Demarc Extension Wiring Specifications - Revision history

imported>Henry.joshua at 10:14, 5 August 2012

2012-08-05T10:14:20Z

← Older revision		Revision as of 10:14, 5 August 2012
Line 1:		Line 1:
	Demarc Extensions, which extend the wiring from the [[Network Interface]] to the inside of a building or through a building to where your equipment sits is a critical portion of the network. Often the speeds or stability that a customer can get from ACD is significantly affected by the quality of ~~your~~ inside wiring.		Demarc Extensions, which extend the wiring from the [[Network Interface]] to the inside of a building or through a building to where your equipment sits, are a critical portion of the network. Often, the speeds or stability that a customer can get from ACD is significantly affected by the quality of the inside wiring.

	The wiring that ACD recommends is the following based upon information gathered on testing and debugging and the written specifications from vendors. Changing out your internal wiring may not make a difference if the wiring you have is of good quality, ~~however~~ if the wiring is of low quality, then changing out your wiring will make a substantial difference.		The wiring that ACD recommends is the following, based upon information gathered on testing and debugging and the written specifications from vendors. Changing out your internal wiring may not make a difference, if the wiring you have is of good quality. However, if the wiring is of low quality, then changing out your wiring will make a substantial difference.

			==Recommendations for DSL or EFM Service Wiring==

	~~==Recommendations for DSL or EFM service Wiring==~~		*''Use Solid Core Wire''', do not use stranded wire. Stranded wire is what is in cheap phone lines.
			*'''For DSL or EFM copper loops''' use Cat 5, Cat5E, or Cat 6 wiring from your network interface to your Modem Jack. Basically, the larger the gauge of wire, the better your connection is likely to be. Short lengths of this type of cable can be bought at most home improvement stores.
	*''Use Solid Core ~~wire~~''', do not ~~uses~~ stranded wire. Stranded wire is what is in cheap phone lines.		*'''Keystone type jacks are the best'''. These can be purchased at Home Depot, Menards or Lowes in the Electric department. Leviton is the common brand. For cheaper prices you can order this stuff from the web. These stores are usually expensive.
	*'''For DSL or EFM copper loops''' use Cat 5, Cat5E, or Cat 6 wiring from your network interface to your Modem Jack. Basically the larger the ~~guage~~ of wire the better your connection is likely to be. Short lengths of this type of cable can be ~~bough~~ at most home improvement stores.
	*'''Keystone type jacks are the best''' These can be purchased at Home Depot, Menards or Lowes in the Electric department. Leviton is the common brand. For cheaper prices you can order this stuff from the web. These stores are usually expensive.
	*'''For Regular DSL''' Cat 3 RJ-11 Keystone Jacks work fine.		*'''For Regular DSL''' Cat 3 RJ-11 Keystone Jacks work fine.
	*'''Ground your power outlets''' The power outlets that you have should be grounded in your house, this ~~decrease~~ electromagnetic interference on all wiring in your house.		*'''Ground your power outlets'''. The power outlets that you have should be grounded in your house, this decreases electromagnetic interference on all wiring in your house.
	*'''Shielded Wiring''':~~for~~ best results, use shielded wire, and ground one end of the shield on a ground.		*'''Shielded Wiring''': For best results, use shielded wire, and ground one end of the shield on a ground.
	*'''Avoid Running Data Lines near Power Lines:''' Avoiding perpendicular wiring crossing major power lines, may significantly improve ~~reliablity~~. For example high voltage equipment can cause magnetic interference on your DSL, Phone, EFM or T1 lines. Common devices that turn on and off~~, that~~ are likely to cause interference are Copiers, Air Conditioning Systems, Furnaces, Main feed lines into buildings. The goal is to avoid electromagnetic interference. Usually running data lines in parallel to these ~~powerlines~~ or curving them into these lines, when needed is better than doing a straight perpendicular crossing.		*'''Avoid Running Data Lines near Power Lines'''. Avoiding perpendicular wiring crossing major power lines may significantly improve reliability. For example, high voltage equipment can cause magnetic interference on your DSL, Phone, EFM or T1 lines. Common devices that turn on and off and are likely to cause interference are Copiers, Air Conditioning Systems, Furnaces, and Main feed lines into buildings. The goal is to avoid electromagnetic interference. Usually, running data lines in parallel to these power lines or curving them into these lines when needed, is better than doing a straight perpendicular crossing.
	*'''Do not plug your data lines into Surge Suppressors where not needed:''' Although surge ~~supressors~~ can save your modem they can also cause interference on your line.		*'''Do not plug your data lines into Surge Suppressors where not needed'''. Although surge suppressors can save your modem, they can also cause interference on your line.
	*'''Minimize the number of "Splits" on your data or voice line:''' If you split your home phone line or DSL a number of times to connect to various outlets, it is best minimize the number of splits, and to make sure that where these splits occur, the wiring is of high quality at each junction point. Each split, creates an "antenna", collecting magnetic interference.		*'''Minimize the number of "Splits" on your data or voice line'''. If you split your home phone line or DSL a number of times to connect to various outlets, it is best to minimize the number of splits, and to make sure that where these splits occur the wiring is of high quality at each junction point. Each split creates an "antenna", collecting magnetic interference.

