@Anurag Bhatia Legend himself on this forum. Hello sir, Good to see you here

.
Haha. Nothing like that. Thanks for your kind words and greeting
@unnecessary
Optical power has gone down again.
| Transmiting Light Power: | 2.2dBm |
| Receiving light power: | -24.7dBm |
That seems overall OK for the specs. Power can go as low as -27 or even -28dbm for most cases without causing issues. However they (LCOs in this case) try for much better margin numbers of -22 to -23. This gives sufficient margin for issues in cables (common due to monkeys & what not for overhead cables) and also give safer margin to split near subscriber end as well as in the backend for newer connections. Except Jio & Airtel most of other networks add PON splitters on the go. They won't simply do a 8 or 16 split per pole. For Jio that made sense based on the scale, anticipation of users and an overall design which works across country (without having to re-do it again and again).
For smaller players that would be quite a bit of cost to do that in advance. On their advantage - smaller players can react faster than large company like Jio. For smaller networks, LCO based models - you can expect higher power as a smaller network is deployed and it will reduce over time as they add more splits to add customers.
Correction on my previous conclusion on expectation on peered routes
Earlier I mentioned:
Regular internet usage is lately
Google/YT, Facebook,
Netflix,
Hotstar via Akamai etc and they are fine covering that part. Remaining internet (less than 20% of their traffic) going outside of NCR via
TCL transit is something where performance suffers greatly.
As I used Excitel more, I have come to conclusion that even peered routes are having traffic shaping issues and do not give expected/sufficient bandwidth. Here's a demo of push of 4GB dump to AWS S3 in Mumbai which goes over Excitel-AWS peering in Delhi.
Single uploads peak at ~72Mbps
anurag@desktop ~> rclone copy -P ~/Downloads/ubuntu-22.04.3-desktop-amd64.iso s3:bb-forum-demo/
2023/12/28 04:07:40 NOTICE: S3 bucket bb-forum-demo: Switched region to "ap-south-1" from "eu-west-1"
Transferred: 4.692 GiB / 4.692 GiB, 100%, 9.135 MiB/s, ETA 0s
Transferred: 1 / 1, 100%
Elapsed time: 8m44.0s
anurag@desktop ~>
I see similar speeds even when doing 20 parallel transfers.
And again to be sure this isn't some NLD congestion between Excitel's PoP at STT /
Tata Comm DC in Delhi and Rohtak, I see 400Mbps symmetric on both
speedtest.net and fast.com or any other issue say on my home LAN.
This differs significantly than my primary connection from a local ISP (IAXN). This is a 150Mbps connection (
Ookla test here). Upload performance on 150Mbps plan:
IAXN 150Mbps plan, similar upload to AWS S3 at ~ 136Mbps
anurag@desktop ~> rclone copy -P ~/Downloads/ubuntu-22.04.3-desktop-amd64.iso s3:bb-forum-demo/iaxn/
2023/12/28 04:29:10 NOTICE: S3 bucket bb-forum-demo path iaxn: Switched region to "ap-south-1" from "eu-west-1"
Transferred: 4.692 GiB / 4.692 GiB, 100%, 17.382 MiB/s, ETA 0s
Transferred: 1 / 1, 100%
Elapsed time: 4m40.2s
anurag@desktop ~>
Could AWS S3 Mumbai could be bottleneck here?
Here's test from my dedicated server in Equinix Mumbai. Server connects to same
router which has a PNI with AWS in Mumbai and server is 0.2ms from AWS S3 endpoint:
anurag@host01 ~> ping -c 5 52.219.156.142
PING 52.219.156.142 (52.219.156.142) 56(84) bytes of data.
64 bytes from 52.219.156.142: icmp_seq=1 ttl=244 time=0.252 ms
64 bytes from 52.219.156.142: icmp_seq=2 ttl=244 time=0.286 ms
64 bytes from 52.219.156.142: icmp_seq=3 ttl=244 time=0.276 ms
64 bytes from 52.219.156.142: icmp_seq=4 ttl=244 time=0.267 ms
64 bytes from 52.219.156.142: icmp_seq=5 ttl=244 time=0.279 ms
--- 52.219.156.142 ping statistics ---
5 packets transmitted, 5 received, 0% packet loss, time 4104ms
rtt min/avg/max/mdev = 0.252/0.272/0.286/0.011 ms
anurag@host01 ~>
anurag@host01 ~> rclone copy -P ubuntu-22.04.3-desktop-amd64.iso s3:bb-forum-demo/s3-bom-test/
2023-12-28 04:56:51 NOTICE: S3 bucket bb-forum-demo path s3-bom-test: Switched region to "ap-south-1" from "eu-west-1"
Transferred: 4.692 GiB / 4.692 GiB, 100%, 83.107 MiB/s, ETA 0s
Transferred: 1 / 1, 100%
Elapsed time: 1m7.1s
anurag@host01 ~>
This confirms max possible speed of atleast 664Mbps here way above 400Mbps Excitel plan which I am testing.
Conclusion
Thus sadly while Excitel seems one of best networks latency wise in my area (due to choice of their NLD),
it's barely useful for anything heavy. I save 4-5ms on latency but loose out completely on the performance.
Excitel has probably priced plan low enough for now that they are making it work by treating popular speedtests (Ookla, fast.com etc) differently than actual traffic. Made it my backup provider for next three months, will re-test a week before end of three months and likely will just drop it (unless something dramatic changes).