Re: Dual T1 Bonding? [7:13914]

2001-07-27 Thread Makarand Yerawadekar
Hi, You may want to take a look at -- http://www.cisco.com/warp/public/793/access_dial/mpp_serial.html Please watch the line wrap. Matt Goodhue wrote: Hello, We have a Cisco2621 with two T1 going to the same place. Does anyone have a link to some IOS examples that would allow them to

Re: Dual T1 Bonding? [7:13914]

2001-07-27 Thread Michael Damkot
Please keep in mind that just because you have 2 links to the same provider, it does not necessarily mean that they are run to the same POP. this can cause some problems with load balancing 2 different links. -- Michael Damkot Technical Trainer Network Support Engineer II Makarand

Dual T1 Bonding? [7:13914]

2001-07-26 Thread Matt Goodhue
Hello, We have a Cisco2621 with two T1 going to the same place. Does anyone have a link to some IOS examples that would allow them to be bonded together? \ We would like the ability to download at the combined T1 speed of 3 mb. Currently we seem to max out at only 1 T1 speed. I did searches

Re: Dual T1 Bonding? [7:13914]

2001-07-26 Thread Howard C. Berkowitz
Hello, We have a Cisco2621 with two T1 going to the same place. Does anyone have a link to some IOS examples that would allow them to be bonded together? \ We would like the ability to download at the combined T1 speed of 3 mb. Currently we seem to max out at only 1 T1 speed. I did searches

RE: Dual T1 Bonding? [7:13914]

2001-07-26 Thread Schneider, Matt
-queue ppp multilink multilink-group 1 -Original Message- From: Howard C. Berkowitz [mailto:[EMAIL PROTECTED]] Sent: Thursday, July 26, 2001 7:14 PM To: [EMAIL PROTECTED] Subject: Re: Dual T1 Bonding? [7:13914] Hello, We have a Cisco2621 with two T1 going to the same place. Does

Re: Dual T1 Bonding? [7:13914]

2001-07-26 Thread Jonathan Hays
excerpted below: Bandwidth ON Demand Interoperability Group (BONDING) Bandwidth ON Demand Interoperability Group (BONDING) is used for combining B channels together to increase bandwidth. Inverse multiplexing is used to take a single signal from a user's equipment and divide the signal into a