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[174.88.69.45]) by smtp.gmail.com with ESMTPSA id t12sm1245644qkg.132.2020.11.05.08.06.15 (version=TLS1_2 cipher=ECDHE-ECDSA-AES128-GCM-SHA256 bits=128/128); Thu, 05 Nov 2020 08:06:15 -0800 (PST) From: Arshan Khanifar Message-Id: Content-Type: multipart/alternative; boundary="Apple-Mail=_1A1973F2-9EC2-4CD0-8488-37801A1E5E72" Mime-Version: 1.0 (Mac OS X Mail 13.4 \(3608.120.23.2.4\)) Date: Thu, 5 Nov 2020 11:06:14 -0500 In-Reply-To: <87wnyzswy9.fsf@toke.dk> Cc: dave.collier-brown@indexexchange.com, =?utf-8?Q?Toke_H=C3=B8iland-J=C3=B8rgensen?= To: bloat@lists.bufferbloat.net References: <87mtzwt47a.fsf@toke.dk> <87wnyzswy9.fsf@toke.dk> X-Mailer: Apple Mail (2.3608.120.23.2.4) X-Mailman-Approved-At: Thu, 05 Nov 2020 12:08:35 -0500 Subject: Re: [Bloat] Comparing bufferbloat tests (was: We built a new bufferbloat test and keen for feedback) X-BeenThere: bloat@lists.bufferbloat.net X-Mailman-Version: 2.1.20 Precedence: list List-Id: General list for discussing Bufferbloat List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 05 Nov 2020 16:06:18 -0000 --Apple-Mail=_1A1973F2-9EC2-4CD0-8488-37801A1E5E72 Content-Transfer-Encoding: quoted-printable Content-Type: text/plain; charset=utf-8 Hello everyone!=20 My name is Arshan and I=E2=80=99m one of the developers of the = Bufferbloat project! Firstly thank you so much for your feedbacks! So = many good points were raised that we will take into consideration for = our later versions. I will attempt to answer your questions to the best = of my knowledge so far (I am an intern, nonetheless :) ).=20 Caution: Very long email ahead. I apologize in advance for this, I tried = to address your individual questions, and I was offline for a while so = I=E2=80=99m replying to lots of points here. @Michael Richardson > the latency measurement involves a TCP three-way handshake, with > the fourth packet providing the end of the process. > No TLS, I hope? @Toke H=C3=B8iland-J=C3=B8rgensen > The latency measurement puzzled me a > bit (your tool says 16.6ms, but I get half that when I ping the > cloudfront.net CDN, which I think is what you're measuring against?), > but it does seem to stay fairly constant. I believe TLS handshake time is not included here. I=E2=80=99m using the = Resource Timing API = = to measure the time-to-first-byte for a request that I=E2=80=99m sending = to retrieve a static file. The resource loading phases = section of the documentation explicitly shows = the different stages for DNS Lookup, TCP connection establishment, etc. = I=E2=80=99m using the difference between requestStart and responseStart = values. This value is deemed to be the same as time-to-first-byte = seen in the inspector=E2=80=99s network tab. We=E2=80=99re using this static file = that is hosted on a google CDN. We tried = multiple different files, and this one had the lowest latency in both = locations that we tested it (I=E2=80=99m in Toronto, and my colleague = Sina is in San Francisco). @Michael Richardson > Would webrtc APIs have helped? We took a look at WebRTC and it would be a really good option as it uses = udp so we can even measure things like packetloss (packetlosstest.com = does this). However this requires that we = host a WebRTC backend, and we=E2=80=99d have to have multiple = deployments globally distributed so that the latency values are = consistent elsewhere. Between that and fetching a static file backed by = google=E2=80=99s CDN, we chose the latter for simplicity.