Pluggable modules having latch mechanisms for gripping receptacle assemblies

A pluggable module comprising:

• a module housing having mating and trailing ends and a pair of sidewalls that extend therebetween, the pair of sidewalls facing in opposite directions and extending along a longitudinal axis, the module housing being configured to be inserted into a receptacle assembly;
• and
• a dual-action latch mechanism attached to the trailing end of the module housing, the latch mechanism comprising:
• a bridge segment extending between and joining first and second latch joints;
• first and second coupling arms coupled to the first and second latch joints, respectively, the first and second coupling arms extending substantially parallel to each other and toward the mating end, each of the first and second coupling arms extending along one respective sidewall of the module housing;
• and
• first and second operator handles coupled to the first and second latch joints, respectively, each of the first and second operator handles projecting away from the trailing end of the module housing;
• wherein the first and second operator handles are configured to be pressed by actuating forces to move the first and second coupling arms away from the respective sidewalls and each other, the first and second coupling arms returning toward the respective sidewalls and each other when the actuating forces are removed.

A dual-action latch mechanism configured to be attached to a module housing, the latch mechanism comprising:

• a bridge segment extending between and joining first and second latch joints;
• first and second coupling arms coupled to the first and second latch joints, respectively, the first and second coupling arms extending substantially parallel to each other along a longitudinal axis;
• and
• first and second operator handles coupled to the first and second latch joints, respectively, each of the first and second operator handles configured to extend away from the module housing;
• wherein the first and second operator handles are configured to be pressed by actuating forces to move the first and second coupling arms away from each other, the first and second coupling arms returning toward each other when the actuating forces are removed.