Re: [v6ops] [*SPAM* Score/Req: 3.9/3.3] Re: reclassify 464XLAT as standard instead of info

[Alexandre Petrescu <[e-mail]>]

Le 20/09/2017 à 15:19, JORDI PALET MARTINEZ a écrit :
> Google is your friend:
> 
> https://android.googlesource.com/platform/external/android-clat/
> 
> Same for other questions that you asked before … you can find it also for OpenWRT.

Jordi, please let me ask again: I would like to ask you which LTE modem 
was inside the LTE router?

Because the Balong modem in some Huawei smartphones, and some
Qualcomm MDM8xxxx series in some IoT devices block DHCPv6 messages.

OpenWRT is an OS, not a  modem.  An OS runs on many kinds of modems. 
Some modems block DHCP altogether.

You cant just redirect me to OpenWRT.

Alex

> 
> Regards,
> Jordi
>   
> 
> -----Mensaje original-----
> De: v6ops <[e-mail]> en nombre de Alexandre Petrescu <[e-mail]>
> Responder a: <[e-mail]>
> Fecha: miércoles, 20 de septiembre de 2017, 9:55
> Para: Erik Kline <[e-mail]>
> CC: "[e-mail]" <[e-mail]>
> Asunto: Re: [v6ops] reclassify 464XLAT as standard instead of info
> 
>      No need to stress terms like billions; that's what modem manufacturers
>      put on the market too routinely.  Maybe we can talk trillions of IoT
>      devices.  Maybe we can use the SI prefixes, like exa, or peta.
>      
>      That aside, I would like to ask you whether the CLAT src on Android is
>      something I could look at?
>      
>      Alex
>      
>      Le 20/09/2017 à 08:03, Erik Kline a écrit :
>      > There seem to be some misconceptions flying around here.
>      >
>      >> Well, I dont think 464XLAT is deployed anywhere else than on cellular. These
>      >> are the big numbers that the Original Poster talked about: miliions of users
>      >> - they are on cellular.
>      >
>      > 464xlat is a client-side bit of code (the NAT64+DNS64 in the network
>      > is the "other half").  It is primarily implemented in mobile devices,
>      > and primarily in Android, to be more specific.
>      >
>      > As such, the number of 464xlat capable nodes is numbered in the /billions/.
>      >
>      > There are also some wifi (and wired) networks that are IPv6-only with
>      > NAT64+DNS64; mobile networks aren't the only ones.
>      >
>      > NAT64+DNS64 is easily the single most successful IPv6 transition
>      > technology on the planet ([a] if one excludes "dualstack", [b] queue
>      > the Sean Spicer jokes).  464xlat can help ease things on the client
>      > side, but it's not the only way to do it (cf. iOS).
>      >
>      
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