=20 @Toke H=C3=B8iland-J=C3=B8rgensen > Your test does a decent job and comes pretty close, at least > in Chromium (about 800 Mbps which is not too far off at the = application > layer, considering I have a constant 100Mbps flow in the background > taking up some of the bandwidth). Firefox seems way off (one test said > 500Mbps the other >1000). The way I=E2=80=99m measuring download is that I make multiple = simultaneous requests to cloudflare=E2=80=99s backend requesting 100MB = files. Their backend simply returns a file that has =E2=80=9C0=E2=80=9Ds = in the body repeated until 100MB of file is generated. Then I use = readable streams = to make multiple measurements of (total bytes downloaded, = timestamp). Then I fit a line to the measurements collected, and the = slope of that line is the calculated bandwidth. For gigabit connections, = this download happens very quickly, and it may be the case that not a = lot of points are collected, in which case the fitted line is not = accurate and one might get overly-huge bandwidths as is the >1000 case = in ur Firefox browser. I think this might be fixed if we increase the = download time. Currently it=E2=80=99s 5s, maybe changing that to 10-20s = would help. I think in general it=E2=80=99d be a good feature to have a = "more advanced options=E2=80=9D feature that allows the user to adjust = some parameters of the connection (such as number of parallel = connections, download scenario=E2=80=99s duration, upload scenario=E2=80=99= s duration, etc.) The reason I do this line-fitting is because I want to get rid of the = bandwidth ramp-up time when the download begins.=20 Real-time Bandwidth Reporting Using readable-streams also allows for instantaneous bandwidth reporting = (maybe using average of a moving window) similar to what fast.com = or speedtest.net do, but I = unfortunately am not able to do the same thing with upload, since = getting progress on http uploads adds some pre-flight OPTIONS requests = which cloudflare=E2=80=99s speedtest backend = doesn=E2=80=99t allow those requests. = For this test we are directly hitting cloudflare=E2=80=99s backend, you = can see this in the network tab:=20 Our download is by sending an http GET request to this endpoint: = https://speed.cloudflare.com/__down?bytes=3D100000000 = and our upload is done by sending and http POST request to this = endpoint: https://speed.cloudflare.com/__up = Since we are using cloudflare=E2=80=99s backend we are limited by what = they allow us to do.=20 I did try making my own worker which essentially does the same thing as = cloudflare=E2=80=99s speedtest backend (They do have this template = worker that = for the most part does the same thing.) I modified that worker a bit so = that it allows http progress on upload for real-time measurements, but = we hit another wall with that: we could not saturate gigabit internet = connections. Turns out that cloudflare has tiers for the workers and the = bundle tier that we are using doesn=E2=80=99t get the most priority in = terms of bandwidth, so we could only get up to 600mbps measurements. = Their own speed test is hosted on an enterprise tier, which is around = $6-7k USD and is way too expensive. We are however, requesting for a = demo from them, and it=E2=80=99s an ongoing progress.=20 So since we can measure instantaneous download speeds but not upload = speeds, we don=E2=80=99t report it for either one. But I can still make = the adjustment to report it for download at least.