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Slot time isn't a thing that exists and is used for transmission, it is a hypothetical time interval based on the time it takes to transmit a bit of data on that particular medium. A Bit-Time. Slot time of 10Mb/s Ethernet == 512 bit times == 51.2 microseconds. Slot time of 100Mb/s Ethernet == 512 bit times == 5.12 microseconds
The length of the slot time is given by the technical nature of the medium and network card construction, and it is 512 bit times for 10/100 Mbps Ethernet, and 4096 bit times for 1 Gbps Ethernet. It should be noted that the importance of the slot time is only related to collision handling.
2 Ethernet¶. We now turn to a deeper analysis of the ubiquitous Ethernet LAN protocol. Current user-level Ethernet today (2013) is usually 100 Mbps, with Gigabit Ethernet standard in server rooms and backbones, but because Ethernet speed scales in odd ways, we will start with the 10 Mbps formulation.

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It depends, at least in the US. Its all relative, and depends on what Internet speeds are available in your area. In a remote or rural area where all that was available was 56 Kbps dial-up Internet or satellite Internet, then 100 Mbps would be con...
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100 mbps router | eBay Slot time for 100 mbps


It depends, at least in the US. Its all relative, and depends on what Internet speeds are available in your area. In a remote or rural area where all that was available was 56 Kbps dial-up Internet or satellite Internet, then 100 Mbps would be con...
Lectures 12: CSMA, CSMA/CD and Ethernet. of next mini-slot packet transmission time idle/collision. Useful for 100 Mbps
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I have 100 Mbps internet line at work. having 130 wifi access points. 400 desktops. 5000 wifi users. in my network connection of wifi devices goes to limited when users are more. Is 100 Mbps line enough for this network? how can i tackle wifi connectivity issue? interference goes to the maximum in access points.
I have been trying to understand concepts of slot time in Ethernet. However i am unable to understand some concepts : Q1)I read that as we move from 10 Mbps to 1 Gbps , slot time increases to 4096 bit times from 512 bit times (for 10 and 100 Mbps LANS).Can any one summarize why slot time increases where as bit time decreases from 10 Mbps to 1 Gbps.i am not able to correlate both factors.
The Binary Exponential Back off Algorithm Slot time has been set to 512 bit times or 51.2 µsec After the first collision each station waits wither 0 or 1 slot times before trying again If two stations collide and each picks the same random number they will collide again

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slot time for 100 mbps We just upgraded our home internet to the fastest fibre connection available, 100 Mbps, but even with a compatible router Linksys EA4500 speedtest.
What can I do to speed up the wifi?
Using mid 2011 Macbook Air no ethernet port.
Desktop is iMac, but far away from router to hardwire it.
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Disruptive posting: Flaming or offending other users Illegal activities: Promote cracked software, or other illegal content Offensive: Sexually explicit or offensive language Spam: Advertisements or commercial links Sounds about right, since the speeds being advertised by the ISP are MegaBITS per second and speedtest will likely be showing megaBYTES per second.
The quick and dirty conversion calculation is to divide by 10, so 100 megaBITS per second works out to 10 megaBYTES per second under perfect conditions.
As for speeding up wifi, you can't.
The MBAir has an 11g wireless card in it and there's no changing that, same with the iMac.
Your only option would be to buy a USB 11ac device and then because of it being USB you'd probably only get a marginal increase.
You don't tell which model iMac you have, but basically unless it has an 11ac wireless card in it, you're likely looking at 11g speeds all around where you won't necessarily be able slot machine 100 off take advantage of MIMO functions of the router and your maximum download speed is 54Mbps, which you'll never actually see because that's the maximum speed on paper under perfect lab conditions and excluding any kind of network overhead.
Welcome to the world of where advertisers walk right up to the line of what they can say without falling foul of false advertising laws and then kind of lean over that line a bit by intentionally trying to make you assume certain things and burying anything that might disabuse you of those assumptions in fine print you practically need the Hubble telescope to be able to read.
I thought the "b" in 100 Mbps was bauds, but of course you are right.
So can I ask you.
My other options are 10 or 50, both with considerable savings.
There isn't a good reason for doing it to be honest.
There's not only the fact that you will likely be limited by the age of your computers, but the fact that your connection will never be faster than the slowest link in the chain.
