RF-Design Launches FlexLink S7A-1616
Lorsch, Germany, April 4, 2016– RF-Design, specialized in developing, manufacturing and marketing high quality RF distribution, RF-over-Fiber and RF/DVB monitoring solutions has just released their new “FlexLink S7A-1616” which represents a 1RU/19” rack-mount L-Band Switch Matrix that by standard comes in size 8:8 and allows field expansion e.g. to 8:16, 16:8 to up to 16:16, simply by license-key activation.
This new Switch Matrix unit is especially designed for smaller sized RF distribution and signal management architectures and perfectly suited for Cable/IPTV headends, DSNG´s but also for Teleports, Satellite Earth-Stations and Broadcast infrastructures.
The “FlexLink S7A-1616” is available with 50Ohm and 75Ohm connectors and optionally can be equipped with optical inputs. It provides various advantageous features such as variable gain, slope equalization and RF power monitoring for assuring superior RF performance and signal quality.
Furthermore the unit supports switchable LNB-supply and a 10MHz external reference feed as well as 1:1 redundant dual power-supplies. Access and configuration can be done locally via its front-side LC-Display/keypads and remotely via its rear-side Ethernet-Interface (Web-GUI, SNMP).
The new “FlexLink S7A-1616” Switch Matrix completes RF-Design´s “FlexLink” Switch Matrix series which incorporates their scalable 6RU/19” Switch Matrix system “FlexLink K7-Pro” available in sizes from 8:8...64:64 and expandable symmetrically or asymmetrically to up to 256:256 (increments of 8) as well as their 1RU/19” unit “FlexLink S2A” that comes in size 8:24. Besides these Switch Matrix systems, RF-Design is also well known and has strong capabilities and experience to develop and to manufacture custom-built Switch Matrix solutions for the individual requirements of the operator.
RF-Design´s Switch Matrix solutions are designed to meet today’s and future requirements for flexible RF signal distribution and management and provide excellent reliability paired with unique features and superior RF performance.
For more information go to: http://rf-design-online.de/
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