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Wireless Mesh Protocol Deployment for Smart Meters
NeoCortec and Semtech showcase integrated wireless mesh technology for smart metering infrastructure at Electronica India.
www.neocortec.com
The deployment of large-scale smart energy metering infrastructure requires wireless communication frameworks capable of balancing dense urban node clustering with extended outdoor transmission ranges. NeoCortec collaborates with Semtech Corporation to demonstrate an integrated wireless mesh solution at Electronica India, held from September 16 to September 18, 2026, at the Bangalore International Exhibition Centre in Bengaluru. This cooperative showcase addresses the architectural requirements of utility providers managing high-density meter rollouts.
Technical Solution and Division of Responsibilities
The demonstration pairs NeoCortec’s NeoMesh bi-directional wireless mesh protocol stack with Semtech’s LR2021 multi-modulation transceiver. NeoCortec supplies the NeoMesh protocol stack, which features a native DLMS/HDLC adaptation layer to facilitate interoperability, self-healing routing, and low-power operation. Semtech provides the LR2021 hardware IC supporting Fast Line Rate Communication, LoRa, and Frequency Shift Keying modulations.
Division of responsibilities divides layer-specific functions between the two platforms:
- NeoCortec manages the mesh network topology, automatic self-healing routines, and application-layer DLMS/HDLC framing.
- Semtech handles the physical-layer RF transmission, adapting modulation schemes dynamically between Fast Line Rate Communication for dense urban clusters and LoRa for extended-range links.
Deployment and System Architecture
The joint solution is deployed on-site at Semtech Corporation booth H3.G11 during Electronica India 2026. Architecturally, the system leverages multi-modulation capability to eliminate single-mode connectivity bottlenecks in utility grids. Low-power consumption parameters and self-healing multi-hop routing reduce physical infrastructure overhead by bypassing the need for extensive wired backhaul or intermediate concentrators.
Applications and Operational Impact
Target application areas encompass national smart energy metering initiatives, industrial resource monitoring, and smart grid automation. Operational benefits include extended network scalability, minimized packet loss in congested radio frequency environments, and reduced deployment complexity. According to project parameters, the integration supports a projected compound annual growth rate in India's smart energy metering market ranging from 10% to 30%, addressing the demand for high-reliability data acquisition across millions of grid endpoints.
Edited by Sucithra Mani, Induportals editor – adapted by AI.
www.neocortec.com
The joint solution is deployed on-site at Semtech Corporation booth H3.G11 during Electronica India 2026. Architecturally, the system leverages multi-modulation capability to eliminate single-mode connectivity bottlenecks in utility grids. Low-power consumption parameters and self-healing multi-hop routing reduce physical infrastructure overhead by bypassing the need for extensive wired backhaul or intermediate concentrators.
Applications and Operational Impact
Target application areas encompass national smart energy metering initiatives, industrial resource monitoring, and smart grid automation. Operational benefits include extended network scalability, minimized packet loss in congested radio frequency environments, and reduced deployment complexity. According to project parameters, the integration supports a projected compound annual growth rate in India's smart energy metering market ranging from 10% to 30%, addressing the demand for high-reliability data acquisition across millions of grid endpoints.
Edited by Sucithra Mani, Induportals editor – adapted by AI.
www.neocortec.com
