10 Gbps symmetrical for 40 bucks a month TV included. It's absolutely mind boggling for me how expensive internet is in North America.
this post was submitted on 15 Mar 2024
132 points (96.5% liked)
Asklemmy
43939 readers
549 users here now
A loosely moderated place to ask open-ended questions
Search asklemmy π
If your post meets the following criteria, it's welcome here!
- Open-ended question
- Not offensive: at this point, we do not have the bandwidth to moderate overtly political discussions. Assume best intent and be excellent to each other.
- Not regarding using or support for Lemmy: context, see the list of support communities and tools for finding communities below
- Not ad nauseam inducing: please make sure it is a question that would be new to most members
- An actual topic of discussion
Looking for support?
Looking for a community?
- Lemmyverse: community search
- sub.rehab: maps old subreddits to fediverse options, marks official as such
- !lemmy411@lemmy.ca: a community for finding communities
~Icon~ ~by~ ~@Double_A@discuss.tchncs.de~
founded 5 years ago
MODERATORS
Jesus, 10Gbps!? I'm paying $90 for "gigaspeed" AT&T fiber. But, I'm luckier than most, I have AT&T fiber and Metronet as fiber providers, as well as Spectrum and T-Mobile (but yuck to using 5G as my primary source of internet).
load more comments
(2 replies)
North America is insane with their internet costs.
Here in VN, I can get unlimited 4G for 40$ a year, and 100mbps symmetrical fiber for about 50$ a year. The biggest provider is the Army. Their customer service is actually pretty fast and good too!
The country is fucking huge to be fair, but it's also the capitalism capital of the world.
Would have great internet too if the telecommunication companies didn't just pocket the money for installing fiber infrastructure. Twice.
load more comments
(2 replies)
3 download 0.9 upload
:)
That's awful, I'm sorry :(
Is your ISP's infrastructure based on RFC 1149?
IPoD actually has really high throughput.
According to wikipedia Carrier pigeons typically travel ~1000km at ~100km/h and can carry 75g comfortably. a microsd card weighs about 0.5g and we have 1Tb ones now so our pigeon could carry about 150Tb per trip (sidenote that'll cost ~20K so packet loss would really suck) . that's an impressive 33Gb/s at the 1000km range. the 30million ms ping might be annoying though.
This really needs an update for each carrier to transport multiple packets at once.
Based on RFC2549 it seems each carrier can transport up to 10g. That's roughly 40 MicroSD cards. The current largest MicroSD cards are 2TB, so that's 80TB/carrier. It seems the smallest response time is 3,000s.
That means the theoretical top transfer rate could be roughly 213Gbps.
Edit: Although it seems the carriers could do as much as 75g. That's 300 MicroSD cards or 600TB. At 5km that makes 1.6Tbps!
load more comments
(1 replies)
17mbps (Neighbour's Wifi).
π΄ββ οΈbasedπ΄ββ οΈ
1000 up and down. Fiber is great. Actually having competition instead of a Comcast monopoly in my area is amazing.
load more comments
(1 replies)
1000/1000 for like $3 a month. But that's with the caveat of living in China, where I need a VPN to access most western websites, so that's my bottleneck.
Domestically I can get the full bandwidth when streaming (ton of English content available for cheap), but once I need to use the VPN it drops to maybe 200-300 mbit, depending on the server and current utilization.
Moving to Malaysia in less than 2 months where I can get 2gbit for about $90 (tested at my friend's house), but honestly I think I'll settle on 500. It's more than I can realistically use in a 2 person household, and it's like 20 bucks.
500 is the sweet spot, at least for downloads. I have it and it's fast enough for all my needs. Upload can be less, although I'd love to have more than the current 50. Good luck with your move!
load more comments
(1 replies)
Mine is supposed to be 100 / 100 and actually is. In Vietnam, symmetrical fiber-to-the-home is actually pretty common. I think I pay 5$ a month, or maybe a bit less.
load more comments
(3 replies)
10 GBit symmetrical. Which is a bit useless, since my motherboard only supports 1 GBit, but it's good to be ready for the future, I suppose.
You could get a 10 Gbps network card for under $100
And ensure the router and the ethernet cable support that. But yeah.
load more comments
(3 replies)
load more comments
(2 replies)
I pay for 1000/50, I get more like 500/50 which is fine by me. Costs 80CAD a month.
load more comments
(1 replies)
My day job is building ISP networks. It's been about 20 years since I had a home connection that I didn't configure up both ends of myself.
I've got a 1G / 500M tail into home where I am right now, not that that is particularly impressive. One of the jobs I've been putting off at work is standardising our usage of the 10G GPON platform available here in NZ, when I do that I'll get one of the >1G tails to use at home.
