Blaster M

5D Hypercube: Don’t leave home without it

Oh no, guess my spam email account that already gets a millionty spam messages an hour will get two millionty spam messages, probably.

There is also a one man wonder effort to improve the sound work of simulated engines by “simply” simulating the flow of air https://www.youtube.com/watch?v=J11c8mMN1PA

At least it’s not a .art file

If you get this reference, remember to take your daily meds on time.

A literal Bolivian Army Ending

This is becoming the new ALT+F4 meme

TLDR: Nobody wants to spend 2 grand to live in a closet.

Downside up?

Metrocity

NPUs

It means having a shot at getting a good gaming gpu for cheap

They also make great skidpads when there isn’t traffic about.

It is a weird hill to die on for sure.

And that’s why I abandoned cheap consumer routers many years ago… closest devices to implement ipv6 port management firewalling even half good was/is the ASUS devices. I got fed up and went pfsense and/or unifi one day and never looked back.

UDM handles ipv6 real good, and pfsense can even get /64 subs from an ATT router for all its lan interfaces.

IPv6 does not do NAT - you allow the ports for a device instead in the firewall.

You shouldn’t be forwarding anything - lan devices are directly accessible from the internet with ipv6. The router’s job now is to firewall inbound ipv6 packets. You should be able to simply open the inbound port for that device in particular.

It’s amazing how many internet providers still won’t enable IPv6, even though it is hugely beneficial to their own networks (more efficient routing = less router overhead = more bandwidth and less power usage = SAVE MONEY).

IPv6 was pernanently turned on for the Internet in 2011. That’s THIRTEEN YEARS AGO.

All consumer and enterprise equipment made in the last 10+ years natively support IPv6. There is no excuse anymore. You can enable dual stack and setup / get your v6 block and go for it. The v6 routing tables are much simpler than the v4 routing tables, as it only has to point to the prefix network for any address, and prefixes are handed out so the ISP gets a contigious prefix block. The routers sort the rest out.

IPv6 has the 2000::/3 range for internet traffic. That’s 2^125 ip addresses possible. We’re not running out of those even if we have an internet on every planet in the solar system.

IPv6 Prefix Delegation works like DHCP but for IPv6. It’s not indecipherable magic runes.

Router asks for a v6 range -> ISP router gives the range -> Router then either further subdivides into subnets, or uses DHCPv6 to give out v6 addresses. Simple.

But of course, nobody wants to do it the simple way… AT&T and your strange subnetting spec-breaking routers.

Odd that Comcast/Xfinity, the company that somehow manages to have even worse service than AT&T, implements IPv6 near perfectly. They give prefixes when your router asks. Their own gateways give prefixes to routers behind when requested. It works. If the arguably worst internet company can deploy IPv6 this well, any company can.

In addition, every device also has its own link-local ipv6 (fe80::/16) that is not routed, but can be called directly and it normally doesn’t change, as it is based partly on the network card’s MAC address. Need to connect your printer by ip address? Use the link local v6 and stop having to play the DHCP or static IP charade.

… says the political party that flys flags

The GT86 and BR-Z, and the bZ4x and Solterra, The GT86 / BR-Z is mainly a Toyota design with a Subaru/Toyota codeveloped engine - Subaru had to be dragged into that one with a stage hook. The other one’s an EV mainly Toyota/Yamaha designed.

Meanwhile, Subaru…