Solar and wind are just too cheap to build, they are going to take over no matter what anyone does. And in areas with fossil fuels still in heavy usage, short-term putting all the money into building solar makes complete sense - every new solar panel means that much less fossil fuel burned. We still have lots and lots of low-hanging fruit.

With renewables will come battery storage to handle the unpredictability, on the short term, battery projects are going to be super profitable so there will be lots of them. But those profitable battery projects will only handle the easy problems - grid stabilization and a typical overnight cycle. It will leave the grid vulnerable to that freak 2-week long cold snap every 6 years (that may be more common as the climate goes insane and unpredictable)

I’m a big fan of nuclear, but at the current cost difference to solar and wind, it doesn’t have a chance. The role I see for nuclear is to reduce the amount of battery storage needed. If the cost to build nuclear with newer, smaller, more cookie-cutter reactors can come down to replace the cost of batteries long term (as they have to be cycled out after a decade or two) then it will slot in really nicely.

Here are some results if anyone comes across this thread in the future.

The baseline result I need to achieve is a speedtest result of 7.5 Gbit that the ISP’s rental router gives me.

I ended up picking up:

• Lenovo ThinkCentre Tiny M720q, Core i3 8100T, 8 GB RAM ($70)
• Huawei SP310 (Intel X520-DA2/82599) dual 10 Gbit NIC ($20)
• 16x PCIe riser + Network Card Bracket ($20)

Initially I installed pfSense. I ran iperf3 to just get an initial sanity check that the PCIe card/wiring was working right but was getting results between 3-7 Gbit with the CPU pegging at 50%. Some quick googling returned results like “you can’t run iperf on pfSense!” and “pfSense isn’t a router, why do people keep using it as a router, it’s a firewall!”, so I decided to switch to OpenWRT since the Linux side of things always seems to make more sense.

On OpenWRT, iperf easily hit 9 Gbit with like the CPU at 95% idle.

It took like 2 hours to configure the weird IPIP6 tunnel my ISP uses for IPv4, but once it was set up, the machine has no trouble routing the same 7.5 Gbit speedtest the ISP router managed, with the CPU usage at 78% idle (the remainder in “sirq”)

Power consumption:

• ISP router draws a solid 16W both when it’s idle and when there is 7.5 Gbit of traffic
• The M720q draws 16W when idle and up to 29W when there is 7.5Gbit of traffic. This is with two copper SFP+
• This is without tweaking any power saving options in BIOS etc

If you check the forums, Apple Engineers say that background tasks typically only run overnight https://forums.developer.apple.com/forums/thread/654424

People syncing their photos to the cloud expect them to sync pretty much instantly if the battery isn’t low (which iCloud will do)

Nope

Yeah my friend left his MacBook Pro at airport security and when he was reunited 3 weeks later it still had like 50% charge with him tracking it using Find My the whole time

I can only look at Mikrotik gear in jealousy since they don’t have a reseller here, so all that’s available are overpriced, un-warrantied gray imports…

Each one has been getting more efficient, not less

M4 Mac mini’s efficiency is incredible

Very interesting, thanks for the links

The low power consumption is one of the reasons I was attracted to the ThinkCenter M720q devices. It definitely wouldn’t be worth it if I had to build some tower PC or run a Xeon server!

The ISP router I’m getting is 10 Gbit (on WAN and one LAN port, the rest are 1 Gbit), but the configuration seems limited and it’s a $5/mo rental tacked onto the bill.

I think I can live without IDS/IPS, in all the time I used it on UniFi, it never gave me any actionable info, so hopefully that helps me with performance.

That’s interesting about the 10Gbit ethernet cards. Is that with something like a Mellanox or some other card? My NAS is going to be stuck on 2.5 Gbit since it’s just a Synology.

Thanks for the Intel x520 recommendation, those are looking like a much better deal right now than the Mellanox cards I was looking at.

Glad to hear it about the BSD networking!

I’m still trying to avoid the Xeons for power consumption reasons, hehe, although it would be a lot more fun for sure!

Yeah I’m not ordering anything until I have the connection up and running, which is why I opted to rent the ISP router to begin with, but looking at results online that others on the same ISP have posted, I can probably expect up to around 7 Gbit real-world so I’ve been thinking that I will at least want something better than the standard 1 Gbit or even 2.5 Gbit stuff out there, hence why I’m trying to research what the hardware requirements actually are!

These ThinkCenter M720q machines I’m looking at all seem to have a single PCIe 3.0 8x card slot, regardless of the CPU, and that seems to be all that the Mellanox ConnectX cards need according to their spec sheets, so hopefully that is good.

We also need to consider the practical aspects. Who mucks after the horses? Who feeds them? Do we need a stall? Does it need to be air conditioned in the summer/winter?

The problem is that it all looks really $$$, even on the used market

Microsoft try not to copy everything Apple does challenge: Impossible

At least “Apple Intelligence” is cute because the initials for it are A.I.

Linus Torvalds has been a US Citizen since 2010 and lives in Portland, Oregon

They should have built a solution where the phones that haven’t been tested get cut off, but get an SMS telling them to activate the phone, call SOS once. For the first SOS call, they intercept it, check that the phone was able to make the call, then unblock the phone, and after that, allow SOS calls as normal.

That would require “actually doing work” though.

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For anyone who’s not in the Synology ecosystem, this is what the release notes are:

Starting from this version, the processing of media files using HEVC (H.265), AVC (H.264), and VC-1 codecs will be transitioned from the server to end devices to reduce unnecessary resource usage on the system and enhance system efficiency. These codecs are widespread on end devices such as smartphones, tablets, computers, and smart TVs. If the end device does not support the required codecs, the use of media files may be limited.

This mostly affects things like streaming to a TV, streaming box or tablet with limited codec support.

When watching videos on Linux, the support on the NAS itself doesn’t matter, just the support only your PC. When opening videos over SMB in dolphin, the codec support on the NAS does not come into play. The thumbnails are generated by your PC.

Just install VLC on your PC and it will play whatever you throw at it, regardless of OS codecs. I would not re-encode anything.

edit: It looks like the biggest impact is using Synology Photos - it can’t generate thumbnails for HEIF photos/HEIC videos anymore