anyone here get above 2,000kbps?
anyone here get above 2,000kbps?
Has anyone here got there connetions speed above 2,000 kbps? I usually get around 1,750 kbps & upload/download around 250 kbps
My settings are
DefaultReceiveWindow = 124100
DefaultSendWindow = 32120
DisableAddressSharing = -1
InitialLargeBufferCount = 1000
InitialMediumBufferCount = 3000
InitialSmallBufferCount = 5000
LargeBufferSize = 409600
MaxFastTransmit = 124100
MediumBufferSize = 150400
PriorityBoost = 0
SmallBufferSize = 6400
TransmitWorker = 32
FastSendDatagramThreshold = 1024
EnableFastRouteLookup = 1
EnablePMTUDiscovery = 1
IgnorePushBitOnReceives = -1
GlobalMaxTcpWindowSize = 513920
MaxFreeTcbs = 8000
MaxHashTableSize = 16384
MaxNormLookupMemory = 5000000
SackOpts = 1
SynAttackProtect = -1
Tcp1323Opts = 1
TcpLogLevel = -1
TcpMaxDupAcks = 2
TcpMaxHalfOpen = -1
TcpMaxHalfOpenRetried = -1
TcpRecvSegmentSize = 1460
TcpSendSegmentSize = 1460
TcpTimedWaitDelay = 30
TcpUseRFC1122UrgentPointer = 0
TcpWindowSize = 513920
MaxConnectionsPer1_0Server = 40
MaxConnectionsPerServer = 20
DefaultTTL = 128
DisableUserTOSSetting = 0
TcpMaxDataRetransmissions = -1
DefaultTOSValue = 92
My settings are
DefaultReceiveWindow = 124100
DefaultSendWindow = 32120
DisableAddressSharing = -1
InitialLargeBufferCount = 1000
InitialMediumBufferCount = 3000
InitialSmallBufferCount = 5000
LargeBufferSize = 409600
MaxFastTransmit = 124100
MediumBufferSize = 150400
PriorityBoost = 0
SmallBufferSize = 6400
TransmitWorker = 32
FastSendDatagramThreshold = 1024
EnableFastRouteLookup = 1
EnablePMTUDiscovery = 1
IgnorePushBitOnReceives = -1
GlobalMaxTcpWindowSize = 513920
MaxFreeTcbs = 8000
MaxHashTableSize = 16384
MaxNormLookupMemory = 5000000
SackOpts = 1
SynAttackProtect = -1
Tcp1323Opts = 1
TcpLogLevel = -1
TcpMaxDupAcks = 2
TcpMaxHalfOpen = -1
TcpMaxHalfOpenRetried = -1
TcpRecvSegmentSize = 1460
TcpSendSegmentSize = 1460
TcpTimedWaitDelay = 30
TcpUseRFC1122UrgentPointer = 0
TcpWindowSize = 513920
MaxConnectionsPer1_0Server = 40
MaxConnectionsPerServer = 20
DefaultTTL = 128
DisableUserTOSSetting = 0
TcpMaxDataRetransmissions = -1
DefaultTOSValue = 92
We all make mistakes
Hope this helps
With these settings I was able to reach and slightly surpass my caps. Roadrunner via Time Warner Cable (Manhattan, NYC). The caps should be 2000/384 and testing my connection with the settings below gave me about 2019/365 using the nyc.speakeasy.net speedtest.
DefaultReceiveWindow = 256960
DefaultSendWindow = 40960
DisableAddressSharing = 1
InitialLargeBufferCount = 1000
InitialMediumBufferCount = 3000
InitialSmallBufferCount = 5000
LargeBufferSize = 40960
MaxFastTransmit = 64
MediumBufferSize = 150400
PriorityBoost = 0
SmallBufferSize = 1280
TransmitWorker = 32
FastSendDatagramThreshold = 8192
EnableFastRouteLookup = 1
EnablePMTUDiscovery = 1
IgnorePushBitOnReceives = 0
GlobalMaxTcpWindowSize = 51100
MaxFreeTcbs = 8000
MaxHashTableSize = 16384
MaxNormLookupMemory = 5000000
SackOpts = 1
SynAttackProtect = 1
Tcp1323Opts = 0
TcpLogLevel = 1
TcpMaxDupAcks = 2
TcpMaxHalfOpen = 100
TcpMaxHalfOpenRetried = 80
TcpRecvSegmentSize = 1460
TcpSendSegmentSize = 1460
TcpTimedWaitDelay = 30
TcpUseRFC1122UrgentPointer = 0
TcpWindowSize = 51100
MaxConnectionsPer1_0Server = 40
MaxConnectionsPerServer = 20
DefaultTTL = 64
DisableUserTOSSetting = 0
TcpMaxDataRetransmissions = 8
DefaultTOSValue = 92
Kudos to Mnosteelee for these settings (although I gave them a spice of my own tweaking). Let me know if this works for you. I have tried many setting on slow and fast broadband connections alike with big and small RWINS and these seem to be the best thus far. Don't forget to uninstall QOS Packet Schedualer if you're running XP, under TCP/IP settings for the connection make sure filtering is off, turn off firewalls during testing and so on... you probably know this by know. Good luck and God Speed!
