Documentation

The NOVA series takes it a step further with the launch of the SmartNova antenna. This antenna is specifically designed for mobile installations (caravans, boats...) and allows effortless reception of DTT signals, regardless of how remote the area is. All this is done quickly, without the need to orient the antenna or program it beforehand.

One of the standout features of SmartNova is precisely its improved omnidirectional reception, offering higher gain than other omnidirectional antennas on the market. This is made possible by its internal structure of 3 directive sub-antennas arranged at 120º, with each one focusing its energy in a specific direction, thus increasing intensity. The result is effective signal reception from any direction. This functionality is especially useful in mobile installations, as users won’t have to worry about orienting the antenna each time they change location.

However, the main advantage of this antenna is its automatic configuration. SmartNova simultaneously picks up signals with its three sub-antennas and, through its intelligence, selects the most optimal signal, ensuring the best possible quality at all times. Configuration takes less than 30 seconds and is activated through the ASuite app. This means that, in the event of vehicle movement, the antenna can be reprogrammed quickly and effortlessly, all from the comfort of a smartphone or tablet.

Power flexibility is another major advantage of SmartNova. Its power source has a jack connector that allows it to be connected to a standard electrical socket, ideal for campsites or ports, or directly to the vehicle's battery for more remote stays.

Finally, NOVA antennas are robust and weather-resistant, and blend harmoniously into their environment.

In summary, the SmartNova antenna is a perfect solution for those who want to enjoy DTT anywhere, while exploring the world.

Optical fiber installation can present challenges. Therefore, we share the key aspects to focus on to avoid setbacks and expedite the process:

1. Compatibility of all elements

   The optical fiber and connectors to be installed must be compatible with each other and with the other elements of the installation, for example: the type of fiber (single-mode, multimode), the connectors, and their polishing (SC/APC, FC/PC, etc.). Conducting a thorough pre-installation check significantly reduces the likelihood of on-site issues or unwanted delays.

2. Physical care

   Fiber cables have a sensitive bend radius, so excessive bending should be avoided. Fortunately, experience becomes an advantage over time, as it allows professionals to gain a better understanding of the materials, work smoothly with their flexibility, and intuitively recognize the limits of cable bending and its consequences.

   In addition, when pulling cables, it is recommended to use the Kevlar strands—a traction-resistant material specifically designed for this purpose.

3. Fiber handling and cleaning

   Dust and dirt are the worst enemies of optical fiber, causing transmission failures even when the fiber is perfectly installed. In addition, a dirty connector transfers dirt to any element it comes into contact with. Therefore, to reduce the risk of failure, avoid touching the connector tips with your hands and clean them with fiber-specific materials before connecting to another fiber or equipment.

   Additionally, using high-quality tools specifically designed for working with fiber ensures that each process—from cutting and stripping to fusion splicing—is carried out with precision and care, preventing damage to components.

4. Cable protection

   Fusion splices are weak points in the fiber network, so it is essential to cover and protect them from any external damage. In adverse conditions, placing the cables in appropriate conduits reduces their exposure to excessive mechanical shocks or stresses that could affect the optical signal and, consequently, the transmission.

5. Network measurement and certification

   Once the installation is complete, even if everything appears to be correct, it is essential to perform measurements to certify the network and ensure its operability. By using a light generator or OTDR, and an optical power meter, it will be possible to asses the attenuation losses along the network and verify that they are within normal values.

   With this equipment, professionals can certify the fiber network and confirm that it is ready for operation.

   Optical fiber provides fast and stable connections, but its installation requires attention to detail. Prevention is key to avoiding unwanted network failures and extending the network's lifespan. By identifying the critical points and applying these proactive measures, you save resources and avoid problems in the long run.