=20 @Toke H=C3=B8iland-J=C3=B8rgensen > How do you calculate the jitter score? It's not obvious how you get = from > the percentiles to the jitter. Jitter here is the standard deviation of the latency measurements in = each stage. Is this a good definition? @Toke H=C3=B8iland-J=C3=B8rgensen > I found it hard to tell whether it was doing anything while the test = was > running. Most other tests have some kind of very obvious feedback > (moving graphs of bandwidth-over-time for cloudflare/dslreports, a > honking big number going up and down for fast.com), which I was = missing > here. I would also have liked to a measure of bandwidth over time, it > seems a bit suspicious (from a "verify that this is doing something > reasonable" PoV) that it just spits out a number at the end without > telling me how long it ran, or how it got to that number. Yeah I think we need to either report real-time bandwidths, or put some = sort of animation. @Toke H=C3=B8iland-J=C3=B8rgensen > It wasn't obvious at first either that the header changes from > "bufferbloat test" to "your bufferbloat grade" once the test is over I > think the stages + result would be better put somewhere else where = it's > more obvious (the rest of the page grows downwards, so why isn't the > result at the "end"?) Good point! @Y intruder_tkyf at yahoo.fr > Great job. This is the result of my slow internees. I would like to = know the criteria for the grade. @Toke H=C3=B8iland-J=C3=B8rgensen > Also, what are the shields below the grade supposed to mean? Do they > change depending on the result? On which criteria?=20 They do change! The criteria are listed below. Note that in the criteria = below: Latency is calculated as the maximum median of latency across all three = stages. Latency with Jitter is calculated as the maximum of (median + std) = across all three stages. Web Browsing: Downlink: > 1mbps Uplink: > 1mbps Audio Calls: Downlink: > 3mbps Uplink: > 3mbps Latency: < 150ms Latency with Jitter: < 200ms 4K Video Streaming: Downlink: > 40mbps Video Conferencing: Downlink: > 2.5mbps Uplink: > 2.5mbps Latency: < 150ms Latency with Jitter: < 200ms Online Gaming: Downlink: > 3mbps Uplink: > 0.5mbps Latency: < 100ms Latency with Jitter: < 150ms For the bufferbloat grade we use the same criteria as DSL reports = . @Toke H=C3=B8iland-J=C3=B8rgensen > And it's telling me I have an A+ grade, so why is there a link to fix = my bufferbloat issues? We should hide that for A+ grades. =F0=9F=98=AC > Less than 5ms (average of down bloat and up bloat) - A+ > Less than 30ms - A > Less than 60ms - B > Less than 200ms - C > Less than 400ms - D > 400ms+ - F @Toke H=C3=B8iland-J=C3=B8rgensen=20 > Smaller nit, I found the up/down arrows in "up saturated" and "down > saturated" a bit hard to grasp at first, I think spelling out > upload/download would be better. Also not sure I like the "saturated" > term in the first place; do people know what that means in a = networking > context? And can you be sure the network is actually *being* = saturated? > Why is the "before you start" text below the page? Shouldn't it be at > the top? And maybe explain *why* this is important? All amazing points! Thanks!=20 @Toke H=C3=B8iland-J=C3=B8rgensen=20 > As far as the web page itself is concerned, holy cross-domain script > deluge, Batman! I'm one of those people who run uMatrix in my regular > Firefox session, and I disallow all cross-site script loads by = default. > I had to allow 15(!) different cross-site requests, *and* whitelist a > few domains in my ad blocker as well to even get the test to run. = Please > fix this! I get that you can't completely avoid cross-domain requests > due to the nature of the test, but why is a speedtest pulling in = scripts > from 'shopify.com' and three different ad tracking networks? Hahahah this is because we=E2=80=99re using Shopify App Proxies = . It=E2=80=99s a technique we use to import = assets from our main store, and make it appear such that this is part of = our main store whereas in reality it=E2=80=99s a separately-hosted = application. This allows us to bring in the header, footer and the = chatbot. This is a really good point though, I wonder what we can do = with that.