Ek MD HD EASY QUAD 4 HDMI 2MP COFDM/QAM Digital Modulator
Ek MD HD EASY QUAD 4 HDMI 2MP COFDM/QAM Digital Modulator
The Ek EK122019 MD HD EASY QUAD is a professional digital modulator designed to convert up to four high-definition HDMI signals into DVB-T (COFDM) or DVB-C (QAM) digital television channels. It enables audiovisual content to be distributed through the existing coaxial TV network without the need for additional cabling, making it an ideal solution for hotels, hospitals, residential buildings, educational facilities, corporate environments, and any installation requiring the integration of custom TV channels.
Featuring four independent HDMI inputs and the ability to generate two independently configurable digital multiplexes, the MD HD EASY QUAD delivers reliable content distribution with excellent modulation performance and supports video resolutions up to 1080p (2 MP). It also includes an RF input that allows the existing terrestrial TV signal to be combined with the newly generated digital channels, ensuring that standard broadcast television remains available throughout the installation. If you are planning a professional RF distribution system, you can also explore our range of digital TV modulators.
Designed for both new installations and refurbishment projects, this modulator is the perfect choice for distributing corporate information channels, digital signage, surveillance video or multimedia content using the existing coaxial infrastructure. It also features a USB 3.0 port for recording and playback of .ts video files, making it especially suitable for digital signage and corporate TV applications, as well as a Micro USB port for advanced configuration from a PC using the MDFDSoft software.
The Ek MD HD EASY QUAD EK122019 combines outstanding picture quality, intuitive configuration and professional-grade performance, providing an efficient solution for delivering multiple HD video sources over a digital terrestrial television network while preserving the original RF television services.
Reference: EK122019

