Latching for a transceiver module
An optical transceiver may include a housing including a surface cutout. The surface cutout may be for receiving a locking tang from a cage and for being disengaged by a slide from an unlocking tool wherein the surface cutout is disposed on the housing at a position such that the surface cutout is entirely within the cage with respect to an electromagnetic interference (EMI) gasket of the cage when the optical transceiver is inserted into the cage.
1. An unlocking tool for an optical module, comprising:
a slide that is at least partially independent of the optical module,
the slide being shaped for insertion into a cage between an electromagnetic interference (EMI) gasket of the cage and a surface of the optical module, and being shaped to disengage a locking tang of the cage from a corresponding cutout of the optical module,
the slide being shaped to separate the optical module from the cage, such that the optical module is disposable within the cage without the unlocking tool being disposed within the cage, and
the slide having a monolithic construction comprising:
two flat arms arranged parallel to one another; and
a pull portion disposed between and connecting the two flat arms,
wherein each flat arm, of the two flat arms, has a first end connected to the pull portion and a second end distal to the pull portion,
wherein each flat arm remains flat from the first end to the second end, and
wherein each flat arm is arranged perpendicular to the pull portion relative to an axis aligned with the first end and the second end of the flat arm.
2. The unlocking tool of claim 1 , wherein the unlocking tool is a change key specific to the optical module.
3. The unlocking tool of claim 1 , wherein the unlocking tool is a master key general to a plurality of optical modules.
4. The unlocking tool of claim 1 , wherein the slide is partially independent and is attachable to the optical module such that the unlocking tool is not fixed in a gap between a surface of the EMI gasket and the surface of the optical module.
5. The unlocking tool of claim 1 , wherein the slide is independent such that the slide is not attached to the optical module.
6. The unlocking tool of claim 1 , wherein a thickness of the slide is less than 0.2 millimeters (mm).
7. The unlocking tool of claim 1 , wherein the two flat arms, when disposed between a housing of the optical module and the EMI gasket, are shaped to disengage the corresponding cutout from the locking tang, enabling removal of the optical module from the cage.
8. An unlocking tool for an optical transceiver, comprising:
a slide that is at least partially independent of the optical transceiver,
the slide being shaped for insertion into a cage between an electromagnetic interference (EMI) gasket of the cage and a surface of the optical transceiver, and being shaped to disengage a locking tang of the cage from a corresponding cutout of the optical transceiver,
the slide being shaped to separate from the optical transceiver from the cage, such that the optical transceiver is disposable within the cage without the unlocking tool being disposed within the cage, and
the slide having a monolithic construction comprising:
two flat arms arranged parallel to one another; and
a pull portion disposed between and connecting the two flat arms,
wherein each flat arm, of the two flat arms, has a first end connected to the pull portion and a second end distal to the pull portion,
wherein each flat arm remains flat from the first end to the second end, and
wherein each flat arm is arranged perpendicular to the pull portion relative to an axis aligned with the first end and the second end of the flat arm.
9. The unlocking tool of claim 8 , wherein the unlocking tool is a change key specific to the optical transceiver.
10. The unlocking tool of claim 8 , wherein the unlocking tool is a master key general to a plurality of optical transceivers.
11. The unlocking tool of claim 8 , wherein the slide is partially independent and is attachable to the optical transceiver such that the unlocking tool is not fixed in a gap between a surface of the EMI gasket and the surface of the optical transceiver.
12. The unlocking tool of claim 8 , wherein the slide is independent such that the slide is not attached to the optical transceiver.
13. The unlocking tool of claim 8 , wherein a thickness of the slide is less than 0.2 millimeters (mm).
14. The unlocking tool of claim 8 , wherein the two flat arms, when disposed between a housing of the optical transceiver and the EMI gasket, are shaped to disengage the corresponding cutout from the locking tang, enabling removal of the optical transceiver from the cage.
15. An unlocking tool for an optical module, comprising:
a slide that is at least partially independent of the optical module,
the slide being shaped for insertion into a cage between an electromagnetic interference (EMI) gasket of the cage and a surface of the optical module, and being shaped to disengage a locking tang of the cage from a corresponding cutout of the optical module,
the slide having a monolithic construction comprising:
two flat arms arranged parallel to one another; and
a pull portion disposed between and connecting the two flat arms,
wherein each flat arm, of the two flat arms, has a first end connected to the pull portion and a second end distal to the pull portion,
wherein each flat arm remains flat from the first end to the second end, and
wherein each flat arm is arranged perpendicular to the pull portion relative to an axis aligned with the first end and the second end of the flat arm, and
wherein the two flat arms, when disposed between a housing of the optical module and the EMI gasket, are shaped to disengage the corresponding cutout from the locking tang, enabling removal of the optical module from the cage.
16. The unlocking tool of claim 15 , wherein the unlocking tool is a change key specific to the optical module.
17. The unlocking tool of claim 15 , wherein the unlocking tool is a master key general to a plurality of optical modules.
18. The unlocking tool of claim 15 , wherein the slide is partially independent and is attachable to the optical module such that the unlocking tool is not fixed in a gap between a surface of the EMI gasket and the surface of the optical module.
19. The unlocking tool of claim 15 , wherein the slide is independent such that the slide is not attached to the optical module.
20. The unlocking tool of claim 15 , wherein a thickness of the slide is less than 0.2 millimeters (mm).