tracking of past notifications and alerts
Responsive Design – outstanding usability on any mobile device running iOS,
Android or Windows
Localized in multiple languages
Seamless software and firmware updates
Built-in interactive manual with search function for detailed information
Power consumption 500 mA
Powering 12V DC or 802.3af PoE
Phantom powering P 48
THD, total harmonic distortion typ. 0.1 %
Connection
Audio In:
Ethernet / Dante™:
PowerLink:
4x XLR3F
2x RJ 45 (1x with PoE)
2x 2pole connector
Compatible Products SL Rack Receiver DW
ewG4 EM 300
MEB 114
MEG 14-40-L
... and others.
Dimensions 219 x 38 x 120 mm
(8.63" x 1.50" x 4.74")
Weight approx. 770 g (1.7 lbs)
SL DI 4 XLR
Technical data
The SL DI 4 XLR four input Dante™ preamp is the ideal interface for wireless micro-
phone receivers and adding mic/line inputs to a Dante™ system. The small form factor
of the SL DI 4 XLR allows them to be mounted almost anywhere, putting them close to
audio sources and minimizing interference-prone analog wiring.
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