SPECTRI took part in the Adash Distributor’s Meeting 2026 in Ostravice, Czech Republic. The event brought together Adash partners and distributors from different countries for technical discussions, product presentations…
Instantel introduces Micromate Plus as a new-generation field monitoring system for vibration, noise, and air overpressure, designed for use in construction, mining, and infrastructure projects…
SPECTRI’s partners at Envirosuite, one of the leading international providers of software solutions for environmental monitoring and impact management, present ANOMS Noise…
Nature as inspiration. Over millions of years of evolution, nature has developed acoustic systems that often outperform modern technologies. The echolocation of bats and dolphins, the highly sensitive hearing of owls…
“Seeing” sound — smarter than ever. Acoustic cameras have transformed the way we detect and visualise sound sources in complex environments. Using microphone arrays…
A new perspective on the sounds of the city. Urban environments have traditionally been shaped through visual elements—architecture, spatial layout and green areas. However, there is a growing awareness that…
What we cannot hear can still affect us. Infrasound consists of very low-frequency sound waves—typically below 20 Hz—which…
A new generation of sound control. Acoustic metamaterials are a new class of engineered materials capable of manipulating sound waves in ways that were previously considered impossible…
Last year our partners at HBK introduced the MEMS Velocity Sensor, but now they are releasing their new MEMS Velocity Transmitter.
Manually-scanned level measurements are becoming increasingly popular for level measurements in field sound insulation surveys. Compared to measurements at fixed microphone positions, manually-scanning reduces the number of separate microphone positions required for a sound insulation survey and typically reduces the total survey time. It also eliminates the need to carry a tripod for the sound level meter. There is even evidence that manually-scanned measurements are more repeatable than measurements at fixed positions*, particularly at low frequencies.