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The NeoCortec NC1000C-8 is a wireless mesh network evaluation kit designed for the 915 MHz frequency band. It utilizes the NC100-8 chip and implements the proprietary NeoMesh protocol to facilitate rapid development of robust mesh topologies. The kit supports UART interface connectivity, enabling integration with host systems for data transmission and control. It complies with FCC Part 15.247 and ETSI standards, ensuring regulatory adherence for operation in designated regions. This hardware solution provides a complete platform for validating node functionality, signal integrity, and network formation capabilities within industrial and commercial wireless applications.
Verify that the specific revision matches the required regional frequency regulations, as the 915 MHz variant is distinct from 868 MHz or 2.4 GHz versions. Confirm UART pinout compatibility with the target host controller before integration. Ensure that the evaluation board accessories included meet the mechanical requirements for the intended prototype enclosure. Cross-reference the datasheet for exact power consumption profiles under varying load conditions.
Select this model specifically for projects requiring 915 MHz mesh networking capabilities. Distinguish between the C-series (evaluation/development) and P-series (production-ready) variants based on the project phase. Consider the NC1000C-9 if operating in different regulatory bands is necessary. Evaluate the UART interface constraints against the processing speed of the intended microcontroller. Assess whether the provided antenna options suffice for the specific deployment environment.
The NC1000C-8 belongs to the NeoMesh family of wireless communication modules by NeoCortec. It serves as a development tool rather than a final production component, allowing engineers to test network algorithms and hardware performance. It complements other NeoMesh products like the PCINC1000C series for embedded integration. The kit is part of a broader ecosystem supporting various frequency bands and form factors for diverse IoT and telemetry needs.
No direct public substitute part numbers are documented. The NC1000C-9 serves as a frequency-band alternative for different regions. For production integration, consider the PCINC1000C-8 miniPCIe module which shares the underlying technology but offers a different interface form factor.