Communication enabled EMF shield enclosures

An electromagnetic field shielding apparatus, comprising:

• connected walls;
• and
• a grid including conductive material formed in at least one of the connected walls that blocks passage of frequencies below a threshold and allows passage of frequencies equal to or above the threshold;
• wherein:
• magnetic flux produced by an inductive power transmitter has a first frequency below the threshold and is blocked;
• a communication transmission transmitted or received by a communication component has a second frequency equal to or above the threshold and is allowed;
• the electromagnetic field shielding apparatus is operable to transition between a first configuration and a second configuration;
• the electromagnetic field shielding apparatus is operable to at least partially enclose an electronic device in the first configuration;
• and
• the electromagnetic field shielding apparatus defines an opening in the second configuration though which the electronic device can be inserted into the electromagnetic field shielding apparatus or removed from the electromagnetic field shielding apparatus.

An enclosure, comprising:

• metal walls configured to at least partially surround an electronic device;
• and
• a high pass filter formed by apertures defined by edges in the metal walls;
• wherein
• the high pass filter attenuates electromagnetic frequencies below a threshold to block passage of magnetic flux produced by an inductive power component and allow communication transmissions transmitted or received by a communication component;
• and
• the threshold corresponds to distances between the edges of the metal walls across the apertures.