Sennheiser Evolution Wireless EW-DX MKE2 Lavalier Set (S1-10 Frequency Range)

Professional audio workflows demand reliability, and the Sennheiser EW–DX wireless lavalier system rises to meet that challenge with sophisticated digital UHF technology refined through decades of research. This comprehensive kit includes two EW–DX SK bodypack transmitters, two MKE 2 omnidirectional clip–on lavalier microphones, one EW–DX EM 2 rackmount receiver (2 channels), and two BA 70 rechargeable batteries. The system simplifies complex wireless setups through intelligent automation – Auto Scan functionality automatically assigns channels using equidistant spacing that eliminates problematic intermodulation interference, whilst Bluetooth® Low Energy sync coordinates frequencies at the push of a button.

Remote monitoring and control capabilities set EW–DX apart from conventional wireless systems. Sennheiser’s Smart Assist app puts system management in your pocket, whilst advanced software options like Wireless Systems Manager and Control Cockpit provide comprehensive oversight for networked environments. The system’s scalable architecture accommodates growth through multiple hardware configurations, Dante® network audio integration, and AES–256 encryption for secure IT network deployment. Link Density Mode maximises channel packing in dedicated spaces, supported by interchangeable components across the Evolution Wireless Digital range.

Audio quality remains paramount throughout the technical sophistication. Sennheiser’s proprietary SePac audio codec and advanced conversion technology maintain exceptional transparency from capsule input to system output, supported by wide dynamic range and ultra–low latency digital transmission. Intelligent Switching Diversity technology seamlessly switches antennas between audio frames, ensuring stable transmission without audible artifacts. Practical features include 12–hour battery operation, in–device charging, and switching bandwidth up to 88 MHz, making EW–DX a dependable choice for voice, lecture, conference, and live performance applications.