A computer comprising: a housing including a cable access door having an open position and a closed position; wherein the cable access door comprises a plurality of snaps each of which is configured to engage with a corresponding latch member in the housing to secure the cable access door in the closed position; wherein a locking force between each snap and the corresponding latch member is strengthened when a cable is connected with the connector such that the cable applies a transverse force to each of the snaps; wherein the housing includes an upper portion and a lower portion, the upper portion includes the cable access door, and the lower portion includes an aperture opposite the cable access door; wherein the computer comprises a connector panel in the housing extending between the cable access door and the aperture, the connector panel including a connector which is one of a plurality of connectors which the connector panel includes for connecting to cables originating from outside the housing and passing through the aperture from underneath the housing; wherein, when the cable access door is in the closed position, the cable access door conceals the connectors and, when a cable is connected to said connector, conceals at least a portion of said connected cable; wherein each latch member comprises a latch hook and each snap comprises a flexible snap hook which is configured to engage the corresponding latch hook, wherein, when the latch hook and corresponding snap hook are engaged, these hooks exert opposing vertical forces on each other; wherein said cable access door further comprises a flexible opening portion coupled to the snaps which disengages the snap hooks from the latch hooks when an opening force is applied to the flexible opening portion; and wherein, when said cable is connected to the connector, said cable can apply a force to the snaps that is transverse to said vertical locking forces between the snap and latch hooks and that opposes the opening force. a housing including a cable access door having an open position and a closed position; wherein the cable access door comprises a plurality of snaps each of which is configured to engage with a corresponding latch member in the housing to secure the cable access door in the closed position; wherein a locking force between each snap and the corresponding latch member is strengthened when a cable is connected with the connector such that the cable applies a transverse force to each of the snaps; wherein the housing includes an upper portion and a lower portion, the upper portion includes the cable access door, and the lower portion includes an aperture opposite the cable access door; wherein the computer comprises a connector panel in the housing extending between the cable access door and the aperture, the connector panel including a connector which is one of a plurality of connectors which the connector panel includes for connecting to cables originating from outside the housing and passing through the aperture from underneath the housing; wherein, when the cable access door is in the closed position, the cable access door conceals the connectors and, when a cable is connected to said connector, conceals at least a portion of said connected cable; wherein each latch member comprises a latch hook and each snap comprises a flexible snap hook which is configured to engage the corresponding latch hook, wherein, when the latch hook and corresponding snap hook are engaged, these hooks exert opposing vertical forces on each other; wherein said cable access door further comprises a flexible opening portion coupled to the snaps which disengages the snap hooks from the latch hooks when an opening force is applied to the flexible opening portion; and wherein, when said cable is connected to the connector, said cable can apply a force to the snaps that is transverse to said vertical locking forces between the snap and latch hooks and that opposes the opening force.