Spectrum analyser Aaronia SPECTRAN V6 5G - 250 MHz - 53 GHz range, compact design

SPECTRAN V6 5G is an advanced and state-of-the-art spectrum analyser designed for 5G network monitoring. The device provides extremely precise, yet very fast, real-time signal analysis. The equipment is equipped with RTSA-Suite PRO software.

Wide frequency range up to 53 GHz

The SPECTRAN V6 5G offers a wide frequency range from 250 MHz to 53 GHz (in the 200XA-50 variant), thus covering all key 5G network bands. With the ability to scan the 6 GHz band in under 10 ms (scanning speed of 500 GHz/s), it is one of the fastest commercially available devices in its class.

RTSA-Suite PRO software

The SPECTRAN V6 5G spectrum analyser from Aaronia is based on the advanced RTSA-Suite Pro software, which enables, among other things, the tracking and analysis of any frequency variation in real time. In addition, its high sensitivity guarantees detection of even the slightest interference.

The RTSA-Suite PRO also allows the visualisation of signals in 2D and 3D, making it easier to identify and analyse the most complex signals. This makes the device ideal for engineers, technicians, builders and scientists.

Compact dimensions

A major advantage of the Aaronia spectrum analyser is its compact and convenient design. Its dimensions of 210 x 115 x 30 mm and light weight mean that the equipment can be used even in hard-to-reach places. This also enables the model to be used for long periods of time, as the operator will not experience discomfort due to weight or unfavourable size.

Two model variants

The SPECTRAN V6 5G model is available in two variants: 100XA-30 and 200XA-50. The former covers the frequency range from 24 to 30 GHz, making it ideal for monitoring signals in higher 5G bands. It is equipped with one receive input and provides scan speeds of up to 500 GHz/s.

The 200XA-50 version, on the other hand, offers a wider frequency range: from 250 MHz to 7.125 GHz and from 24 to 53 GHz, enabling full coverage of all 5G bands. It has two receive inputs, enabling simultaneous monitoring of multiple bands and even faster scanning up to 3 THz/s.