Nintendo third-party dock restrictions - Revision history

Andrew V: Andrew V moved page Nintendo 3rd party dock restrictions to Nintendo third-party dock restrictions

2026-04-13T20:29:08Z

Andrew V moved page Nintendo 3rd party dock restrictions to Nintendo third-party dock restrictions

← Older revision		Revision as of 20:29, 13 April 2026
(No difference)

Bananabot: Added archive URLs for 1 citation(s) using CRWCitationBot

2026-02-23T06:51:29Z

Added archive URLs for 1 citation(s) using CRWCitationBot

← Older revision		Revision as of 06:51, 23 February 2026
Line 15:		Line 15:

	==Consumer response==		==Consumer response==
	Sean Hollister, senior editor at the verge, tested these encryption methods. Using a diagnostic device, Hollister took note of the data being transferred between the Nintendo Switch 2 and the dock that comes with the console. He noticed that the 2 devices communicate and respond with eachother over 30 times before video output is confirmed.<ref>{{Cite web \|last=Hollister \|first=Sean \|date=2025-07-02 \|title=How Nintendo Locked down the switch 2's usb C port and broke third party docking \|url=https://www.theverge.com/report/695915/switch-2-usb-c-third-party-docks-dont-work-authentication-encryption \|access-date=2025-08-13 \|website=The Verge}}</ref> This behavior is not observed with most other USB docks, unless they have gotten around this encryption.		Sean Hollister, senior editor at the verge, tested these encryption methods. Using a diagnostic device, Hollister took note of the data being transferred between the Nintendo Switch 2 and the dock that comes with the console. He noticed that the 2 devices communicate and respond with eachother over 30 times before video output is confirmed.<ref>{{Cite web \|last=Hollister \|first=Sean \|date=2025-07-02 \|title=How Nintendo Locked down the switch 2's usb C port and broke third party docking \|url=https://www.theverge.com/report/695915/switch-2-usb-c-third-party-docks-dont-work-authentication-encryption \|access-date=2025-08-13 \|website=The Verge \|archive-url=http://web.archive.org/web/20260206051032/https://www.theverge.com/report/695915/switch-2-usb-c-third-party-docks-dont-work-authentication-encryption \|archive-date=6 Feb 2026}}</ref> This behavior is not observed with most other USB docks, unless they have gotten around this encryption.

	The Antank s3 max is a notable example. This 3rd Party dock communicates with the console in a similar manner to the official dock, and in turn, will support video output and power delivery. It is unknown how long the dock will continue to function, as at any time, Nintendo could roll out a firmware update and change the encryption system entirely.		The Antank s3 max is a notable example. This 3rd Party dock communicates with the console in a similar manner to the official dock, and in turn, will support video output and power delivery. It is unknown how long the dock will continue to function, as at any time, Nintendo could roll out a firmware update and change the encryption system entirely.

Bythmusters: Edited cargo details

2025-12-05T01:55:42Z

Edited cargo details

← Older revision		Revision as of 01:55, 5 December 2025
Line 1:		Line 1:
	{{Stub}}		{{Stub}}
	{{IncidentCargo		{{IncidentCargo
	\|Company=Nintendo~~, Antank, Genki~~		\|Company=Nintendo
			\|StartDate=2025-07-02
			\|EndDate=
	\|Status=Active		\|Status=Active
	\|ProductLine=Nintendo Switch		\|ProductLine=Nintendo Switch
	\|Product=~~Nintendo switch,~~ Nintendo Switch 2		\|Product=Nintendo Switch 2
	\|ArticleType=~~Product~~		\|ArticleType=Incident
	\|Type=Third Party~~, Firmware lockout~~		\|Type=Anticompetitive Behavior, Firmware Lockout, Third Party
	\|Description=Nintendo ~~has placed~~ an ~~encryption method on the bottom~~ USB C ~~Port of the Switch 2 in order to make it harder for 3rd~~ party ~~docks to be manufactured~~.		\|Description=The Nintendo Switch 2 uses an encrypted USB C handshake protocol, reducing third party compatibility.
	}}		}}
	With the release of Nintendo Switch 2, Nintendo added encryption methods to the bottom of the consoles USB C port. Using a new encryption method as well as an encryption chip. The USB C port will communicate with the cable inside the dock, giving it specific instructions on the correct amount of power delivery to the console as well as permissions for video output. This is believed to be intentional, in order to keep the console from connecting to any USB C accessory not given approval by Nintendo, as well as disallowing 3rd party manufacturers from making docks that will work with Switch 2 in the long term, as firmware updates cause these 3rd party docks to become ineffective and unsuable with the console.		With the release of Nintendo Switch 2, Nintendo added encryption methods to the bottom of the consoles USB C port. Using a new encryption method as well as an encryption chip. The USB C port will communicate with the cable inside the dock, giving it specific instructions on the correct amount of power delivery to the console as well as permissions for video output. This is believed to be intentional, in order to keep the console from connecting to any USB C accessory not given approval by Nintendo, as well as disallowing 3rd party manufacturers from making docks that will work with Switch 2 in the long term, as firmware updates cause these 3rd party docks to become ineffective and unsuable with the console.

