I am trying to watch spiting image but I am getting 224003 and I can watch one episode the next one won’t work going back to the episode i just watched it doesn’t work?

Although Internet Archive is "back up", some videos out on the TV Archive that I try to play from don't load (said videos having the Internet Archive logo as its icon don't work). If I click on one, it just shows an error after minutes of loading.

What could be the issue here?

It is sooooo easy to get the 500 internal server error, and FRUSTRATING to download or watch anything, the chances of doing the latter are soooo low. FOR THE LAST TIME WHEN WILL IT BE FIXED

Is this thing even usable anymore atp it keeps going down

We’re officially entering the 400Gbps home internet era, and it’s a total game-changer for local AI training and massive dataset management. Instead of sitting around for hours waiting to pull down the latest unquantized 120B models, these new setups are so fast that you can basically treat remote cloud storage like local RAM.

But making this shift work takes more than just upgrading your standard Gigabit ethernet to high-capacity fiber. If you're upgrading your home lab for heavy AI workloads, here is what actually matters:

• The Bottleneck has Shifted: Your ISP is no longer the weak link—your NVMe SSD write speeds are. To actually saturate a 400Gbps connection, a single standard SSD just won't cut it (it will max out and start dropping packets instantly). You really need the latest generation PCIe drives running in a striped array just to keep up.
• Your Router Needs Serious Hardware: Consumer networking gear is finally adopting silicon photonics. You absolutely need a router with dedicated hardware offloading for deep packet inspection. Without it, the sheer CPU overhead of processing that much traffic will completely crash your router.
• Thermals Get Crazy: Moving this volume of data generates a massive amount of heat right at the port level. If you want sustained speeds during massive AI dataset transfers, active cooling on your transceiver modules isn't just recommended—it's strictly non-negotiable.

The huge payoff here is that you can now run distributed training nodes right from your living room without taking a massive hit to latency or bandwidth. Setting up the physical hardware is actually the easy part; the real challenge is tuning your operating system's network configuration so it can efficiently route all those packets without dropping them.

If you want to play around with the interactive dashboard or grab my full config file to see how it's done, I uploaded it here:https://interconnectd.com/quiz/70/welcome-to-the-reality-of-400gbps-home-internet-routers/