=20 @Dave Collier-Brown > * Why is unloaded a large number, and loaded a small one? > * milliseconds sound like delay, so 111.7 ms sounds slower than = 0.0 ms This is a good point! We measure bufferbloat as the =E2=80=9Cchange=E2=80=9D= in latency, so the value reported as loaded is =E2=80=9Crelative=E2=80=9D= to the unloaded, and not an =E2=80=9Cabsolute=E2=80=9D value. In case = of a good router with small bufferbloat, this value will always be = smaller than the unloaded case. We should probably include a text = explaining that.=20 @Dave Collier-Brown > * Is bloat and latency something bad? The zeroes are in green, = does that mean they're good? > * Is max "bad"? In that case I'd call it "worst" and min "best" > * Is median the middle or the average? (no kidding, I've been = asked that! I'd call it average) It=E2=80=99s actually middle, and we meant to report middle since a huge = latency spike tends to move the average pretty dramatically in some bad = networks.=20 @Dave Collier-Brown > * Is 25% twenty-five percent of the packets? (I suspect it's a = percentile) > * What does this mean in terms of how many Skype calls I can have = happening at my house? I have two kids, a wife and a grandmother, all of = whom Skype a lot. @Dave Collier-Brown > Looking at the cool stuff in the banner, it looks like I can browse, = do audio calls, video calls (just one, or many?) but not streaming (any = or just 4k?) or gaming. Emphasizing that would be instantly = understandable by grandma and the kids. All very good questions. I think we should try and answer them in the = FAQ=E2=80=99s below the test. @Dave Collier-Brown > DSLReports says >=20 > * 144.7 Mb/s down > * 14.05 MB/s up > * bufferbloat A+ > * downloading lag 40-100 ms >=20 > Waveform says: >=20 > * 43.47 Mbps down > * 16.05 Mbps up > * bufferbloat grade A+ > * unloaded latency 93.5 ms >=20 > So we're reporting different speeds and RTTs. Are we using different = units or definitions, I wonder? This is most likely an issue with our test. Do you consistently get low = downlink values with our test? maybe increasing the download stage = duration will help with this. @Sebastian Moeller > [SM] This is a decent starting point. In addition it might be = helpful to at least optionally include a test with with bidirectional = saturating load, in the past such tests typically were quite successful = in detecting bufferbloat sources, that were less obvious in the = uni-directional load tests. I am not sure however how well that can work = with a browser based test? > =20 > [SM] Mmmh, I like that this is a relevant latency measure, it might = make sense though to make sure users realize that this is not the = eqivalent number to runing a ICMP eche request against the same = endpoint? >=20 > [SM] On heavily bufferbloated links it often takes a considerable = amount of time for the bottleneck buffers to drain after a = uni-directional test, so it might make sense to separate the two = direction test with an additional phase of idle latency measurements. If = that latency is like the initial unloaded latency, all is well, but if = latency slowly ramps down in that phase you have a smoking gun for bad = bufferbloat. All very good points! I think having a fixed idle-time between stages 2 = and 3 would be good. It appears to me that the ICMP ping values are = still very close to the measured latency, however.=20 Thank you everyone for your feedback!=20 Arshan= --Apple-Mail=_1A1973F2-9EC2-4CD0-8488-37801A1E5E72 Content-Type: multipart/related; type="text/html"; boundary="Apple-Mail=_C0A2D449-5940-4C07-BCD4-137D04EA7A53" --Apple-Mail=_C0A2D449-5940-4C07-BCD4-137D04EA7A53 Content-Transfer-Encoding: quoted-printable Content-Type: text/html; charset=utf-8 Hello = everyone! 

