Nintendo Switch Battery: FCC Confirms Non-Removable Design and Connectivity Features
As Nintendo continues its innovation in gaming hardware, the transition from the Wii U to the Nintendo Switch marked a significant evolution in both design and user experience.
Concerns over battery performance have consistently influenced consumer feedback, most notably when early criticisms of the Wii U GamePad’s limited battery life led Nintendo to introduce a high-capacity, user-replaceable battery option.
This upgrade extended gameplay to approximately eight hours and was well received for its ease of installation and practical benefits.
However, recent regulatory filings reveal Nintendo is taking a different approach with the Nintendo Switch. According to a test report published by the U.S.
Federal Communications Commission (FCC), the Nintendo Switch prototype designed for mass production features a non-removable, built-in battery.
In the SAR Test Report 01, the FCC states, “The battery is integrated into the equipment under test (EUT) and cannot be removed or replaced by the user.” This marks a departure from previous Nintendo hardware philosophy, eliminating the possibility of simple at-home battery upgrades. This design choice brings the Nintendo Switch in line with many modern portable devices that use sealed batteries to streamline form factors and improve overall device integrity.
While some users may question the long-term implications for battery longevity and replacement, specific battery life metrics for the Nintendo Switch were not detailed in the report.
Nintendo is expected to address these questions during official presentations, such as the anticipated Nintendo Switch Presentation 2017. Beyond battery design, the FCC documents offer insights into the Switch’s wireless capabilities.
The console will incorporate Bluetooth functionality, allowing for wireless communication with compatible devices and controllers.
Additionally, the system supports high-speed 5GHz Wi-Fi connections, ensuring robust online performance for multiplayer gaming and eShop downloads.
However, the documentation explicitly notes the absence of cellular connectivity, confirming the system will not operate on 3G or LTE networks. Further technical assessments confirm the Nintendo Switch is engineered to function reliably at operating temperatures between 5°C (41°F) and 35°C (95°F).
This ensures dependable gameplay across a wide range of typical usage environments. With the Nintendo Switch scheduled for global release in March 2017, these FCC disclosures offer authoritative insights into the upcoming platform’s design philosophy and technical specifications.
As more details emerge through official Nintendo announcements and Nintendo Direct presentations, players and industry analysts alike will be watching the Switch’s performance metrics—including battery life—closely.
For now, buyers can expect a streamlined, integrated device that leverages the latest in wireless connectivity while departing from the customizable battery features of previous generations.
Concerns over battery performance have consistently influenced consumer feedback, most notably when early criticisms of the Wii U GamePad’s limited battery life led Nintendo to introduce a high-capacity, user-replaceable battery option.
This upgrade extended gameplay to approximately eight hours and was well received for its ease of installation and practical benefits.
However, recent regulatory filings reveal Nintendo is taking a different approach with the Nintendo Switch. According to a test report published by the U.S.
Federal Communications Commission (FCC), the Nintendo Switch prototype designed for mass production features a non-removable, built-in battery.
In the SAR Test Report 01, the FCC states, “The battery is integrated into the equipment under test (EUT) and cannot be removed or replaced by the user.” This marks a departure from previous Nintendo hardware philosophy, eliminating the possibility of simple at-home battery upgrades. This design choice brings the Nintendo Switch in line with many modern portable devices that use sealed batteries to streamline form factors and improve overall device integrity.
While some users may question the long-term implications for battery longevity and replacement, specific battery life metrics for the Nintendo Switch were not detailed in the report.
Nintendo is expected to address these questions during official presentations, such as the anticipated Nintendo Switch Presentation 2017. Beyond battery design, the FCC documents offer insights into the Switch’s wireless capabilities.
The console will incorporate Bluetooth functionality, allowing for wireless communication with compatible devices and controllers.
Additionally, the system supports high-speed 5GHz Wi-Fi connections, ensuring robust online performance for multiplayer gaming and eShop downloads.
However, the documentation explicitly notes the absence of cellular connectivity, confirming the system will not operate on 3G or LTE networks. Further technical assessments confirm the Nintendo Switch is engineered to function reliably at operating temperatures between 5°C (41°F) and 35°C (95°F).
This ensures dependable gameplay across a wide range of typical usage environments. With the Nintendo Switch scheduled for global release in March 2017, these FCC disclosures offer authoritative insights into the upcoming platform’s design philosophy and technical specifications.
As more details emerge through official Nintendo announcements and Nintendo Direct presentations, players and industry analysts alike will be watching the Switch’s performance metrics—including battery life—closely.
For now, buyers can expect a streamlined, integrated device that leverages the latest in wireless connectivity while departing from the customizable battery features of previous generations.
