And I know that two of the three are available in Linux, but:
- my company supplies Outlook 2000 and are not willing to fork out $69 for an Evolution license.
- configuring PPTP in linux is a pain in the rocks.
- my wife couldn't use linux to save her life and the grief isnt worth it to me to spend hours explaining why GAIM looks so bad and what happened to her favourite stuff like Publisher 2000
Coming from Telcordia, CLLI (pronounced 'Silly') codes are a naming mechanism for Network Elements.
Each CLLI code uses specific coding elements, described below:
1-Geographical code Typically assigned to cities, towns, international airports, military posts, or other specific geographical points. Typically characters 1-4 in CLLI. e.g. DNVR=Denver
2-Geopolitical code Typically a country, state, province, or other differentiator that, combined with the geographical code, forms a location identifier that is unique worldwide. Typically characters 5-6 in CLLI. e.g. CO=Colorado
3-Network site code This element is used with geographical and geopolitical codes to represent buildings, structures, enclosures or other locations at which there is a need to identify and describe one or more functional entities. Examples of network sites include central offices, relay buildings, controlled vaults, etc. Typically characters 7-8 in CLLI.
e.g. 56=Central office Elm St.
4-Network-entity code
Used with geographical, geopolitical, and network-site codes to identify and describe categories of equipment, functions of a particular group at a particular location, or type of maintenance center at a given location. Typically characters 9-11 in CLLI. e.g. DS0=Digital switch
5-Network support site code Used with geographical and geopolitical codes to identify and describe the location of international boundaries or crossing points, end points, fiber nodes, cable and facility junctions, manholes, poles, radio-equipment sites, repeaters and toll stations. Typically characters 7-11 in CLLI. e.g. P1234=Telephone pole
6-Customer site code This element can be used with geographical and geopolitical codes to identify and describe customer locations associated with switched-service networks, centrex installations, PBX equipment, military installations, university and hospital phone centers, etc. Typically characters 7-11 in CLLI. e.g. 1A101 = A customer
I know it may appear to be overly pedantic, but an OC3 has got nothing whatsoever to do with ATM. The OC stands for 'Optical Carrier' which is used pretty much exclusively in the Transport/SONET domain.
It is possible to transport ATM over an OC3 of course, but they are two completely distinct technologies.
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And I know that two of the three are available in Linux, but:
- my company supplies Outlook 2000 and are not willing to fork out $69 for an Evolution license.
- configuring PPTP in linux is a pain in the rocks.
- my wife couldn't use linux to save her life and the grief isnt worth it to me to spend hours explaining why GAIM looks so bad and what happened to her favourite stuff like Publisher 2000
Each CLLI code uses specific coding elements, described below:
1-Geographical code Typically assigned to cities, towns, international airports, military posts, or other specific geographical points. Typically characters 1-4 in CLLI. e.g. DNVR=Denver
2-Geopolitical code Typically a country, state, province, or other differentiator that, combined with the geographical code, forms a location identifier that is unique worldwide. Typically characters 5-6 in CLLI. e.g. CO=Colorado
3-Network site code This element is used with geographical and geopolitical codes to represent buildings, structures, enclosures or other locations at which there is a need to identify and describe one or more functional entities. Examples of network sites include central offices, relay buildings, controlled vaults, etc. Typically characters 7-8 in CLLI. e.g. 56=Central office Elm St.
4-Network-entity code Used with geographical, geopolitical, and network-site codes to identify and describe categories of equipment, functions of a particular group at a particular location, or type of maintenance center at a given location. Typically characters 9-11 in CLLI. e.g. DS0=Digital switch
5-Network support site code Used with geographical and geopolitical codes to identify and describe the location of international boundaries or crossing points, end points, fiber nodes, cable and facility junctions, manholes, poles, radio-equipment sites, repeaters and toll stations. Typically characters 7-11 in CLLI. e.g. P1234=Telephone pole
6-Customer site code This element can be used with geographical and geopolitical codes to identify and describe customer locations associated with switched-service networks, centrex installations, PBX equipment, military installations, university and hospital phone centers, etc. Typically characters 7-11 in CLLI. e.g. 1A101 = A customer
e.g. D N V R C O 5 6 D S 0
I know it may appear to be overly pedantic, but an OC3 has got nothing whatsoever to do with ATM. The OC stands for 'Optical Carrier' which is used pretty much exclusively in the Transport/SONET domain.
It is possible to transport ATM over an OC3 of course, but they are two completely distinct technologies.