	==Recommendations for T1 Wire==		==Recommendations for T1 Wire==
	*'''T1 Wire''' which is a ~~specific~~ type of wire should be used for any demarcation extensions past 25 feet from the [[Network Interface]]. T1 wire is a specific type of wire made for just T1 lines. It uses RJ-48 Jacks, which is are different than the types of jacks used for Ethernet (ethernet uses RJ-45 Jacks).		*'''T1 Wire''', which is a unique type of wire, should be used for any demarcation extensions past 25 feet from the [[Network Interface]]. T1 wire is a specific type of wire made for just T1 lines. It uses RJ-48 Jacks, which are different than the types of jacks used for Ethernet(ethernet uses RJ-45 Jacks).
	*'''Using Ethernet Wire for T1 Wiring extensions''' Although generally acceptable, you should never use "stranded" wire, you ~~shoud~~ use "solid core" wire, and never more than 25 feet from the Network Interface.		*'''Using Ethernet Wire for T1 Wiring extensions:''' Although generally acceptable, you should never use "stranded" wire, you should use "solid core" wire, and never more than 25 feet from the Network Interface.

imported>Schoen.kevin at 02:15, 27 September 2011

2011-09-27T02:15:42Z

← Older revision		Revision as of 02:15, 27 September 2011
Line 6:		Line 6:
	==Recommendations for DSL or EFM service Wiring==		==Recommendations for DSL or EFM service Wiring==

	*''Use "Solid Core" wire''', do not uses stranded wire. Stranded wire is what is in cheap phone lines.		*''Use Solid Core wire''', do not uses stranded wire. Stranded wire is what is in cheap phone lines.
	*'''For DSL or EFM copper loops''' use Cat 5, Cat5E, or Cat 6 wiring from your network interface to your Modem Jack. Basically the larger the guage of wire the better your connection is likely to be. Short lengths of this type of cable can be bough at most home improvement stores.		*'''For DSL or EFM copper loops''' use Cat 5, Cat5E, or Cat 6 wiring from your network interface to your Modem Jack. Basically the larger the guage of wire the better your connection is likely to be. Short lengths of this type of cable can be bough at most home improvement stores.
	*'''Keystone type jacks are the best''' These can be purchased at Home Depot, Menards or Lowes in the Electric department. Leviton is the common brand. For cheaper prices you can order this stuff from the web. These stores are usually expensive.		*'''Keystone type jacks are the best''' These can be purchased at Home Depot, Menards or Lowes in the Electric department. Leviton is the common brand. For cheaper prices you can order this stuff from the web. These stores are usually expensive.

imported>Schoen.kevin: /* Recommendations for DSL or EFM service Wiring */

2011-09-27T02:15:31Z

Recommendations for DSL or EFM service Wiring

← Older revision		Revision as of 02:15, 27 September 2011
Line 6:		Line 6:
	==Recommendations for DSL or EFM service Wiring==		==Recommendations for DSL or EFM service Wiring==

