How many hours can you saturate that 25 Gbit connection up and down before support calls you and tells you to knock it off?
You absolutely should not ever get hassled for using a product that you already paid for, that's incredibly stupid. Unfortunately the US just treats anything that isn't a corporation like trash.
25 Gbit/s at home, part 1
81–90 of 154 posts
Re: 25 Gbit/s at home, part 1
#82Earlier quoted context omitted.
r/selfhosted would like to have word with you. That sub is increasing steadily. https://www.reddit.com/r/selfhosted
I'm a member, I even built a self hosted home organizer ( https://homechart.app ). It's a niche community with a very high cost of entry (time/money/skill).
Re: 25 Gbit/s at home, part 1
#83Earlier quoted context omitted.
You sure it is the server and not routing?
Indeed. My cheap router, when bufferbloat mitigation is turned on (codel), maxes out its CPU at 650Mbps.
Get ready for a whirlwind of delayed network improvements from your favorite transit provider for the next 3-5 years just as we saw in the early 2000s!
Re: 25 Gbit/s at home, part 1
#84I'm a proud owner of a 1 Gbit/s fiber connection with a 100 Mbit (wired) network in my house. I want to upgrade it to match, but I don't want to go through the effort because I never run into download times for anything.
Re: 25 Gbit/s at home, part 1
#85Earlier quoted context omitted.
Yeah but you pay for UseNet access separately. Some usenet servers charge extra for access over 100mbps or 1gbps.
You do need to pay but I would stay away from any provider still charging more based on how much bandwidth or transfer you're using, they are likely just extremely outdated or plain overpriced not actually better. Frugal Usenet for $50/y is where I'd point anyone but there are tons of good alternatives too so that's not the only place people should check out by any means. I've pulled about 50 TB in the last 2 months…
Re: 25 Gbit/s at home, part 1
#86Recently moved up to 3gbps bidirectional and had a hell of a time getting 3gbps even with 10gbps network card directly into the 10gbps port on the ISP-provided modem. In addition to this, there are very few services that will actually feed you data at 3gbps. Steam - ~280MB/s (2.2gbps) Battle.net launcher - ~140MB/s (1.1gbps) 25GB Torrent with 1000+ seeders - ~70MB/s (~560mbps) 2GB iso from github - ~80MB/s (~650mbps)…
I just upgraded to 10GbE service from Ziply Fiber in the Seattle area: Speedtest.net - ~9.3Gbps symmetric iperf to Denver: ~9.3Gbps symmetric (~8 threads) iperf to Minneapolis: ~9.3Gbps symmetric AWS S3 Download with small files: 1.3Gbps Usenet download: 7-9.5Gbps Mounting my ZFS pool to an AWS instance via SMBv3 in us-west-2: 3Gbps (not clear what the limit was here) GitHub (400MB): 1 thread 400Mbps, 16 threads: 3.3…
Re: 25 Gbit/s at home, part 1
#87Earlier quoted context omitted.
I'm a member, I even built a self hosted home organizer ( https://homechart.app ). It's a niche community with a very high cost of entry (time/money/skill).
Regarding the money aspects of the high cost of entry - you can source cheap hardware from secondary markets. I just helped a friend setup a cheap selfhosting/homelab for his home. He bought couple of HP EliteDesk 800 G4 minis for $99/each with i5-8500T CPUs. Each came with 16gb ram. Both units had NVMe drives. So we just had to add couple of 2.5 SSDs 2tb ($50/each) for media storage. Running Ubuntu server with CasaO…
Re: 25 Gbit/s at home, part 1
#88Earlier quoted context omitted.
Not sure what you see, but I always multiply transfers times 10 to estimate bandwidth, since there is some overhead in the TCP/IP protocol. So 280MB/s I would estimate being about 2.8gbps...
To convert MB/s to gb/s (MegaBytes per second to Gigabits per second) simply multiply by 8 (8 bits per byte). So 280MB/s is 2.24gbps (moving the decimal place).
Re: 25 Gbit/s at home, part 1
#89Earlier quoted context omitted.
Not sure what you see, but I always multiply transfers times 10 to estimate bandwidth, since there is some overhead in the TCP/IP protocol. So 280MB/s I would estimate being about 2.8gbps...
To convert MB/s to gb/s (MegaBytes per second to Gigabits per second) simply multiply by 8 (8 bits per byte). So 280MB/s is 2.24gbps (moving the decimal place).
The former system is multiples of 1024, the latter the mathematical and legal definition of x1000
The X10 rule of thumb is probably pretty spot on at the end