Method and apparatus for efficient electronics positioning and connection systems

A method for connecting a plurality of electronic components comprising:

• arranging one or more electronic components in a connection rack wherein a connector on each of said electronic components faces in a front direction wherein said front direction is open to allow access to said connector;
• inserting said electronic components into said connection rack wherein said electronic components enter said connection rack through a side wherein said side faces a second direction wherein said second direction is not opposite said front direction;
• and
• positioning said connection rack wherein a back side is against a second connection rack wherein said back side faces a back direction wherein said back direction is opposite said front direction.

A method for connecting a plurality of electronic components comprising:

• arranging one or more electronic components in a connection rack wherein a connector on each of said electronic components faces in a front direction wherein said front direction is open to allow access to said connector;
• inserting said electronic components into said connection rack wherein said electronic components enter said connection rack through a side wherein said side faces a second direction wherein said second direction is not opposite said front direction;
• providing a power supply wherein said power supply couples to a common power line;
• and
• coupling said electronic components to said common power line.

A method for connecting a plurality of electronic components comprising:

• arranging one or more electronic components in a connection rack wherein a connector on each of said electronic components faces in a front direction wherein said front direction is open to allow access to said connector;
• inserting said electronic components into said connection rack wherein said electronic components enter said connection rack through a side wherein said side faces a second direction wherein said second direction is not opposite said front direction;
• and
• storing an extra length of a cable in a slack take-up device.

An electronic component connection device comprising:

• a connection rack wherein one or more electronic components are arranged wherein a connector on each of said electronic components faces in a front direction of said connection rack wherein said front direction is open to allow access to said connector;
• a side wherein said electronic components are inserted into said connection rack through said side wherein said side faces a second direction wherein said second direction is not opposite said front direction;
• and
• a positioning unit configured to position said connection rack wherein a back side is against a second connection rack wherein said back side faces a back direction wherein said back direction is opposite said front direction.

An electronic component connection device comprising:

• a connection rack wherein one or more electronic components are arranged wherein a connector on each of said electronic components faces in a front direction of said connection rack wherein said front direction is open to allow access to said connector;
• a side wherein said electronic components are inserted into said connection rack through said side wherein said side faces a second direction wherein said second direction is not opposite said front direction;
• a power supply wherein said power supply couples to a common power line;
• and
• a coupling device configured to couple said electronic components to said common power line.