DefaultReceiveWindow = 256960
DefaultSendWindow = 40960
DisableAddressSharing = 1
InitialLargeBufferCount = 1000
InitialMediumBufferCount = 3000
InitialSmallBufferCount = 5000
LargeBufferSize = 40960
MaxFastTransmit = 64
MediumBufferSize = 150400
PriorityBoost = 0
SmallBufferSize = 1280
TransmitWorker = 32
FastSendDatagramThreshold = 8192
EnableFastRouteLookup = 1
EnablePMTUDiscovery = 1
IgnorePushBitOnReceives = 0
GlobalMaxTcpWindowSize = 51100
MaxFreeTcbs = 8000
MaxHashTableSize = 16384
MaxNormLookupMemory = 5000000
SackOpts = 1
SynAttackProtect = 1
Tcp1323Opts = 0
TcpLogLevel = 1
TcpMaxDupAcks = 2
TcpMaxHalfOpen = 100
TcpMaxHalfOpenRetried = 80
TcpRecvSegmentSize = 1460
TcpSendSegmentSize = 1460
TcpTimedWaitDelay = 30
TcpUseRFC1122UrgentPointer = 0
TcpWindowSize = 51100
MaxConnectionsPer1_0Server = 40
MaxConnectionsPerServer = 20
DefaultTTL = 64
DisableUserTOSSetting = 0
TcpMaxDataRetransmissions = 8
DefaultTOSValue = 92
Kudos to Mnosteelee for these settings (although I gave them a spice of my own tweaking). Let me know if this works for you. I have tried many setting on slow and fast broadband connections alike with big and small RWINS and these seem to be the best thus far. Don't forget to uninstall QOS Packet Schedualer if you're running XP, under TCP/IP settings for the connection make sure filtering is off, turn off firewalls during testing and so on... you probably know this by know. Good luck and God Speed!
- mnosteele52
- Posts: 11913
- Joined: Tue Jul 24, 2001 12:00 pm
- Location: Chesapeake, VA
TurboTom try the following settings in Cablenut and try the other tweaks I suggest in my Help & Tips link:
DefaultReceiveWindow = 256000
DefaultSendWindow = 49152
DisableAddressSharing = 1
InitialLargeBufferCount = 100
InitialMediumBufferCount = 240
InitialSmallBufferCount = 320
LargeBufferSize = 81920
MaxFastTransmit = 64000
MediumBufferSize = 15040
PriorityBoost = 0
SmallBufferSize = 1280
TransmitWorker = 32
FastSendDatagramThreshold = 4096
EnableFastRouteLookup = 1
EnablePMTUDiscovery = 1
IgnorePushBitsOnReceive = 0
GlobalMaxTcpWindowSize = 37960 or 52560 or 64240
MaxFreeTcbs = 8000
MaxHashTableSize = 16384
MaxNormLookupMemory = 5000000
SackOpts = 1
SynAttackProtect = 1
Tcp1323Opts = 0
TcpLogLevel = 1
TcpMaxDupAcks = 2
TcpMaxHalfOpen = 100
TcpMaxHalfRetried = 80
TcpRecvSegmentSize = 1460
TcpSendSegmentSize = 1460
TcpTimedWaitDelay = 30
TcpUseRFC1122UrgentPointer = 0
TcpWindowSize = 37960 or 52560 or 64240
MaxConnectionsPer1_0Server = 20
MaxConnectionsPerServer = 10
DefaultTTL = 64
DisableUserTOSSetting = 0
TcpMaxDataRetransmissions = 6
DefaultTOSValue = 92

DefaultReceiveWindow = 256000
DefaultSendWindow = 49152
DisableAddressSharing = 1
InitialLargeBufferCount = 100
InitialMediumBufferCount = 240
InitialSmallBufferCount = 320
LargeBufferSize = 81920
MaxFastTransmit = 64000
MediumBufferSize = 15040
PriorityBoost = 0
SmallBufferSize = 1280
TransmitWorker = 32
FastSendDatagramThreshold = 4096
EnableFastRouteLookup = 1
EnablePMTUDiscovery = 1