If you're trying to get to Website X, and it involves going through a slow relay server, it doesn't matter how fast your Internet connection is, it'll slot time for 100 mbps be as fast as that slow relay can deliver data.
At the very least, I'd drop to the 50Mbps tier and save some money, but odds are you wouldn't notice a significant difference if you slot time for 100 mbps all the way down to the slot time for 100 mbps level.
Depending on how much you want to call up your ISP and play with your service package, you could drop all the way to 10Mbps, see how that goes for a week or two, then bump it to 50 if 10 doesn't quite cut it.
Or you could go the other way and drop to 50, if you don't notice a change, drop to 10 and then go back if the difference is worth the money to you.
I totally agree with Jimmy, this is not the first time this question a has arisen.
As he stated, the slowest link in the chain, that covers it, at least in part since all hardware in the system needs to be gigabit capable, for starters but it goes on from there.
It is quite confusing and of course the servers don't necessarily tell users of specific requirements from a system standpoint to achieve maximum potential, whatever that is in reality.
Sure the connection is only going to be as fast as the weakest link in the system.
Also depending upon what site the downloads are coming from that will dictate real world numbers also.
BUT at the same time it sounds like it is not nearly as fast as it should be.
My ISP slot time for 100 mbps Comcast where I pay extra to get the 50Mbps service.
When measured when not using a wireless router, another idea for keeping speeds up by not going through WiFi, I have measured download speeds of 50Mbps and more.
Even when going through a wireless router and using both speedtest and Comcast's speed tester I have had readings of the same speed as when measured directly from a computer plugged directly in to the modem.
That speed fluctuates depending on the day and time and might measure as low as 25Mbps.
One Blu Ray player also measures the connection speed and that is the weakest device in the house here as it can meause much lower speeds than other devices and sometimes the streaming can stop completely.
Having the higher speeds for streaming HD video is probably the check this out important use I have a use for higher speed WiFi.
So specifically those numbers he is reporting for a 100Mbps speed is not nearly high enough IMO and I think there is something slowing it down to a point that is much lower than it should be.
Perhaps if he has coverage for it he could have his ISP come out and measure things or make sure his router is set up properly.
So why not try measuring the download speed when plugged directly in to the modem and then try to diagnose the router since it does not make sense to me that I am using the same measuring system as he is but getting much higher results with half of what his claimed speed of 100Mbps is.
BTW part of the reason that he does not get higher speeds, even if he could not actually use them in his instance, is because the fiber optic cables that allow those high speeds stop when they get to his house wiring where it is no longer fiber optics.
I know that in some areas where the speeds can be up to 500Mbps via the fiber optics they can maintain that speed after paying to have the fiber 100 codes 2019 casino august catseye deposit bonus no installed in to the location.
There are some groups that have a use for these high speeds and share a building that has this expensive fiber optic set up so that it spreads the cost out among them so they can use the high speeds in their ventures without having to pay nearly as much with the cost spread out among them.
Depending upon how many devices he has and what he is using them for I would think that a properly operating 50Mbps would be fast enough to support HD video streaming etc.
I don't think his connection is being maximized though.
I don't think this is normal.
Why would I get such different results if it were otherwise?
If you read the fine print, you'll see they're advertising megaBITS per second.
Technically you'd divide by 8, but dividing by 10 is both easier and takes into account some degree of network overhead, so works out to a more realistic value in the end.
Also, the fiber connection, with cable, will terminate at the nearest junction box.
From slot time for 100 mbps it's your regular coax and the higher the speed connection the more of the little individual strands in that coax cable are being used for the Internet connection.
There's also some interpolating and what not to kind of "hide" the Internet signal inside unused parts of TV channel streams.
Kind of like how originally closed captioning worked by embedding the closed captions in the space between frames.
If we're talking DSL service, then the fiber stops at the DSLAM switch and from there it's copper wire.
One minor point I should make is that with any Internet connection, you're not paying for any kind of guaranteed service, you're paying for POTENTIAL service.
Using the OP as an example, they are paying for UP TO 100Mbps speeds right now.
That it's unlikely they will ever see anything even approaching those speeds isn't the point as far as the ISP is concerned.
The OP could, theoretically, download something at speeds up to 100Mbps.
I get your point.
But both the OP and myself are using the same click the following article for measuring the speed.