AnotherConsumerRightsPerson: Removed title from lead section.

2025-09-11T16:00:11Z

Removed title from lead section.

← Older revision		Revision as of 16:00, 11 September 2025
Line 9:		Line 9:
	\|Description=Nintendo has placed an encryption method on the bottom USB C Port of the Switch 2 in order to make it harder for 3rd party docks to be manufactured.		\|Description=Nintendo has placed an encryption method on the bottom USB C Port of the Switch 2 in order to make it harder for 3rd party docks to be manufactured.
	}}		}}
	~~==Background==~~
	With the release of Nintendo Switch 2, Nintendo added encryption methods to the bottom of the consoles USB C port. Using a new encryption method as well as an encryption chip. The USB C port will communicate with the cable inside the dock, giving it specific instructions on the correct amount of power delivery to the console as well as permissions for video output. This is believed to be intentional, in order to keep the console from connecting to any USB C accessory not given approval by Nintendo, as well as disallowing 3rd party manufacturers from making docks that will work with Switch 2 in the long term, as firmware updates cause these 3rd party docks to become ineffective and unsuable with the console.		With the release of Nintendo Switch 2, Nintendo added encryption methods to the bottom of the consoles USB C port. Using a new encryption method as well as an encryption chip. The USB C port will communicate with the cable inside the dock, giving it specific instructions on the correct amount of power delivery to the console as well as permissions for video output. This is believed to be intentional, in order to keep the console from connecting to any USB C accessory not given approval by Nintendo, as well as disallowing 3rd party manufacturers from making docks that will work with Switch 2 in the long term, as firmware updates cause these 3rd party docks to become ineffective and unsuable with the console.

Mr Pollo at 12:44, 14 August 2025

2025-08-14T12:44:03Z

← Older revision		Revision as of 12:44, 14 August 2025
Line 1:		Line 1:
			{{Stub}}
	{{IncidentCargo		{{IncidentCargo
	\|Company=Nintendo, Antank, Genki		\|Company=Nintendo, Antank, Genki
Line 12:		Line 13:


			==Consumer response==

	==~~Response~~==
	Sean Hollister, senior editor at the verge, tested these encryption methods. Using a diagnostic device, Hollister took note of the data being transferred between the Nintendo Switch 2 and the dock that comes with the console. He noticed that the 2 devices communicate and respond with eachother over 30 times before video output is confirmed.<ref>{{Cite web \|last=Hollister \|first=Sean \|date=2025-07-02 \|title=How Nintendo Locked down the switch 2's usb C port and broke third party docking \|url=https://www.theverge.com/report/695915/switch-2-usb-c-third-party-docks-dont-work-authentication-encryption \|access-date=2025-08-13 \|website=The Verge}}</ref> This behavior is not observed with most other USB docks, unless they have gotten around this encryption.		Sean Hollister, senior editor at the verge, tested these encryption methods. Using a diagnostic device, Hollister took note of the data being transferred between the Nintendo Switch 2 and the dock that comes with the console. He noticed that the 2 devices communicate and respond with eachother over 30 times before video output is confirmed.<ref>{{Cite web \|last=Hollister \|first=Sean \|date=2025-07-02 \|title=How Nintendo Locked down the switch 2's usb C port and broke third party docking \|url=https://www.theverge.com/report/695915/switch-2-usb-c-third-party-docks-dont-work-authentication-encryption \|access-date=2025-08-13 \|website=The Verge}}</ref> This behavior is not observed with most other USB docks, unless they have gotten around this encryption.

Cramp: /* References */

2025-08-13T22:33:22Z

References

← Older revision		Revision as of 22:33, 13 August 2025
Line 15:		Line 15:

	==Response==		==Response==
	Sean Hollister, senior editor at the verge, tested these encryption methods. Using a diagnostic device, Hollister took note of the data being transferred between the Nintendo Switch 2 and the dock that comes with the console. He noticed that the 2 devices communicate and respond with eachother over 30 times before video output is confirmed. This behavior is not observed with most other USB docks, unless they have gotten around this encryption.		Sean Hollister, senior editor at the verge, tested these encryption methods. Using a diagnostic device, Hollister took note of the data being transferred between the Nintendo Switch 2 and the dock that comes with the console. He noticed that the 2 devices communicate and respond with eachother over 30 times before video output is confirmed.<ref>{{Cite web \|last=Hollister \|first=Sean \|date=2025-07-02 \|title=How Nintendo Locked down the switch 2's usb C port and broke third party docking \|url=https://www.theverge.com/report/695915/switch-2-usb-c-third-party-docks-dont-work-authentication-encryption \|access-date=2025-08-13 \|website=The Verge}}</ref> This behavior is not observed with most other USB docks, unless they have gotten around this encryption.