IgnorePushBitsOnReceive = 0
GlobalMaxTcpWindowSize = 37960 or 52560 or 64240
MaxFreeTcbs = 8000
MaxHashTableSize = 16384
MaxNormLookupMemory = 5000000
SackOpts = 1
SynAttackProtect = 1
Tcp1323Opts = 0
TcpLogLevel = 1
TcpMaxDupAcks = 2
TcpMaxHalfOpen = 100
TcpMaxHalfRetried = 80
TcpRecvSegmentSize = 1460
TcpSendSegmentSize = 1460
TcpTimedWaitDelay = 30
TcpUseRFC1122UrgentPointer = 0
TcpWindowSize = 37960 or 52560 or 64240
MaxConnectionsPer1_0Server = 20
MaxConnectionsPerServer = 10
DefaultTTL = 64
DisableUserTOSSetting = 0
TcpMaxDataRetransmissions = 6
DefaultTOSValue = 92
ool
6000 - 7800 down
using soloutions4sure speed test
Browser/OS = Mozilla/4.0 (compatible; MSIE 6.0; Windows NT 5.1; .NET CLR 1.0.3705)
Note: Read the FAQ if the above is not your IP address.
TCP options string = 020405b40103030301010402
MTU = 1500
MTU is fully optimized for broadband.
MSS = 1460
Maximum useful data in each packet = 1460, which equals MSS.
Default Receive Window (RWIN) = 513920
RWIN Scaling (RFC1323) = 3 bits
Unscaled Receive Window = 64240
RWIN is a multiple of MSS
Other values for RWIN that might work well with your current MTU/MSS:
256960 (MSS x 44 * scale factor of 4)
128480 (MSS x 44 * scale factor of 2)
64240 (MSS x 44)
bandwidth * delay product:
Your RcvWindow limits you to: 20556.8 kbps (2569.6 KBytes/s) @ 200ms
Your RcvWindow limits you to: 8222.72 kbps (1027.84 KBytes/s) @ 500ms
MTU Discovery (RFC1191) = ON
Time to live left = 117 hops
TTL value is ok.
Timestamps (RFC1323) = OFF
Selective Acknowledgements (RFC2018) = ON
IP type of service field (RFC1349)= 00000000
6000 - 7800 down
using soloutions4sure speed test
Browser/OS = Mozilla/4.0 (compatible; MSIE 6.0; Windows NT 5.1; .NET CLR 1.0.3705)
Note: Read the FAQ if the above is not your IP address.
TCP options string = 020405b40103030301010402
MTU = 1500
MTU is fully optimized for broadband.
MSS = 1460
Maximum useful data in each packet = 1460, which equals MSS.
Default Receive Window (RWIN) = 513920
RWIN Scaling (RFC1323) = 3 bits
Unscaled Receive Window = 64240
RWIN is a multiple of MSS
Other values for RWIN that might work well with your current MTU/MSS:
256960 (MSS x 44 * scale factor of 4)
128480 (MSS x 44 * scale factor of 2)
64240 (MSS x 44)
bandwidth * delay product:
Your RcvWindow limits you to: 20556.8 kbps (2569.6 KBytes/s) @ 200ms
Your RcvWindow limits you to: 8222.72 kbps (1027.84 KBytes/s) @ 500ms
MTU Discovery (RFC1191) = ON
Time to live left = 117 hops
TTL value is ok.
Timestamps (RFC1323) = OFF
Selective Acknowledgements (RFC2018) = ON
IP type of service field (RFC1349)= 00000000
-
CaptainSpeleo
- Regular Member
- Posts: 425
- Joined: Thu Apr 19, 2001 12:00 am
- Location: Plant City, Florida
TurboTom:
I use all of Mnosteele's Cablenut settings for Windows XP HE and they work just fine. I almost consistently get 95 - 100% of caps.
Frank's Windows 95/98 Tips
I use all of Mnosteele's Cablenut settings for Windows XP HE and they work just fine. I almost consistently get 95 - 100% of caps.