Usually the answer is how ever much I can be bothered building, but my usage is pretty low.
load more comments
(3 replies)
75/15
Everyone around me is getting fiber, but I'm on a private/unadopted road, so not for me π
load more comments
(1 replies)
"250 symmetrical", but my router usually reports around 270ish each way. Recently moved somewhere with fiber to the home.
Previously the cable co I was with kept sending notifications that they had "upgraded" my service. I went from like 100mbps down to like 300 down with them, but they never changed the 10mbps up...
1000mbps symmetric, $500/mo (yeah I know...)
Bro what.
I live pretty rural and no service providers had any desire or plans to expand service to where I am. Best offering was 768kbps DSL.
I'm in a little bit of a valley with a ton of huge trees, so Starlink would cut out every 10-15 minutes. Cellular internet was...okay...but not fast enough for my needs.
I ended up paying a provider to dig a trench from a distant main road to my property and bury a fiber line direct for my use. It has a 99.99999% uptime guarantee which is nice.
I'll be paying for it for 10 years....but honestly, worth it.
Holy shit ! you'll be paying 500$/month for ten years ? Yea, I imagine I would do that too, given the dough
load more comments
(10 replies)
~90/30 (paying for 100/40).
That's considered pretty good for our shit Aussie FTTN (VDSL) network.
Fibre upgrades are happening.
load more comments
(2 replies)
Melbourne Australia: ~75/30mbps. Was getting 1000/1000 at my last place near the city, but we bought a house in a forest.
Thanks to the left wing government, we'll get upgraded to 1000/1000 in 1.5 years.
load more comments
(1 replies)
250/250Mbit, included in my utilities bill
1-5Mbps during the day.
It is what it is.
But! If I had smartphone with MediaTek SoC (or root access), I could get 30-40Mbps. Currently I get this by using a VPN 24/7.
Lemmy explain:
My carrier (Swan) only has cell towers in 1800MHz band. They partnered with other carrier (Orange) to extend their coverage. Originally, this was done using so called "National roaming" in 2G and 3G. For purposes of internet connectivity, 2G is irrelevant. This was awesome as I could just manually choose Orange and get faster speeds. Unfortunately, Orange shut down their 3G network, and the license was updated so they now provide Swan with 4G except in 800MHz band.
What's different? It's not done via "National roaming" anymore, but the phone signs into Orange's network natively as Swan, without roaming, and it is not possible to manually select Orange anymore.
So, how would MediaTek help me?
They have "Engineer mode" *#*#3646633#*#* with "Band mode" selection where you can allow specific bands manually.
Remember that Swan only has towers in 1800MHz band? Yep, I could disallow that, and stick to Orange towers (also limiting myself from their B3 towers, but whatever).
I have tested that with my old MediaTek phone, and it works. So it's a functional concept.
(Same thing can be achieved on rooted Qualcomm and app like NSG)
I found one more workaround (no, not using a jammer which would be illegal). I found out that I won't get switched away from Orange as long as there is a continuous connection. So, I can take a bus into area without Swan coverage and connect to a VPN using OpenVPN TCP (didn't help with UDP), and then head back. Important thing is to never disconnect, not even for a second.
That's how I am currently on 2100MHz from Orange. I must stay connected 24/7.
We do not have internet at home, so this is all I have. Overnight downloads go brrr...
1000/1000. Usually testing will show between 800-960 in both directions.
3.6mbps/3.4mbps unlimited, $50 a month. At least, that's what speedtest.net says it is at the moment. I think it's supposed to be 6, but such is the life of the countryside.
150Mbps advertised, 170Mbps in reality. 15Mbps up @CAD50/mo.
I had 1Gbps before but I monitored my usage: playing MMOs (<1Mbps, latency is important not bandwidth), watching Netflix (<10Mbps in HD, ~25Mbps if 4K) and minor stuff like Skype. iOS or Linux SW updates run in the background anyway and many servers were limited in their end. Only things that could very rarely max it out were bittorrent which I usually am not in any hurry with anyway, my BT machine runs 24/7. Most of the time my connection was almost idle.
So I downgraded and saved money for more important things. My building is getting a second fiber provider soon but it still starts at CAD70 for 500Mbps, so I'll pass.
80/20 for 30β¬
But your post animated me to check, so there is one for 100/40 for 20β¬ now i switched to. Thank you!
40down, 6up, 50USD/mo go USA! Only other option is Starlink which already had and was too unreliable.
380/260, for βgigabit fiberβ
Β£21/mo for a 100Mb/s VDSL connection split at 80/20: speeds as advertised, ~10ms latency. I'm living in the centre of a large market town in the North of England.
Two doors down, my neighbour is paying Β£25/mo for symmetric gigabit FTTP with negligible latency, but the fibre network doesn't extend to my property. Fuckers.
Oh, I also have a backup/travel LTE service which provides about a 1150Mb/s down and 300Mb/s up with 20ms latency which costs me Β£18/mo.
view more: next βΊ