My = name is Arshan and I=E2=80=99m one of the developers of the Bufferbloat = project! Firstly thank you so much for your feedbacks! So many good = points were raised that we will take into consideration for our later = versions. I will attempt to answer your questions to the best of my = knowledge so far (I am an intern, nonetheless :) ). 

Caution: Very long email ahead. I apologize = in advance for this, I tried to address your individual questions, and I = was offline for a while so I=E2=80=99m replying to lots of points = here.

@Michael = Richardson
the latency = measurement involves a TCP three-way handshake, with
  the fourth packet = providing the end of the process.
  No TLS, I = hope?

@Toke = H=C3=B8iland-J=C3=B8rgensen
The latency = measurement puzzled me a
bit (your = tool says 16.6ms, but I get half that when I ping the
cloudfront.net CDN, which I think is what you're = measuring against?),
but it does = seem to stay fairly constant.

I believe TLS handshake time is not = included here. I=E2=80=99m using the Resource Timing API to measure the = time-to-first-byte for a request that I=E2=80=99m sending to retrieve a = static file. The resource loading = phases section of the documentation explicitly shows the = different stages for DNS Lookup, TCP connection establishment, = etc. I=E2=80=99m using the difference between requestStart and responseStart = values. This value is deemed to be the same as = time-to-first-byte seen in the inspector=E2=80=99s network = tab.



We=E2=80=99re using this static = file that is hosted on a google CDN. We tried multiple different files, and this one had the = lowest latency in both locations that we tested it (I=E2=80=99m in = Toronto, and my colleague Sina is in San = Francisco).


@Michael Richardson
Would webrtc APIs have = helped?

We took a look at WebRTC and it would be a really good option = as it uses udp so we can even measure things like packetloss (packetlosstest.com does this). However this requires = that we host a WebRTC backend, and we=E2=80=99d have to have multiple = deployments globally distributed so that the latency values are = consistent elsewhere. Between that and fetching a static file backed by = google=E2=80=99s CDN, we chose the latter for = simplicity. 

@Toke = H=C3=B8iland-J=C3=B8rgensen
Your test = does a decent job and comes pretty close, at least
in Chromium (about 800 Mbps which is = not too far off at the application
layer, considering I have a constant 100Mbps flow = in the background
taking up = some of the bandwidth). Firefox seems way off (one test = said
500Mbps the = other >1000).

The way I=E2=80=99m measuring download is that I make = multiple simultaneous requests to cloudflare=E2=80=99s backend = requesting 100MB files. Their backend simply returns a file that = has =E2=80=9C0=E2=80=9Ds in the body repeated until 100MB of file = is generated. Then I use readable streams to make multiple = measurements of (total bytes downloaded, timestamp). Then I fit a line = to the measurements collected, and the slope of that line is the = calculated bandwidth. For gigabit connections, this download happens = very quickly, and it may be the case that not a lot of points are = collected, in which case the fitted line is not accurate and one might = get overly-huge bandwidths as is the >1000 case in ur Firefox = browser. I think this might be fixed if we increase the download time. = Currently it=E2=80=99s 5s, maybe changing that to 10-20s would help. I = think in general it=E2=80=99d be a good feature to have a "more advanced = options=E2=80=9D feature that allows the user to adjust some parameters = of the connection (such as number of parallel connections, download = scenario=E2=80=99s duration, upload scenario=E2=80=99s duration, = etc.)

The reason I do this line-fitting is because I want to get = rid of the bandwidth ramp-up time when the download = begins. 

Real-time Bandwidth Reporting
Using readable-streams also allows for instantaneous = bandwidth reporting (maybe using average of a moving window) similar to = what fast.com or speedtest.net do, but I unfortunately am not able to = do the same thing with upload, since getting progress on http uploads = adds some pre-flight OPTIONS requests which cloudflare=E2=80=99s = speedtest backend doesn=E2=80=99t allow those requests. For = this test we are directly hitting cloudflare=E2=80=99s backend, you can = see this in the network tab: 

Our download is by sending an http GET request to this = endpoint: https://speed.cloudflare.com/__down?bytes=3D100000000
and our upload is done by sending and = http POST request to this endpoint: https://speed.cloudflare.com/__up

Since we are using = cloudflare=E2=80=99s backend we are limited by what they allow us to = do. 

I did try making my own worker which essentially does the = same thing as cloudflare=E2=80=99s speedtest backend (They do have = this template worker that for the most part does the same = thing.) I modified that worker a bit so that it allows http progress on = upload for real-time measurements, but we hit another wall with that: we = could not saturate gigabit internet connections. Turns out that = cloudflare has tiers for the workers and the bundle tier that we are = using doesn=E2=80=99t get the most priority in terms of bandwidth, so we = could only get up to 600mbps measurements. Their own speed test is = hosted on an enterprise tier, which is around $6-7k USD and is way too = expensive. We are however, requesting for a demo from them, and it=E2=80=99= s an ongoing progress. 