Frank's Windows 95/98 Tips
-
NobodyFancy
Re: Ok
Originally posted by NobodyFancy
Yeah. I think so.
No tweak. I don't know what all these complicated settings are for anyway ;-)
OS is Win XP Pro. NAT is IPF on BSD. Fairly straight forward config.
This is the highest I've got. Around 7.3 Mbps down.
Here.
This is about average. About 3.2 Mbps down.
Here.
Hope that helps.
----
NIce
Bone, Brain, And Co*k
Silence For My Revelry
Silence For My Revelry
-
NobodyFancy
Thank you "Hybridmonolith."
Actually, I was quite pleasantly surprised as well when I saw the results.
The only problem is the cable-line in my back-yard tend to be loose, whenever the wind blows or rains. So, once in a while my connection is cut-off. Sometimes I just need to shake the cable a little and then all is fine. Oh well, I can't complain much else for $39.99.
Actually, I was quite pleasantly surprised as well when I saw the results.
The only problem is the cable-line in my back-yard tend to be loose, whenever the wind blows or rains. So, once in a while my connection is cut-off. Sometimes I just need to shake the cable a little and then all is fine. Oh well, I can't complain much else for $39.99.
to answer your question:
2002-09-02 22:38:41 EST: 2191 / 122
Your download speed : 2191678 bps, or 2191 kbps.
A 267.5 KB/sec transfer rate.
Your upload speed : 122137 bps, or 122 kbps.
Seems like broadband .. above the 1mbit barrier!
2002-09-02 22:38:41 EST: 2191 / 122
Your download speed : 2191678 bps, or 2191 kbps.
A 267.5 KB/sec transfer rate.
Your upload speed : 122137 bps, or 122 kbps.
Seems like broadband .. above the 1mbit barrier!
A mistake does not become an error until one refuses to correct it
Folding for the future
Folding for the future
- Lobo
- SG VIP
- Posts: 17660
- Joined: Thu Nov 23, 2000 2:32 pm
- Location: Panama City, FL and a FAN of Dale Earnhardt Jr. Bud Chevy & NASCAR , and the Atlanta Braves
Well, er, ah, who let the dogs out:
495.6 megabits per second
Run the test again Discuss in the forum
Details
Your raw speed was 495616000 bits per second which is the same as:
Communications
495.6 megabits per second
How communication devices are rated. Kilo means 1,000 and mega means 1,000,000. Examples include 56k modem and 10Mbit Ethernet
Storage
59.1 megabytes per second
The way data is measured on your hard drive and how file sharing and FTP programs measure transfer speeds. Kilo is 1,024 and mega is 1,048,576.
1MB file download
seconds
The time it would take you to download a 1 megabyte file at this speed.

495.6 megabits per second
Run the test again Discuss in the forum
Details
Your raw speed was 495616000 bits per second which is the same as:
Communications
495.6 megabits per second
How communication devices are rated. Kilo means 1,000 and mega means 1,000,000. Examples include 56k modem and 10Mbit Ethernet
Storage
59.1 megabytes per second
The way data is measured on your hard drive and how file sharing and FTP programs measure transfer speeds. Kilo is 1,024 and mega is 1,048,576.
1MB file download
seconds
The time it would take you to download a 1 megabyte file at this speed.
Originally posted by Lobo
Well, er, ah, who let the dogs out:
495.6 megabits per second
Run the test again Discuss in the forum
Details
Your raw speed was 495616000 bits per second which is the same as:
Communications
495.6 megabits per second
How communication devices are rated. Kilo means 1,000 and mega means 1,000,000. Examples include 56k modem and 10Mbit Ethernet
Storage
59.1 megabytes per second
The way data is measured on your hard drive and how file sharing and FTP programs measure transfer speeds. Kilo is 1,024 and mega is 1,048,576.
1MB file download
seconds
The time it would take you to download a 1 megabyte file at this speed.
![]()
Alright Lobo, You gotta PM me with those settings, I don't have anyone around anymore to do the trial and error stuff any more. I'm still using the last settings we were working on. Share the weath Bro.
Bone, Brain, And Co*k
Silence For My Revelry
Silence For My Revelry
Were's Dem Dogs now Lobo
198246.4 kilobits per second
Run the test again Discuss in the forum
Details
Your raw speed was 198246400 bits per second which is the same as:
Communications
198246.4 kilobits per second
How communication devices are rated. Kilo means 1,000 and mega means 1,000,000. Examples include 56k modem and 10Mbit Ethernet
Storage
24200 kilobytes per second
The way data is measured on your hard drive and how file sharing and FTP programs measure transfer speeds. Kilo is 1,024 and mega is 1,048,576.
