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Contents
• Background• Explanation of Structured Cabling System• Terms Used in SCS• The fact• Observations• AS-IS Problems• How to Address Them• What TO-BE• Challenges with the Solution• Market Advances• References
Background· A circuit is a path between two or more points along
which an electrical current or a signal can be carried· The total distance of a circuit can span over multiple
racks/rooms/buildings/cities· An intelligent SW system needs to know the end points
of each segment when building a circuit
What is a Structured Cabling System
A structured cabling system (SCS) is a set of cabling and connectivity products that integrates the voice, data, video, and various management systems of a building (such as safety alarms, security access, energy systems, etc.)
Terms used in SCS
• Patching – connection from the front of a port to the front of another port
• Cabling – connection from the back of a port to the back of another port
• Zone – is referred to a group of racks that are monitored by a controller
• Patching is not supported across different zones due to cable length and for better control
The fact
• Typical cost for building a structured cabling system in data center or in an enterprise environment. ~50% spent in operation
• Main operational effort Resides in planning, executingand alternation
• As part of execution, technicians build circuit paths by connecting cables from equipment to equipment.
Observations
• For an intelligent system, the start and the end of a cable run is essential to the monitoring software
• Technician working in one location (such as a rack) would prefer to complete all works for that location at the same time before moving to the other location
So what are the problem(s)Technically:• In the current system , when building a circuit, a technician must work on
one cable at a time, that is, inserting one end of a cable in one rack is followed by inserting the other end of the same cable in another rack before the technician can move onto the next cable.
• This limitation is dictated by the system software such that one end of a cable insertion in one rack must be followed by the insertion of the other end of the same cable in another rack.
• This limitation proved to be burdensome for technicians especially when the two connecting racks are spaced far apart.
So what are the problem(s) cont’
Managerial:• RFID, Serial ID solutions are patented• Common mode is too costly• Anything breakthrough technology available?• What is the work around?
What do we want the solution to be
• Connection is automatically confirmed after each insertion
• If the other end of the cord is inserted to a port, the system records their locations in the database as one connection
• If the other end of the cord is not inserted to a port, the system records this port is connected to an unknown port