So since we can  measure instantaneous download speeds =  but not upload speeds, we don=E2=80=99t report it for either one. = But I can still make the adjustment to report it for download at = least. 

@Toke = H=C3=B8iland-J=C3=B8rgensen
How do you = calculate the jitter score? It's not obvious how you get = from
the = percentiles to the jitter.

Jitter here is the = standard deviation of the latency measurements in each stage. Is this a = good definition?

@Toke = H=C3=B8iland-J=C3=B8rgensen
I found it = hard to tell whether it was doing anything while the test = was
running. = Most other tests have some kind of very obvious = feedback
(moving = graphs of bandwidth-over-time for cloudflare/dslreports, = a
honking big = number going up and down for fast.com), which I was missing
here. I would also have liked to a = measure of bandwidth over time, it
seems a bit suspicious (from a "verify that this = is doing something
reasonable" = PoV) that it just spits out a number at the end without
telling me how long it ran, or how it = got to that number.

Yeah I think we need to either report = real-time bandwidths, or put some sort of animation.

@Toke = H=C3=B8iland-J=C3=B8rgensen
It wasn't = obvious at first either that the header changes from
"bufferbloat test" to "your = bufferbloat grade" once the test is over I
think the stages + result would be = better put somewhere else where it's
more obvious (the rest of the page = grows downwards, so why isn't the
result at the = "end"?)

Good point!

@Y intruder_tkyf at yahoo.fr
Great job. This is the result of my = slow internees. I would like to know the criteria for the = grade.
@Toke = H=C3=B8iland-J=C3=B8rgensen
Also, what = are the shields below the grade supposed to mean? Do = they
change = depending on the result? On which criteria? =

They do change! The criteria are listed below. Note that in = the criteria below:
  • Latency is calculated as the maximum median of latency across = all three stages.
  • Latency with Jitter is calculated as the maximum  of (median + std) across all = three stages.

Web Browsing:
  • Downlink: >= 1mbps
  • Uplink: > = 1mbps

Audio = Calls:
  • Downlink: > 3mbps
  • Uplink: > 3mbps
  • Latency: < 150ms
  • Latency with Jitter: < 200ms

4K Video Streaming:
  • Downlink: > 40mbps

Video Conferencing:
  • Downlink: > 2.5mbps
  • Uplink: > 2.5mbps
  • Latency: < 150ms
  • Latency with Jitter: < = 200ms

Online Gaming:
  • Downlink: >= 3mbps
  • Uplink: > = 0.5mbps
  • Latency: < = 100ms
  • Latency with = Jitter: < = 150ms

For the bufferbloat = grade we use the same criteria as DSL reports.

@Toke H=C3=B8iland-J=C3=B8rgensen
=
And it's = telling me I have an A+ = grade, so why is there a link to fix my bufferbloat = issues?

We should hide that for A+ grades. =F0=9F=98=AC

Less than 5ms (average of down bloat and up bloat) - = A+
Less than 30ms - A
Less than 60ms - = B
Less than 200ms - C
Less than 400ms - = D
400ms+ - F

@Toke = H=C3=B8iland-J=C3=B8rgensen 
Smaller = nit, I found the up/down arrows in "up saturated" and = "down
saturated" = a bit hard to grasp at first, I think spelling out
upload/download would be better. Also = not sure I like the "saturated"
term in the first place; do people know what that = means in a networking
context? = And can you be sure the network is actually *being* = saturated?
Why is the = "before you start" text below the page? Shouldn't it be = at
the top? = And maybe explain *why* this is = important?

All amazing points! Thanks! 

@Toke = H=C3=B8iland-J=C3=B8rgensen 
As far as = the web page itself is concerned, holy cross-domain = script
deluge, = Batman! I'm one of those people who run uMatrix in my = regular
Firefox = session, and I disallow all cross-site script loads by = default.
I had to = allow 15(!) different cross-site requests, *and* whitelist = a
few domains = in my ad blocker as well to even get the test to run. = Please
fix this! I = get that you can't completely avoid cross-domain = requests
due to the = nature of the test, but why is a speedtest pulling in = scripts
from 'shopify.com' and three = different ad tracking = networks?