	*Use "Solid Core" ~~wiring~~, do not uses stranded wire. Stranded wire is what is in cheap phone lines.		*''Use "Solid Core" wire''', do not uses stranded wire. Stranded wire is what is in cheap phone lines.
	*For DSL or EFM copper loops use Cat 5, Cat5E, or Cat 6 wiring from your network interface to your Modem Jack. Basically the larger the guage of wire the better your connection is likely to be. Short lengths of this type of cable can be bough at most home improvement stores.		*'''For DSL or EFM copper loops''' use Cat 5, Cat5E, or Cat 6 wiring from your network interface to your Modem Jack. Basically the larger the guage of wire the better your connection is likely to be. Short lengths of this type of cable can be bough at most home improvement stores.
	*Keystone type jacks are the best. These can be purchased at Home Depot, Menards or Lowes in the Electric department. Leviton is the common brand. For cheaper prices you can order this stuff from the web. These stores are usually expensive.		*'''Keystone type jacks are the best''' These can be purchased at Home Depot, Menards or Lowes in the Electric department. Leviton is the common brand. For cheaper prices you can order this stuff from the web. These stores are usually expensive.
	*For Regular DSL Cat 3 RJ-11 Keystone Jacks work fine.		*'''For Regular DSL''' Cat 3 RJ-11 Keystone Jacks work fine.
	*Ground your power outlets. The power outlets that you have should be grounded in your house, this decrease electromagnetic interference on all wiring in your house.		*'''Ground your power outlets''' The power outlets that you have should be grounded in your house, this decrease electromagnetic interference on all wiring in your house.
	*'''Shielded Wiring''':for best results, use shielded wire, and ground one end of the shield on a ground.		*'''Shielded Wiring''':for best results, use shielded wire, and ground one end of the shield on a ground.
	*'''Avoid Running Data Lines near Power Lines:''' Avoiding perpendicular wiring crossing major power lines, may significantly improve reliablity. For example high voltage equipment can cause magnetic interference on your DSL, Phone, EFM or T1 lines. Common devices that turn on and off, that are likely to cause interference are Copiers, Air Conditioning Systems, Furnaces, Main feed lines into buildings. The goal is to avoid electromagnetic interference. Usually running data lines in parallel to these powerlines or curving them into these lines, when needed is better than doing a straight perpendicular crossing.		*'''Avoid Running Data Lines near Power Lines:''' Avoiding perpendicular wiring crossing major power lines, may significantly improve reliablity. For example high voltage equipment can cause magnetic interference on your DSL, Phone, EFM or T1 lines. Common devices that turn on and off, that are likely to cause interference are Copiers, Air Conditioning Systems, Furnaces, Main feed lines into buildings. The goal is to avoid electromagnetic interference. Usually running data lines in parallel to these powerlines or curving them into these lines, when needed is better than doing a straight perpendicular crossing.

imported>Schoen.kevin at 02:08, 27 September 2011

2011-09-27T02:08:15Z

← Older revision		Revision as of 02:08, 27 September 2011
Line 1:		Line 1:

	Demarc Extensions, which extend the wiring from the [[Network Interface]] to the inside of a building or through a building to where your equipment sits is a critical portion of the network. Often the speeds or stability that a customer can get from ACD is significantly affected by the quality of your inside wiring.		Demarc Extensions, which extend the wiring from the [[Network Interface]] to the inside of a building or through a building to where your equipment sits is a critical portion of the network. Often the speeds or stability that a customer can get from ACD is significantly affected by the quality of your inside wiring.

	The wiring that ACD recommends is the following based upon information gathered on testing and debugging and the written specifications from vendors. Changing out your internal wiring may not make a difference if the wiring you have is of good quality, however if the wiring is of low quality, then changing out your wiring will make a substantial difference.		The wiring that ACD recommends is the following based upon information gathered on testing and debugging and the written specifications from vendors. Changing out your internal wiring may not make a difference if the wiring you have is of good quality, however if the wiring is of low quality, then changing out your wiring will make a substantial difference.

	~~Although most wire will work, below are our recommendations:~~

	==Recommendations for DSL or EFM service		==Recommendations for DSL or EFM service Wiring==

	*Use "Solid Core" wiring, do not uses stranded wire. Stranded wire is what is in cheap phone lines.		*Use "Solid Core" wiring, do not uses stranded wire. Stranded wire is what is in cheap phone lines.
Line 14:		Line 12:
	*Ground your power outlets. The power outlets that you have should be grounded in your house, this decrease electromagnetic interference on all wiring in your house.		*Ground your power outlets. The power outlets that you have should be grounded in your house, this decrease electromagnetic interference on all wiring in your house.
	*'''Shielded Wiring''':for best results, use shielded wire, and ground one end of the shield on a ground.		*'''Shielded Wiring''':for best results, use shielded wire, and ground one end of the shield on a ground.
	*'''~~Avioid~~ Running Data Lines near Power Lines:''' Avoiding perpendicular wiring crossing major power lines, may significantly improve reliablity. For example high voltage equipment can cause magnetic interference on your DSL, Phone, EFM or T1 lines. Common devices that turn on and off, that are likely to cause interference are Copiers, Air Conditioning Systems, Furnaces, Main feed lines into buildings. The goal is to avoid electromagnetic interference. Usually running data lines in parallel to these powerlines or curving them into these lines, when needed is better than doing a straight perpendicular crossing.		*'''Avoid Running Data Lines near Power Lines:''' Avoiding perpendicular wiring crossing major power lines, may significantly improve reliablity. For example high voltage equipment can cause magnetic interference on your DSL, Phone, EFM or T1 lines. Common devices that turn on and off, that are likely to cause interference are Copiers, Air Conditioning Systems, Furnaces, Main feed lines into buildings. The goal is to avoid electromagnetic interference. Usually running data lines in parallel to these powerlines or curving them into these lines, when needed is better than doing a straight perpendicular crossing.
	*'''Do not plug your data lines into Surge Suppressors where not needed:''' Although surge supressors can save your modem they can also cause interference on your line.		*'''Do not plug your data lines into Surge Suppressors where not needed:''' Although surge supressors can save your modem they can also cause interference on your line.
	*'''Minimize the number of "Splits" on your data or voice line:''' If you split your home phone line or DSL a number of times to connect to various outlets, it is best minimize the number of splits, and to make sure that where these splits occur, the wiring is of high quality at each junction point. Each split, creates an "antenna", collecting magnetic interference.		*'''Minimize the number of "Splits" on your data or voice line:''' If you split your home phone line or DSL a number of times to connect to various outlets, it is best minimize the number of splits, and to make sure that where these splits occur, the wiring is of high quality at each junction point. Each split, creates an "antenna", collecting magnetic interference.

