Teardown Revealed Internal Hardware of Tapo P110M
A new technical analysis of the TP-Link Tapo P110M smart plug highlights its internal components and architectural design.
Updated on Oct. 13, 2026 in Consumer Electronics
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A recent hardware teardown of the TP-Link Tapo P110M smart plug has identified its core internal components, including an Arm-based wireless microcontroller. The analysis provided a detailed look at the internal architecture required to support the Matter connectivity standard.
Why it matters
Understanding the internal components of smart devices offers insight into how manufacturers implement connectivity standards like Matter across different regions. This technical breakdown highlights how specific hardware choices, such as the microcontroller and energy-metering IC, support device operation.
The TP-Link Tapo P110M integrates a Shanghai Belling BL0937 energy-metering IC and a Realtek RTL8720CM wireless microcontroller. The device hardware also features Eon Silicon EN25Q32B flash memory and a Churod relay.
The players
Brian Dipert
He is an industry analyst and engineer who specializes in the technical teardown and evaluation of electronic devices.
TP-Link
This is a global provider of networking products and smart home devices headquartered in China.
The details
The teardown revealed that the P110M utilizes an Arm-based controller, marking a shift from the RISC-V-based processor found in the previous P115 model. The BL0937 integrated circuit monitors electrical voltage and current to calculate power consumption for the Tapo application.
Timeline
Brian Dipert conducted the teardown of the device on October 12, 2026.
The Tech Race
This development follows the industry shift toward the Matter connectivity standard, which aims to unify fragmented smart home ecosystems. By replacing legacy RISC-V architectures with Arm-based controllers, manufacturers are adapting to higher processing requirements for modern smart devices.
Consumers in the United States and Europe should note that the device has different power ratings, with European versions supporting higher loads of 3,680 watts. The integration of Matter support enables broader compatibility with various smart home hubs and voice assistants.
The takeaway
The transition to Arm-based processors in this model illustrates the ongoing evolution of consumer smart plugs toward more standardized connectivity. Users benefit from these architectural changes through improved reliability and broader support for the Matter smart home ecosystem.
Further reading
Explore more technical insights on our Consumer Electronics page.
Source note: This article includes information reported by Electronics For You - Official Site ElectronicsForU.com.
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