GPS timing and frequency
ELA0 GPS
ELAO GPS antenna is high-performance for the reception of the baseband signal L1 (1572.42MHz) transmitted from the GPS satellite system, suitable for most applications, where are required low noise and excellent gain.
ELAF GPS
Elaf is a robust GPS antenna for receiving the signal in the L1 band (1572.42MHz) transmitted from the GPS satellite system, specifically designed to operate in areas with strong electromagnetic interference and radio frequency.
ELAF X3G
ELAF X3G is a high performances GPS/GALILEO/GLONASS antenna, operating on the L1 (1572.42MHz) signal band transmitted by the GPS/GALILEO satellite constellation and on band L1 (1602MHz) for GLONASS.
ELRM GPS
The model ELRM GPS, was created to provide valuable support during the installation phase, the following checks on the received signal quality and features some of the GPS receiver.
ELTF 200/200-BP Series
Developed and produced to meet the most demanding requirements of investment,performance, reliability and flexibility, ELTF200 series of GPS receivers can be used with confidence as a reference source of time & frequency for radio and television broadcast applications, in cellular networks, for process automation, requirements in laboratories or test and measurement.
ELTF 300
The generation time and frequency ELTF300 is the result of many years of experience in the field and represents the common basis from which to develop new architectures. It is a modular unit, Flexible and versatile, designed to meet a wide variety of applications, timing and synchronization.
ELTS 100
The model is an innovative ELTS100 NTP Server, specifically designed to provide easily, effective and economical, accurate synchronization in small and medium-sized network infrastructure.
ELAG 410
he model ELAG410 is a system designed for the effective management of heating elements suitable to prevent the formation of ice on antenna systems with or without radome.
ELGA 400
The model ELGA 400 Power Switch is a high efficiency, rack-mountable 19 “, which provides redundant power to the apparatus fitted with a single power supply input, Drawing from two independent sources and redundant, allowing critical loads continue to operate with little or no interruption of service.