	The Antank s3 max is a notable example. This 3rd Party dock communicates with the console in a similar manner to the official dock, and in turn, will support video output and power delivery. It is unknown how long the dock will continue to function, as at any time, Nintendo could roll out a firmware update and change the encryption system entirely.		The Antank s3 max is a notable example. This 3rd Party dock communicates with the console in a similar manner to the official dock, and in turn, will support video output and power delivery. It is unknown how long the dock will continue to function, as at any time, Nintendo could roll out a firmware update and change the encryption system entirely.


	==References==		==References==
	{{reflist}}		{{reflist}}

	~~{{Ph-I-C}}~~

Cramp: Wrote a brief description of Nintendo's USB C restrictions

2025-08-13T22:20:37Z

Wrote a brief description of Nintendo's USB C restrictions

← Older revision		Revision as of 22:20, 13 August 2025
Line 8:		Line 8:
	\|Description=Nintendo has placed an encryption method on the bottom USB C Port of the Switch 2 in order to make it harder for 3rd party docks to be manufactured.		\|Description=Nintendo has placed an encryption method on the bottom USB C Port of the Switch 2 in order to make it harder for 3rd party docks to be manufactured.
	}}		}}
	~~{{Ph-I-Int}}~~
	==Background==		==Background==
	~~{{Ph-I-B}}~~		With the release of Nintendo Switch 2, Nintendo added encryption methods to the bottom of the consoles USB C port. Using a new encryption method as well as an encryption chip. The USB C port will communicate with the cable inside the dock, giving it specific instructions on the correct amount of power delivery to the console as well as permissions for video output. This is believed to be intentional, in order to keep the console from connecting to any USB C accessory not given approval by Nintendo, as well as disallowing 3rd party manufacturers from making docks that will work with Switch 2 in the long term, as firmware updates cause these 3rd party docks to become ineffective and unsuable with the console.

	~~==[Incident]==~~
	~~{{Ph-I-I}}~~

	~~===[Company]'s response===~~
	~~{{Ph-I-ComR}}~~


	==~~Lawsuit~~==		==Response==
	~~{{Ph-I-L}}~~		Sean Hollister, senior editor at the verge, tested these encryption methods. Using a diagnostic device, Hollister took note of the data being transferred between the Nintendo Switch 2 and the dock that comes with the console. He noticed that the 2 devices communicate and respond with eachother over 30 times before video output is confirmed. This behavior is not observed with most other USB docks, unless they have gotten around this encryption.

			The Antank s3 max is a notable example. This 3rd Party dock communicates with the console in a similar manner to the official dock, and in turn, will support video output and power delivery. It is unknown how long the dock will continue to function, as at any time, Nintendo could roll out a firmware update and change the encryption system entirely.
	~~==Consumer response==~~
	~~{{Ph-I-ConR}}~~

Cramp: Created page with "{{IncidentCargo |Company=Nintendo, Antank, Genki |Status=Active |ProductLine=Nintendo Switch |Product=Nintendo switch, Nintendo Switch 2 |ArticleType=Product |Type=Third Party, Firmware lockout |Description=Nintendo has placed an encryption method on the bottom USB C Port of the Switch 2 in order to make it harder for 3rd party docks to be manufactured. }} {{Ph-I-Int}} ==Background== {{Ph-I-B}} ==[Incident]== {{Ph-I-I}} ===[Company]'s response=== {{Ph-I-ComR}}..."

2025-08-13T21:27:24Z

Created page with "{{IncidentCargo |Company=Nintendo, Antank, Genki |Status=Active |ProductLine=Nintendo Switch |Product=Nintendo switch, Nintendo Switch 2 |ArticleType=Product |Type=Third Party, Firmware lockout |Description=Nintendo has placed an encryption method on the bottom USB C Port of the Switch 2 in order to make it harder for 3rd party docks to be manufactured. }} {{Ph-I-Int}} ==Background== {{Ph-I-B}} ==[Incident]== {{Ph-I-I}} ===[Company]'s response=== {{Ph-I-ComR}}..."

New page

{{IncidentCargo
|Company=Nintendo, Antank, Genki
|Status=Active
|ProductLine=Nintendo Switch
|Product=Nintendo switch, Nintendo Switch 2
|ArticleType=Product
|Type=Third Party, Firmware lockout
|Description=Nintendo has placed an encryption method on the bottom USB C Port of the Switch 2 in order to make it harder for 3rd party docks to be manufactured.
}}
{{Ph-I-Int}}
==Background==
{{Ph-I-B}}

==[Incident]==
{{Ph-I-I}}

===[Company]'s response===
{{Ph-I-ComR}}

==Lawsuit==
{{Ph-I-L}}

==Consumer response==
{{Ph-I-ConR}}

==References==
{{reflist}}

{{Ph-I-C}}