KYOCERA AVX’s 9002418L0-L16S S-band antenna enables reliable NB-NTN satellite connectivity with high gain, wide bandwidth, and selectable circular polarisation (LHCP/RHCP). Its compact, SMT-compatible LDS design ensures consistent performance across elevation angles, simplifying integration and supporting scalable IoT deployments in remote and challenging environments.
As IoT continues to expand beyond terrestrial networks, satellite connectivity is becoming essential to enable reliable communication in remote and infrastructure-limited environments. In this context, antenna design plays a critical role in determining overall system performance. KYOCERA AVX’s 9002418L0-L16S S-band antenna represents a significant advancement in enabling scalable and efficient NB-NTN (Narrowband Non-Terrestrial Network) IoT connectivity.
Designed specifically for satellite communication in the S-band, the 9002418L0-L16S addresses key limitations of traditional antenna technologies. Conventional ceramic patch antennas often suffer from narrow bandwidth and require separate components for transmit and receive paths, increasing system complexity. In contrast, this antenna supports the full S-band Tx and Rx frequency range within a single compact design, simplifying integration and reducing component count.
One of its most distinctive features is its ability to support selectable circular polarisation – both left-hand (LHCP) and right-hand (RHCP) – within the same antenna. This flexibility allows device manufacturers to design products compatible with multiple satellite constellations without requiring hardware redesign, significantly accelerating development cycles and improving future-proofing.
The antenna leverages advanced Laser Direct Structuring (LDS) technology, enabling a lightweight, compact, and mechanically robust structure. Its hollow design not only reduces overall mass but also optimises the use of PCB space, allowing additional components or modules to be placed beneath the antenna. This is particularly valuable for compact IoT devices where space efficiency is critical.
Performance is further enhanced by improved radiation characteristics across elevation angles. Unlike traditional solutions that experience gain degradation near the horizon, the LDS Cap antenna maintains more consistent gain and polarisation performance from zenith to low elevation angles. This is especially important for Low Earth Orbit (LEO) satellite communication, where maintaining link reliability during satellite movement is essential.
The 9002418L0-L16S is well suited for a wide range of NB-NTN IoT applications, including smart agriculture, remote infrastructure monitoring, energy systems, maritime connectivity, and asset tracking. Its ability to operate effectively in on-ground and on-metal environments further increases its versatility in real-world deployments.
By combining dual-polarisation capability, wide bandwidth coverage, compact SMT integration, and robust performance across challenging conditions, this antenna provides a powerful solution for enabling the next generation of NB-NTN IoT devices.
