Networking and computing hardware operates using a modular hardware structure where line cards, modules, blades, plug-ins, circuit packs, etc. (collectively “modules”) are selectively inserted into a chassis for the desired functionality. This connectivity in the chassis may be through a backplane, midplane, etc. (collectively “backplane”) with associated connectors. Conventionally, backplane connectors (“connectors”) are factory installed and not field replaceable. As network element systems increase in performance, functionality, speed, power, etc., situations arise where connectors are damaged due to wear, vibration, corrosion, bending, and the like. One particular situation for damaged connectors arises as a result of vibration induced connector damage that was discovered on the cooling fan units and associated backplane connectors. Such damage is anticipated to become more prevalent as module power and consequently fan speeds and vibrations increase. Conventionally, a connector issue in the field requires a new backplane which effectively requires a new chassis. Thus, connector replacement in-service or even in-field is currently not possible. It would be advantageous to provide in-field and/or in-service connector replacement to address the aforementioned connector issues.