AB PULSe 4K MINI SE (1x tuner DVB-S2X)

The AB PULSe 4K MINI SE combines elegant design with powerful performance. This UHD receiver boasts a minimalist aesthetic and runs on the ENIGMA 2 operating system. Enjoy vibrant 4K resolution, HDR/HDR10, and HLG compatibility. Its quad-core processor and ample memory (including 8GB FLASH and 1GB DDR, 4 RAM) ensure a responsive user experience. Includes a DVB-S2X tuner and the user-friendly AB ALL TV remote.

The elegant and minimalist design of the receiver will fit into any living room. There is a status LED on the front panel that indicates whether the receiver is on, off or in stand-by mode. You can turn off the LED illumination completely if required. On the rear panel there is a built-in DVB-S2X satellite tuner, 1x card reader slot, 1x CI module slot, 1x microSD card slot, 1x USB 3.0, 1x USB 2.0. From the connector equipment you will also find S/PDIF optical digital audio output, Ethernet RJ45, IR extender for IR eye connection (IR eye not included / can be purchased as an optional accessory), power switch and input for external DC 12V-2A power supply.

The great advantage of this receiver is the simultaneous decoding of two programs from the CI module in real time, which will be appreciated by everyone when watching a live broadcast and simultaneously recording another program at the same time.

One PULSe 4K MINI SE device can of course provide content distribution for your TV. But in addition, you can watch other TV broadcasts in real time on your other two mobile devices and one computer.

2 x Mobile device (Multi - Transcoding)

1 x Personal computer (Web Interface)

1 x TV (HDMI)

Remote control

The AB PULSE 4K MINI SE package includes a new programmable control.

With this control, you can turn on your TV and control the volume on your TV in addition to the receiver. Intuitive button layout in an ergonomic slim design and with a matte finish to eliminate fingerprints. Segmentation of button groups. Colored buttons are positioned near the OK button and directional buttons. More optimal distribution of buttons for orientation around the mass.