So it is not consistent with what I am getting with "up to 50" and his "up to 100" which you are correct about.
Depending upon where my service is at and other things the same package has shown to be above or below that figure and then changes throughout the day and time as I mentioned.
Still though my Wifi has been pretty consistent with the speed of the items plugged in via ethernet and the speeds are not 10X less when measured.
Get what I am saying?
My speeds measured in the same way are much higher than his.
Not ever anywhere near 8-10X less because of a conversion factor.
Yes that was what I was talking about how the fiber optics terminate before getting in to your house and there being a way to buy your way in to getting it in to your house at least in some areas so you do get the full connection speeds of up to 500 Mbps.
It is just really expensive so that is why multiple people share the same location.
As far as the OP's issue though his router may well be a potential bottle neck but it should not be that low.
I am not sure how true to the 100Mbps speed is in the "up to" part of it.
But in the up to 50 I am getting sometimes more than 50 and sometimes less but never less than about 27Mbps and that is on 2.
The only time it was running less I called the cable guys out here and we found a cable that was severely damaged and allowing a giant amount of ingress that should have been noticed in their drive by or fly by checks.
After that was fixed all was OK again.
I honestly think it is either his router or it's settings that are slowing him down to that huge an extent.
Do you have 11ac wireless equipment by chance or even 11n?
I could be wrong, but I'm pretty sure the OP is using at least one 11g device, which operates only in half-duplex.
Depending on the router, it could be forcing everything else into half-duplex 11g mode, since not every router's firmware will be able to handle multiple clients on different wireless standards.
In which case every device connected cuts the total speed in half, so if there are two devices connected in half-duplex 11g, each one would operate at anywhere between 25-50% of the capacity of either one individually.
When you're dealing with wireless networking there are a large number of additional variables to take into account and that's even before you get beyond the hardware.
It's also why you'll generally never see a large scale wireless project unless there's little other choice given the circumstances.
Wireless is horrible for streaming video, horrible for downloading, horrible for basically everything except web browsing where high latency doesn't really matter as much.
Speedtest btw shows it in Mbps.
So there's no conversion error.
The signal strength of your computer affects the speed also.
Most WiFi's today are MIMO Multi-in, Multi-outcomputers connected to the router have 54 Mbps of connection each depending on the router's capacity.
However, if the computers are accessing the internet simultaneously, the WAN port of the router slot time for 100 mbps limited to 100 Mbps and 1 Gbps for gigabit ethernet 1024 Check this out />This is when the internet speed of each computer will have to share the 100 Mbps connection.
For windows there is one way to check your WiFi speed without any programs.
On the other computer, open that shared folder and copy the file to your computer.
To for your internet speed, connect your computer directly to the modem via an ethernet cable and go to Speedtest.
That's why we use 10 and not 8 when talking about communication speeds.
In bigger packets there's no start, stop and idle but there are headers and trailer areas in the packet so again we use 10 instead of 8.
For files your 8 is right, for communication it's another number.
Bob in the router.
It may have a default speed throttle that is affecting it.
What speed do you get when using ethernet on the router?
Your speed test will tell you have 10 MBps download and 5 MBps upload in Bytes not bits and thats if your connected via an ethernet cable where you will have the max potential speed which is usually up to 100 Mbps.
But since you're using wifi, bandwidth will usually be 54 Mbps and your test will show less speed.
Either use an ethernet cable or subscribe for the 50 Mbps plan, which in most cases will be more than enough and you will barely notice any difference.
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All submitted content is subject to our. slot time for 100 mbps slot time for 100 mbps slot time for 100 mbps slot time for 100 mbps slot time for 100 mbps slot time for 100 mbps

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Slot time for 10- and 100-Mbps Ethernet is 512 bit times, or 64 octets. Slot time for 1000-Mbps Ethernet is 4096 bit times, or 512 octets. The slot time ensures that if a collision is going to occur, it will be detected within the first 512 bits (4096 for Gigabit Ethernet) of the frame transmission.
The IEEE802.3 describes all ethernet based networks; both 10, 100 and 1000 Mbps networks. This means they have a lot in common and are easilly connectable to eachother. Between two different 10 Mbps standards a repeater with two different interfaces is enough and the same goes for two different 100 Mbps standards.
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