DIB-R6 SMART

Built to perform wherever communication is critical:

• Protection class IP66 (safeguards against dust, water jets, and harsh weather) + IP68 (additional protection for continuous submersion)
• Operates reliably from –40 °C to +60 °C.
• Maximum reliability thanks to exceptional long-term stability (MTBF > 250,000 hours)
• No wear and tear due to fanless design with no moving parts

The DIB-R6 SMART ensures continuous service availability, even in extreme conditions, and is the ideal solution for field, industrial, and urban network environments alike.

The DIB-R6 SMART redefines cost efficiency across the entire lifecycle:

• Compact, all-in-one design reduces installation space and cabling needs
• Software-defined expansion allows carrier upgrades without additional hardware
• Minimal power consumption and maintenance-free operation drastically lower OPEX
• Fast deployment and reduced equipment requirements minimize CAPEX

The result: high-performance TETRA coverage with a smaller environmental and financial footprint.

Despite its compact size, the DIB-R6 SMART delivers outstanding power and efficiency:

• Up to four carriers of 20 W each, or two carriers of 40 W operation
• Cascade configuration for up to eight carriers or redundant 4-carrier setup
• Wide TX bandwidth enables maximum flexibility in carrier allocation across a broad frequency range (5 MHz)
• 4-way diversity reception ensures superior signal quality and system stability

With less than 340 W total power consumption, it achieves excellent energy efficiency, ideal for solar-powered or off-grid deployments — reducing operational costs and environmental impact.

Lightweight (< 17 kg) and compact (~ 20 L) volume, the DIB-R6 SMART offers unparalleled deployment freedom. It can be easily mounted on walls, poles, vehicles, or masts, and requires no dedicated equipment room. Remote configuration and intuitive software management simplify setup, expansion, and network optimization.

Whether for dense urban networks or remote outdoor sites — the DIB-R6 SMART adapts to your operational needs, ensuring maximum flexibility and minimum effort.

The DIB-R6 SMART is designed with a comprehensive, modern cyber security architecture that safeguards mission-critical communications at every layer (enabling compliance with IEC 62443, ISO 27001, NIS2, and the Cyber Resilience Act, as well as conformity with EN 18031). A tamper-proof hardware security chip enables secure boot processes and encrypted local storage, ensuring that only trusted software can run on the device. The security-hardened 64-bit Linux™ operating system provides a robust foundation to defend against contemporary cyber threats, while the web-based network management suite supports advanced security controls such as single sign-on (SSO) and multi-factor authentication (MFA) for secure access.

Considering the latest, future-proof encryption specifications of the European Telecommunications Standards Institute (ETSI) the DIB-R6 SMART supports for TEA Set B, along with the established Set A.

End-to-end protection is reinforced with encryption across all communication links, guaranteeing confidentiality and integrity across the entire TETRA infrastructure. Regular, proactively distributed security updates ensure the DIB-R6 SMART keeping its paramount resilience against emerging threats, making it a trustworthy and future-proof choice for mission-critical operations.

The DIB-R6 SMART integrates seamlessly into existing ACCESSNET®-T IP infrastructures and is fully compatible with all DIB-R5 base stations, making it an ideal solution for expanding or modernising established TETRA networks. At the same time, it builds a technological bridge to broadband: the new base station forms a convergent link to HMF’s 3GPP-standardised ACCESSNET® MCX ecosystem, enabling smooth interworking between mission-critical TETRA services and modern broadband applications.

This makes the DIB-R6 SMART not only a powerful coverage extension for today’s TETRA systems, but also a future-proof network element that supports unified identities, harmonised workflows, and the evolution towards hybrid LTE™/5G™ mission-critical communication.