Developed by AXING and manufactured in the EU, the MK 8-1xC reflects our commitment to reliable engineering, seamless integration, and European quality standards – while offering a professional feature set at a highly competitive price.
4 inputs for Quattro, Quad or Single cable LNB with integrated multiswitch, single cable reception I and II possible
8 × DVB-S/S2/S2X in 8 × DVB-C/-T
Alternative IPTV output in Q4/2026 available
Suitable for AXING SMARTPortal (software extension required)
Decryption of encrypted programs via CA modules possible
Very compact housing for wall mounting
Stay ahead of tomorrow’s broadcast landscape with our next‑generation headend solution. Designed for maximum flexibility and long‑term investment protection, it seamlessly bridges today’s DVB standards with the IPTV world of the future.
AXING headends support the reception of satellite signals via single-cable distribution systems (UNICABLE I and UNICABLE II (JESS) according to EN50494 / EN50607). This allows a headend to be supplied via a single coaxial cable.
The use of single-cable technology significantly reduces cabling efforts. Depending on the installation, the headend can receive satellite signals in various ways:
All current AXING headends support single-cable reception. The new MK-C and MK-N headend series particularly benefit from this. They have four SAT inputs and a built‑in switching matrix. In combination with a single-cable system, the headend can be supplied with all available SAT transponders via a single coaxial cable. This enables flexible system planning and reduces installation effort.
The satellite reception parameters are configured in the INITIALISATION menu of the headend user interface. The settings for the single-cable system are made in PHASE 1 – Tuner Configuration. After entering the standard transponder parameters (e.g. frequency and polarisation), only a few additional settings are required. The figure below shows an example configuration.
| UB | UB Frequency | Used in LNB | Used in multiswitch |
| UB 1 | 975 MHz | SCO 2-24 | SES 5216-06N |
| UB 2 | 1025 MHz | SCO 2-24 | SES 5216-06N |
| UB 3 | 1075 MHz | SCO 2-24 | SES 5216-06N |
| UB 4 | 1125 MHz | SCO 2-24 | SES 5216-06N |
| UB 5 | 1175 MHz | SCO 2-24 | SES 5216-06N |
| UB 6 | 1225 MHz | SCO 2-24 | SES 5216-06N |
| UB 7 | 1275 MHz | SCO 2-24 | SES 5216-06N |
| UB 8 | 1325 MHz | SCO 2-24 | SES 5216-06N |
| UB 9 | 1375 MHz | SCO 2-24 | SES 5216-06N |
| UB 10 | 1425 MHz | SCO 2-24 | SES 5216-06N |
| UB 11 | 1475 MHz | SCO 2-24 | SES 5216-06N |
| UB 12 | 1525 MHz | SCO 2-24 | SES 5216-06N |
| UB 13 | 1575 MHz | SCO 2-24 | SES 5216-06N |
| UB 14 | 1625 MHz | SCO 2-24 | SES 5216-06N |
| UB 15 | 1675 MHz | SCO 2-24 | SES 5216-06N |
| UB 16 | 1725 MHz | SCO 2-24 | SES 5216-06N |
| UB 17 | 1775 MHz | SCO 2-24 | |
| UB 18 | 1825 MHz | SCO 2-24 | |
| UB 19 | 1875 MHz | SCO 2-24 | |
| UB 20 | 1925 MHz | SCO 2-24 | |
| UB 21 | 1975 MHz | SCO 2-24 | |
| UB 22 | 2025 MHz | SCO 2-24 | |
| UB 23 | 2075 MHz | SCO 2-24 | |
| UB 24 | 2125 MHz | SCO 2-24 |