Hahahah this is because we=E2=80=99re = using Shopify App Proxies. = It=E2=80=99s a technique we use to import assets from our main store, = and make it appear such that this is part of our main store whereas in = reality it=E2=80=99s a separately-hosted application. This allows us to = bring in the header, footer and the chatbot. This is a really good point = though, I wonder what we can do with that. 

@Dave Collier-Brown
 * =   Why is unloaded a large number, and loaded a small = one?
  *=   milliseconds sound like delay, so 111.7 ms sounds slower than = 0.0 ms

This is a good point! We measure bufferbloat as the = =E2=80=9Cchange=E2=80=9D in latency, so the value reported as loaded is = =E2=80=9Crelative=E2=80=9D to the unloaded, and not an =E2=80=9Cabsolute=E2= =80=9D value. In case of a good router with small bufferbloat, this = value will always be smaller than the unloaded case. We should probably = include a text explaining that. 

@Dave Collier-Brown
  *=   Is bloat and latency something bad? The zeroes are in green, = does that mean they're good?
  *   Is max "bad"? In that case = I'd call it "worst" and min "best"
  *   Is median the middle or the = average? (no kidding, I've been asked that! I'd call it = average)

It=E2=80=99s actually middle, and we = meant to report middle since a huge latency spike tends to move the = average pretty dramatically in some bad networks. 

@Dave = Collier-Brown
  *=   Is 25% twenty-five percent of the packets? (I suspect it's a = percentile)
  *=   What does this mean in terms of how many Skype calls I can have = happening at my house? I have two kids, a wife and a grandmother, all of = whom Skype a lot.
@Dave = Collier-Brown
Looking at = the cool stuff in the banner, it looks like I can browse, do audio = calls, video calls (just one, or many?) but not streaming (any or just = 4k?) or gaming.  Emphasizing that would be instantly understandable = by grandma and the kids.

All very good = questions. I think we should try and answer them in the FAQ=E2=80=99s = below the test.

@Dave = Collier-Brown
DSLReports = says

  *=   144.7 Mb/s down
  *=   14.05 MB/s up
  *=   bufferbloat A+
  *=   downloading lag 40-100 ms

Waveform says:

  *=   43.47 Mbps down
  *=   16.05 Mbps up
  *=   bufferbloat grade A+
  *   unloaded latency 93.5 = ms

So we're = reporting different speeds and RTTs. Are we using different units or = definitions, I wonder?

This = is most likely an issue with our test. Do you consistently get low = downlink values with our test? maybe increasing the download stage = duration will help with this.

@Sebastian Moeller
        [SM]= This is a decent starting point. In addition it might be helpful to at = least optionally include a test with with bidirectional saturating load, = in the past such tests typically were quite successful in detecting = bufferbloat sources, that were less obvious in the uni-directional load = tests. I am not sure however how well that can work with a browser based = test?

 

[SM] Mmmh, = I like that this is a relevant latency measure, it might make sense = though to make sure users realize that this is not the eqivalent number = to runing a ICMP eche request against the same = endpoint?

[SM] On heavily bufferbloated links it often takes = a considerable amount of time for the bottleneck buffers to drain after = a uni-directional test, so it might make sense to separate the two = direction test with an additional phase of idle latency measurements. If = that latency is like the initial unloaded latency, all is well, but if = latency slowly ramps down in that phase you have a smoking gun for bad = bufferbloat.

All very good points! I think having a fixed idle-time = between stages 2 and 3 would be good. It appears to me that the ICMP = ping values are still very close to the measured latency, = however. 

Thank you everyone for your feedback! 

Arshan
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