Top products from r/ipv6

We found 9 product mentions on r/ipv6. We ranked the 8 resulting products by number of redditors who mentioned them. Here are the top 20.

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Top comments that mention products on r/ipv6:

u/pdp10 · 1 pointr/ipv6

> Older print servers and printers will need ipv6 help.

Print servers and network to parallel or serial "device servers" with explicit IPv6 support don't seem hard to find. We'd typically build our own print servers from micro-server hardware for the additional flexibility and capability, but I don't blame anyone who doesn't want to do that.

We've found "enterprise" or "commercial" market gear with network interfaces to generally have good IPv6 support. Not all, but most. I suspect U.S. purchasing mandates for IPv6 support are a big factor, but I haven't found any direct evidence of that. It's possible that feature-parity between rival vendors may play a part.

It's consumer-market endpoint gear (e.g., not routers or networking gear) where IPv6 support is dire. However, the good news is that if buyers begin to check for IPv6 support in order to "future-proof" their purchases, I guarantee that IPv6 support will show up in those products soon.

u/wilsonics · 7 pointsr/ipv6

You may want to contact them and have them check the signal levels at your modem; you'll have to have a cable guy come out usually for no charge. I used to work for TWC/RoadRunner, this was a common problem. Also, make sure your modem is not attached to multiple (usually the tech will give you a special one that will only degrade the signal by -1.5db) splitters so it gets the best signal possible. You basically want it to be the first device connected directly to the cable trunk outside. This is very important. Cable modems are very picky. If Charter supports it, and you can afford it, pick up this cable modem (just call them and ask.) It improved my speeds on Comcast. As and added bonus, you won't be renting a modem from them for ~$10/mo so it will pay for itself pretty soon.

u/irescueducks · 3 pointsr/ipv6

The NT kernel was derived from VAX/VMS and it's mostly the work of Dave Cutler, an ex-Digital engineer hired by Gates to work on a new 32-bit Kernel. (http://www.microsoft.com/about/technicalrecognition/david-cutler.aspx)
If you want to get a feel of OpenVMS, telnet to jack.vistech.net. (http://jack.vistech.net/JACK.shtml)
Looks UNIX-y but has little in common.

The kernel in Windows 9x was a toy. There was no memory isolation between processes and no hardware abstraction layer (HAL). I could talk directly to your Sound Blaster from my poorly written Win32 game. If my game didn't step on someone's else's stack, it surely mishandled something in the hardware and there you have it, BSOD became pop culture. Oh yes, and i could overwrite memory in kernel space. Sorry, i just overwrote the I/O scheduler with my highscore, let's BSOD and call it a day. First OS to address this in personal computing space was OS/2, followed by Windows NT 3.1.

I highly recommend picking up a copy of "Hard Drive: Bill Gates and the Making of the Microsoft Empire" (http://www.amazon.com/Hard-Drive-Making-Microsoft-Empire/dp/0887306292) if you have an interest in OS development history, it's an epic adventure with just the right amount of technical bits thrown in to keep it very entertaining.

The Microsoft Research IPv6 stack was released after NT 4.0 shipped. Source code is publicly available and for the "historian programmer" makes for a very entertaining afternoon. (http://research.microsoft.com/en-us/downloads/b92f7517-a39e-4c51-968e-079e7178807e/)

As for Firefox and its IPv6 support, my screenshot shows Firefox 2.0.0.20, which not only supports v6 but it prefers it over v4. They were just ahead of their time.

Why is there a will? Just like some watch football (i should probably say soccer, shouldn't i?) with a passion, i poke around at computing history trying to figure out where it all came from. It's my thing.

And, going a little off-track here, if anyone wonders (probably not), the "Hide file extensions" checkbox was there in NT4 and was ticked by default, just like in Windows Server 2012 R2 today.
http://i.imgur.com/XTczvv1.png
https://pbs.twimg.com/media/Bq-K8XgIAAAn3f9.png:large

Some things never change.

u/kkress · 5 pointsr/ipv6

Asus RT N16. It supports Comcast IPv6 with a firmware upgrade through the default UI (maybe out of the box at this point). It also comes with a linux install by default. It appears to be running a *WRT custom ROM, but I'm not sure which. Either way its a nice little router with telnet to linux prompt available to help with debugging stuff when needed.

http://www.amazon.com/RT-N16-Wireless-N-Maximum-Performance-single/dp/B00387G6R8

u/MaLaCoiD · 5 pointsr/ipv6

The cable devices that will initially support IPv6 are listed here and are shown with a checkmark in the IPv6 column (click the top of the column to sort by that variable). This list will expand in the coming weeks and months as we complete testing of other devices.

Currently: SB6120, WBM760A, and DCM-301. The 6120 is the one I'll probably get because there's a modding community using it.

I couldn't find mention of which markets they're targeting.

u/broccolihead · 2 pointsr/ipv6

You need 802.11ac on both the router and the laptop to get wireless speeds over 70MBPS. http://compnetworking.about.com/cs/wireless80211/a/aa80211standard.htm I just went through this same problem when I was upgraded to Blast 105. My wireless router could do the 5Ghz 802.11ac but my laptops couldn't connect at 5Ghz so I bought two tiny usb wifi adapters and now I can connect fine. http://smile.amazon.com/gp/product/B00FW6T36Y/ref=oh_aui_detailpage_o03_s00?ie=UTF8&psc=1

u/ThreadbareShorts · 3 pointsr/ipv6

Tom’s book IPv6 Address Planning: Designing an Address Plan for the Future https://www.amazon.co.uk/dp/B00PCZMAOW/ref=cm_sw_r_cp_api_i_z2xADbGMTHF64

Definitely spend time on the replacement of ARP (Neighbor Discovery) than you do on the actual address format.
Once you realise EVERYTHING lives in a /64 and you’re doing nibble boundary subnetting, IPv4 seems hard and archaic 👍🏽

u/echolines · 1 pointr/ipv6

It was a little paragraph at the end of the IPv6 chapter in this book.