AirMagnet Spectrum ES offers portability, affordability, and enhanced field productivity features. These include the industry's first automated signature detection and location of RF interference sources, automated carrier-specific location, spectrum scanning technology configuration, and intuitive network visibility, which is essential for verifying and troubleshooting at every stage of the project lifecycle.
With most mobile traffic originating inside buildings, the ongoing explosion in mobile data usage, the transition from 3G to LTE, and the need for consistent coverage and capacity in commercial premises, the market is experiencing strong growth in infrastructure for offloading macro cellular traffic. However, these DAS, small cell, and Wi-Fi deployments have lacked a tool truly designed around the mobility, accessibility, and field testing capabilities required for efficient multi-equipment installation projects at customer sites. As a result, they have had to rely on sharing bulky and expensive lab equipment that lacks the necessary functionality, resulting in slow deployments and often costly retesting and rework.
AirMagnet Spectrum ES is extremely agile and portable, designed for use with any Windows 7 or Windows 8 laptop or tablet PC for easy field testing. It is also significantly less expensive than similar tools, ensuring that every team can accelerate deployment by having the tool they need readily available.
Furthermore, AirMagnet Spectrum ES not only offers the spectrum analysis that is mandatory in any spectrum analyzer, but also provides enhanced productivity features necessary for efficiency testing of DAS and small cell deployments. This includes determining the root cause of performance problems due to interference, with its integrated automated signature detection, and the ability to pinpoint RF interference sources in licensed bands. It also offers automated targeted pinpointing technology or carrier-based frequency scans to reduce error-prone manual frequency configurations, and provides innovative visualizations of core spectrum data, with detection of LTE, UMTS, CDMA, and GSM voice/data events and technology/carrier overlays.
