Spectralink has launched its new series of next-gen handsets to boost frontline worker productivity, security and safety.
The three-model S series complements Spectralink's portfolio of Digital Enhanced Cordless Telecommunications (DECT) solutions for deskless mobile workers. The new handsets fulfil a wireless calling solution that is fully interoperable and simple to integrate with alarms, messaging and business telephony platforms such as Microsoft Teams, Cisco, ZoomPhone, RingCentral, Dstny and Avaya.
"The new handsets add to our industry-leading DECT solutions, confirming Spectralink's commitment to innovation," Doug Werking, CEO at Spectralink, commented. "We provide our customers with the most durable mobile infrastructure for business-critical communication, collaboration, and worker safety."
The new handsets enable excellence by empowering mobile workforces, but, more importantly, they introduce the most innovative DECT device family in the global market designed to provide modern user experience and future-proof investment for new innovation."
The S Series Feature Set
The S Series handsets streamline the Spectralink portfolio by moving to three global models — the S33, S35, and S37.
The handsets' durable design is complemented by a secure platform directly addressing users' requirements in the industrial, retail, hospitality, and healthcare sectors.
The three devices share a set of traditional accessories, including chargers and belt clips, as well as deployment stages. The S Series offers full compatibility with the Spectralink AMIE (Advanced Mobile Intelligence for Enterprise) platform, enabling the centralised management of the general Spectralink IP-DECT infrastructure.
To respond to frontline workers in 2023 expecting compelling graphics with functional icon-driven navigation, the new handsets fuse a modern colour display with Spectralink’s robust design adaptable to even the most challenging working conditions.
The handsets also provide excellent voice quality and noise cancellation technology, ensuring the integrity of critical communications even in loud production environments that traditionally would overwhelm voice on single microphone devices. The robust design can cope with dust particles, water or chemical detergents in environments where handsets are frequently exposed to such agents.
