KRONE - Guide Book - Patch by Exception - How it works

P ATCH BY E XCEPTION - HOW DOES IT WORK?Patch-By-Exception is a solution whereby you hard wire your network and make subsequent changes utilising patch cords.. The diagram shows a patch

P ATCH BY E XCEPTION - HOW DOES IT WORK?

Patch-By-Exception is a solution whereby you hard wire your network and make subsequent changes utilising patch cords The diagram shows a patch cord changing the input from workstation one to workstation two The cord disconnects the jumpers leading to workstation one and re-directs the signal through the patch cord to workstation two To go back to the original configuration, simply remove the patch cord If the change is to be made permanent, a cabling specialist can be called in to hard wire the configuration and the removed patch cord can be reused for other temporary changes

Permanent services are hardw ired

rather than patched

Data side frame does not need to be

co-located with active equipment

Category 5 or 6 cable is used instead of

patch cords.

Extensive labelling options

19 inch racks are not required.

Capacity for mounting w ith

existing LSA modules

Testing convenience

This provides a neat and tidy cable management solution and allows for greater flexibility of wiring arrangements and superior reliability

Reduces cabinet and floor space requirements and costs Is particularly effective with high density Telco connectorised hubs which allows further cabinet space reductions

This method is more cost effective as jumper cable is cheaper than the equivalent length of patch cord Performance is enhanced due to the lower attenuation of jumper cable and the elimination of one plug and socket in the channel

More information can be displayed on the modules reducing the need to refer to other documentation

Makes this solution cost effective as '19 inch' racks are more expensive Fits in shallow wall recesses or closets

Cost Reduction

Suspected faulty hub or PABX ports can be tested or rerouted to locate problems without losing the underlying patch

INPUT ONE

INPUT TWO

WORKSTATION ONE

WORKSTATION TWO