The Kasa HS200 utilizes a Qualcomm Atheros or MediaTek Wi-Fi chipset optimized for 802.11b/g/n 2.4GHz wireless communication. Technical specifications indicate an internal mechanical relay rated for a 15A general-use load, which exceeds the 10A threshold found in many slim-line alternatives. The device architecture supports localized API polling, enabling integration with third-party controllers for local network execution.
Material analysis confirms the unit is designed for single-pole lighting circuits and cannot be utilized in 3-way or 4-way configurations. Operational data confirms that the Wi-Fi radio requires a continuous return path, necessitating the presence of a dedicated neutral wire. Physical dimensions are standardized for single-gang junction boxes and include a matching wall plate for aesthetic consistency.
- Modes of operation: Local API Control, Remote Cloud Scheduling, Physical Toggle
Performance metrics list command latency between 50ms and 150ms for toggle operations under optimal network conditions. Aggregated data suggests that initial configuration and advanced scheduling logic default to manufacturer servers, maintaining a cloud dependency for certain features. Each node operates as a distinct IP client, which may impact router throughput in environments with high device density.
Users seeking a similar aesthetic but requiring multi-switch 3-way circuit compatibility might consider the Leviton Decora Smart Switch as a technical alternative.
This component is documented as part of the smart wall switches hardware segment, used for evaluating standardized Wi-Fi automation nodes.