			==Recommendations for T1 Wire==
			*'''T1 Wire''' which is a specific type of wire should be used for any demarcation extensions past 25 feet from the [[Network Interface]]. T1 wire is a specific type of wire made for just T1 lines. It uses RJ-48 Jacks, which is are different than the types of jacks used for Ethernet (ethernet uses RJ-45 Jacks).
			*'''Using Ethernet Wire for T1 Wiring extensions''' Although generally acceptable, you should never use "stranded" wire, you shoud use "solid core" wire, and never more than 25 feet from the Network Interface.

imported>Schoen.kevin: Created page with " Demarc Extensions, which extend the wiring from the Network Interface to the inside of a building or through a building to where your equipment sits is a critical portion of..."

2011-09-27T01:45:00Z

Created page with " Demarc Extensions, which extend the wiring from the Network Interface to the inside of a building or through a building to where your equipment sits is a critical portion of..."

New page

Demarc Extensions, which extend the wiring from the [[Network Interface]] to the inside of a building or through a building to where your equipment sits is a critical portion of the network. Often the speeds or stability that a customer can get from ACD is significantly affected by the quality of your inside wiring.

The wiring that ACD recommends is the following based upon information gathered on testing and debugging and the written specifications from vendors. Changing out your internal wiring may not make a difference if the wiring you have is of good quality, however if the wiring is of low quality, then changing out your wiring will make a substantial difference.

Although most wire will work, below are our recommendations:

==Recommendations for DSL or EFM service

*Use "Solid Core" wiring, do not uses stranded wire. Stranded wire is what is in cheap phone lines.
*For DSL or EFM copper loops use Cat 5, Cat5E, or Cat 6 wiring from your network interface to your Modem Jack. Basically the larger the guage of wire the better your connection is likely to be. Short lengths of this type of cable can be bough at most home improvement stores.
*Keystone type jacks are the best. These can be purchased at Home Depot, Menards or Lowes in the Electric department. Leviton is the common brand. For cheaper prices you can order this stuff from the web. These stores are usually expensive.
*For Regular DSL Cat 3 RJ-11 Keystone Jacks work fine.
*Ground your power outlets. The power outlets that you have should be grounded in your house, this decrease electromagnetic interference on all wiring in your house.
*'''Shielded Wiring''':for best results, use shielded wire, and ground one end of the shield on a ground.
*'''Avioid Running Data Lines near Power Lines:''' Avoiding perpendicular wiring crossing major power lines, may significantly improve reliablity. For example high voltage equipment can cause magnetic interference on your DSL, Phone, EFM or T1 lines. Common devices that turn on and off, that are likely to cause interference are Copiers, Air Conditioning Systems, Furnaces, Main feed lines into buildings. The goal is to avoid electromagnetic interference. Usually running data lines in parallel to these powerlines or curving them into these lines, when needed is better than doing a straight perpendicular crossing.
*'''Do not plug your data lines into Surge Suppressors where not needed:''' Although surge supressors can save your modem they can also cause interference on your line.
*'''Minimize the number of "Splits" on your data or voice line:''' If you split your home phone line or DSL a number of times to connect to various outlets, it is best minimize the number of splits, and to make sure that where these splits occur, the wiring is of high quality at each junction point. Each split, creates an "antenna", collecting magnetic interference.