REBLE610

General overview

The REBLE610 features an accurate hardware design, absence of internal cabling and full modularity. The unit is composed by a basic chassis with 4 extractable boards which makes maintenance
and critical operations, like frequency modification, easy and efficient. The REBLE610 contains two hot swappable power supplies (both AC and DC versions are available). The modular approach has brought to the development of the digital processing module(containing modulator, demodulator and data interface) and the RF module (containing Transmitter, Receiver and channel filters). From an RF point of view, the new transmission circuitry is able to guarantee around 1 Watt with every modulation scheme, introducing, in addition, wideband precorrection (up to 1GHz depending on frequency band). Major innovations on the digital inputs side with three different data interface boards available: version A is equipped with 10 ports ASI/BTS on BNC connector, configurable as inputs or outputs, so that it is possible to include the ASI distribution and ASI matrix capabilities in the same equipment; it also provides a GbE port L1 for IP traffic, a 2048 Kbit/s E1 data channel(as an alternative to 2 ASI/BTS ports), and a "transit" connection (not to waste coaxial connectors); version B is equipped with 5 DVB-ASI/BTS/SMPTE310 ports (in or out) and 5 E1 channels; version C is oriented to TELCO and new generation broadcasting networks, offering both SDH and IP interfaces, with electrical and optical connections, integrating optionally a L2 switch with QoS capabilities. To transfer all these signals the channel capacity has been increased to 56MHz leading to a maximum throughput of 310Mbit/s;
using an optional XPIC module (and an extra RELBE610) it is possible to duplicate the bitrate increasing to 610MBit/s, exploiting H and V polarizations and cancelling undesired contenta using special algorithms. Redundant configurations (SD and FD) are supported, as well as HSB adding CLEBER RF switch. A new management software offers complete control over device parameters and settings, an on-board TFT touch-screen allows a simple and intuitive user interface to check for anomalies. The same monitoring and control can be carried out through a particularly easy to use web interface and SNMP