198246.4 kilobits per second
Run the test again Discuss in the forum
Details
Your raw speed was 198246400 bits per second which is the same as:
Communications
198246.4 kilobits per second
How communication devices are rated. Kilo means 1,000 and mega means 1,000,000. Examples include 56k modem and 10Mbit Ethernet
Storage
24200 kilobytes per second
The way data is measured on your hard drive and how file sharing and FTP programs measure transfer speeds. Kilo is 1,024 and mega is 1,048,576.
Bone, Brain, And Co*k
Silence For My Revelry
Silence For My Revelry
going up up up
Internet Configuration
Description Your Results
Bandwidth Down 3280 Kbits/sec
Bandwidth Up 205 Kbits/sec
Average Ping 48 ms
Description Your Results
Bandwidth Down 3280 Kbits/sec
Bandwidth Up 205 Kbits/sec
Average Ping 48 ms
A mistake does not become an error until one refuses to correct it
Folding for the future
Folding for the future
Here's the latest
2002-09-15 01:47:47 EST: 3146 / 122
Your download speed : 3146234 bps, or 3146 kbps.
A 384 KB/sec transfer rate.
Your upload speed : 122324 bps, or 122 kbps.
Seems like broadband .. above the 1mbit barrier!
and in case you want to know my settings here ya go...........
TCP options string = 020405b401010402
MTU = 1500
MTU is fully optimized for broadband.
MSS = 1460
Maximum useful data in each packet = 1460, which equals MSS.
Default Receive Window (RWIN) = 51100
RWIN Scaling (RFC1323) = 0 bits
Unscaled Receive Window = 51100
RWIN is a multiple of MSS
Other values for RWIN that might work well with your current MTU/MSS:
513920 (MSS x 44 * scale factor of 8)
256960 (MSS x 44 * scale factor of 4)
128480 (MSS x 44 * scale factor of 2)
64240 (MSS x 44)
bandwidth * delay product:
Your RcvWindow limits you to: 2044 kbps (255.5 KBytes/s) @ 200ms
Your RcvWindow limits you to: 817.6 kbps (102.2 KBytes/s) @ 500ms
MTU Discovery (RFC1191) = ON
Time to live left = 51 hops
TTL value is ok.
Timestamps (RFC1323) = OFF
Selective Acknowledgements (RFC2018) = ON
IP type of service field (RFC1349)= 01011100
Precedence (priority) = 010 (immediate)
Delay = 1 (low delay)
Throughput = 1 (high throughput)
Reliability = 1 (high reliability)
Cost = 0 (normal cost)

Your download speed : 3146234 bps, or 3146 kbps.
A 384 KB/sec transfer rate.
Your upload speed : 122324 bps, or 122 kbps.
Seems like broadband .. above the 1mbit barrier!
and in case you want to know my settings here ya go...........
TCP options string = 020405b401010402
MTU = 1500
MTU is fully optimized for broadband.
MSS = 1460
Maximum useful data in each packet = 1460, which equals MSS.
Default Receive Window (RWIN) = 51100
RWIN Scaling (RFC1323) = 0 bits
Unscaled Receive Window = 51100
RWIN is a multiple of MSS
Other values for RWIN that might work well with your current MTU/MSS:
513920 (MSS x 44 * scale factor of 8)
256960 (MSS x 44 * scale factor of 4)
128480 (MSS x 44 * scale factor of 2)
64240 (MSS x 44)
bandwidth * delay product:
Your RcvWindow limits you to: 2044 kbps (255.5 KBytes/s) @ 200ms
Your RcvWindow limits you to: 817.6 kbps (102.2 KBytes/s) @ 500ms
MTU Discovery (RFC1191) = ON
Time to live left = 51 hops
TTL value is ok.
Timestamps (RFC1323) = OFF
Selective Acknowledgements (RFC2018) = ON
IP type of service field (RFC1349)= 01011100
Precedence (priority) = 010 (immediate)
Delay = 1 (low delay)
Throughput = 1 (high throughput)
Reliability = 1 (high reliability)
Cost = 0 (normal cost)
A mistake does not become an error until one refuses to correct it
Folding for the future
Folding for the future