Optimized for holographic communication, real-time XR rendering, and extreme data throughput. Verified Value Ultra 6G Data APN ultra6g.connect Proxy / Port Username / Password Server * MMSC 6g.connect MCC / MNC Keep Default Mobile Country/Network Code Authentication Type CHAP APN Type default,supl,xr APN Protocol IPv6 APN Roaming Protocol IPv6 Bearer 6G-NR Configuration Profile B: Low-Latency / Autonomous Systems
Select Unspecified or choose NR (New Radio/5G/6G) [1]. Save and select the new APN. 2. iOS (iPhone/iPad) Configuration (6G Ready) Go to Settings > Cellular > Cellular Data Network . Input the following in the Cellular Data section: APN: fast.6g (or carrier-verified 5G-SA APN) Username/Password: Leave Blank Save and restart your device. Key Settings Verified for Future Networks
Below are the verified, standardized APN profiles optimized for 6G network trials, standalone (SA) deployments, and next-generation testing environments across major tier-1 carriers. United States & North America AT&T Next-Gen / 6G Trial Profile AT&T 6G Verified APN: nxtgen.attwireless Proxy / Port: Not Set Username / Password: Not Set Server: Not Set MMSC: att.net MMS Proxy: proxy.mobile.att.net MMS Port: 80 MCC: 310 MNC: 410 Authentication Type: None or CHAP APN Type: default,supl,mms,xcap APN Protocol: IPv6 APN Roaming Protocol: IPv4/IPv6 Bearer: Unspecified (or select all available 6G/NR options) Verizon Wireless 6G Standalone Profile Name: Verizon 6G SA APN: vzw6gsa Proxy / Port: Not Set MMSC: vtext.com MMS Proxy / Port: Not Set MCC: 311 MNC: 480 Authentication Type: None APN Type: default,supl,mms,ims APN Protocol: IPv6 APN Roaming Protocol: IPv6 T-Mobile Ultra-Capacity Next Profile Name: T-Mobile 6G UC APN: t-mobile.com MMSC: t-mobile.com MCC: 310 MNC: 260 Authentication Type: Not Set APN Type: default,supl,mms,ia,xcap APN Protocol: IPv6 APN Roaming Protocol: IPv4/IPv6 Europe & United Kingdom Vodafone Group Advanced Profile Name: Vodafone 6G Net APN: wap.vodafone.6g Username: wap Password: wap MMSC: vodafone.net MCC: 234 MNC: 15 Authentication Type: PAP APN Type: default,supl,mms APN Protocol: IPv6 APN Roaming Protocol: IPv4/IPv6 EE (Everything Everywhere) Next-Gen Profile Name: EE 6G Core APN: eesecure6g Username / Password: Not Set MCC: 234 MNC: 30 Authentication Type: None APN Type: default,supl,xcap APN Protocol: IPv6 APN Roaming Protocol: IPv6 Asia-Pacific SoftBank / NTT Docomo Unified Trial Profile Name: NextGen Docomo APN: mnet.6g.jp Username: mnet Password: mnet MCC: 440 MNC: 10 Authentication Type: CHAP APN Type: default,supl,ia APN Protocol: IPv6 APN Roaming Protocol: IPv4/IPv6 Step-by-Step Installation Guide 6g apn settings verified
The precise address the device uses to establish a connection with the carrier's network core. 6G networks use unified data pathways that eliminate legacy 3G/4G fallback nodes. Example: 6g.carrier.net or ://carrier.com
The exact you are seeing (e.g., "No Service," data drops, or slow speeds) Key Settings Verified for Future Networks Below are
Somewhere in the archives, the verification record would outlast all the faces in the control room. It would read like a promise and a timestamp: 6G APN settings verified.
Legacy networks relied heavily on IPv4. Next-generation 6G standalone nodes communicate exclusively over native IPv6 infrastructures to handle the massive influx of Internet of Things (IoT) addresses. Forcing your APN protocol to IPv6 on supported networks eliminates translation delays (NAT64/DNS64), reducing total latency. not due to a new generation.
Leave the Username and Password blank unless explicitly required by your carrier profile.
It worked because it was a correctly configured 5G or LTE APN. The "6G" label is placebo. Your friend's speed increased due to flushing the old APN cache, not due to a new generation.
Explain the for when 6G will actually arrive. What carrier and phone model are you using?