We listen to our customers and value their experience and needs when we evaluate our development priorities. We consistenly reinvest 10% of our revenue into research & development
… we’re such a believer in energy efficiency that
we recently converted one of our factories to solar power
Our products feature the highest efficiency in the market due to the use of state-of-the-art technology. This not only saves operating costs, but dramatically reduces heat dissipation, and extends the overall life of the transmitter.
Thanks to new design developments that increase electrical efficiency, our equipment delivers very low power consumption compared to the RF power generated.
All Indium transmitters feature the IEC60864-1 standard interface TC/TS (Telecontrol/Telesignal) for integration with traditional remote control and monitor systems. Additionally, remote monitoring and control functions can be carried out directly from a tablet, smartphone, or a PC using Elenos applications, or by use of the Elenos e-Box and a web browser or SNMP Manager.
All Indium-series transmitters are equipped with an Ethernet port allowing you to access an integrated web server providing a management and control interface via a TCP/IP or SNMP network connection. Your Indium transmitter can also include an optional internal GSM modem providing management and control access using a GRPS, 3G or 4G SMS connection.
Each method provides a full range of quick remote monitoring and diagnostic options. The standard HostLink protocol makes it simpler to handle even with large amounts of data.
Extraordinary performance is realized through the use of powerful operational algorithms and inter-module hardware communications within each transmitter.
These software algorithms adapt each transmitter to its own unique environmental conditions, AC power system, and antenna transmission system ensuring superior RF operation and audio quality.
We addressed a number of the shortcomings of transmitter power supplies on the market, and incorporated solutions in our design. Here is why the ELENOS supply is superior to other designs.
The most important part of our transmitter
Each transmitter comes standard with a built-in exciter, LED control interface and is configurable for discreet left and right audio inputs with a stereo generator, a Digital AES/EBU input, or a composite multiplex (MPX) input.
Controlling the Indium transmitter is easy
It is possible to configure all the parameters of the transmitter by simply navigating through the software menus using the front panel control knob.
Easy Access buttons take you directly to the main functions of the transmitter, so you can operate them quickly.
Set up and operating parameters such as voltage, temperature and power, among others, are shown in an O-LED display.
Indium transmitters also include status LEDs that provide a quick snapshot of the operation of the equipment.
Complete monitoring capabilities of all transmitter parameters are also easily accessible.
To combat high humidity conditions, all of our circuit boards are protected with a spray coating to prevent corrosion or shorting. An aluminum chassis is used to further avoid corrosion. To combat humidity we pay particular attention to the air flow inside the transmitter. We use multiple fans for cooling, however all of the fans can stop running and the transmitter will stay on the air – although at a reduced power. These are some of the things that make Elenos transmitters so reliable.
Exceptional stability, repeatability, reliability and ease of maintenance are
achieved through the use of planar technology within the entire RF section (RF modules, combiners, splitter and low-pass filter).
This allows for the minimization of internal connections and soldering, increasing long term operation and performance.
Indium transmitters offer unmatched power-versus-volume
and power-versus-weight ratios.
Two rack units in height,
with a weight of less than 14 kilograms (30.8 lbs)
Scalability is based on the reuse of proven technology and parts across the entire Indium product line. By leveraging the field-proven success of our 2 RU and 4 RU Indium transmitters, we can implement systems with output powers between 150W and 40kW and higher using scalable architecture and design concepts.
This allows us to produce transmitter systems with the same underlying innovative technology, user interface, components, system management algorithms, network interfaces, security protocols, and maintenance routines