Pluggable video module
View Patent ↗A pluggable video module (PVM) having a housing with a top, a bottom, a front and a back; a locking and release mechanism proximate the front of the module for securing the module within a host device; an electrical connector proximate the back of the module for electrically connecting the module to a host device; an optical connector proximate the front of the module for receiving an optical connector; and a key slot on the bottom and proximate the rear of the module for receiving a key tab from a host device, thereby allowing the module to be inserted into a host receptacle having a key tab.
1. A pluggable video module (PVM) comprising:
a housing having a top, a bottom, a front, and a back;
a locking and release mechanism proximate the front of the PVM for securing the PVM within a host device;
an electrical connector proximate the back of the PVM for electrically connecting the PVM to the host device;
an optical connector proximate the front of the PVM for receiving a second optical connector; and
a key slot on the bottom and proximate the back of the PVM for receiving a key tab from the host device, and thereby allowing the PVM to be inserted into a host receptacle of the host device having the key tab, and wherein the key slot has three edges, and wherein the three edges of the key slot form a plane.
2. The pluggable video module (PVM) of claim 1 wherein the optical connector proximate the front includes a duplex optical port.
3. The pluggable video module (PVM) of claim 1 wherein the optical connector proximate the front includes a transmitting (TX) optical port.
4. The pluggable video module (PVM) of claim 1 wherein the optical connector proximate the front includes a simplex transmitting (TX) optical port.
5. The pluggable video module (PVM) of claim 1 wherein the optical connector proximate the front includes a dual transmitting (TX) optical port.
6. The pluggable video module (PVM) of claim 1 wherein the optical connector proximate the front includes a receiving (RX) optical port.
7. The pluggable video module (PVM) of claim 1 wherein the optical connector proximate the front includes a simplex receiving (RX) optical port.
8. The pluggable video module (PVM) of claim 1 wherein the optical connector proximate the front includes a dual receiving (RX) optical port.
9. The pluggable video module (PVM) of claim 1 wherein the optical connector proximate the front includes a duplex LC connector.
10. The pluggable video module (PVM) of claim 1 wherein the optical connector proximate the front includes a dual transmit (TX) LC connector.
11. The pluggable video module (PVM) of claim 1 wherein the optical connector proximate the front includes a dual receiving (RX) LC connector.
12. The pluggable video module (PVM) of claim 1 wherein the optical connector proximate the front includes a simplex transmitting (TX) ST connector.
13. The pluggable video module (PVM) of claim 1 wherein the optical connector proximate the front includes a simplex receiving (RX) ST connector.
14. A pluggable video module (PVM) comprising:
a housing having a top, a bottom, a front, and a back;
a locking and release mechanism proximate the front of the PVM for securing the PVM within a host device;
an electrical connector proximate the back of the PVM for electrically connecting the PVM to the host device;
an electrical connector proximate the front of the PVM for receiving a third electrical connector; and
a key slot on the bottom and proximate the back of the PVM for receiving a key tab from the host device, and thereby allowing the PVM to be inserted into a host receptacle of the host device having the key tab, and wherein the key slot has three edges, and wherein the three edges of the key slot form a plane.
15. The pluggable video module (PVM) of claim 14 wherein the electrical connector proximate the front includes a duplex electrical port.
16. The pluggable video module (PVM) of claim 14 wherein the electrical connector proximate the front includes a transmitting (TX) electrical port.
17. The pluggable video module (PVM) of claim 14 wherein the electrical connector proximate the front includes a receiving (RX) electrical port.
18. The pluggable video module (PVM) of claim 14 wherein the electrical connector proximate the front includes a simplex transmitting (TX) electrical port.
19. The pluggable video module (PVM) of claim 14 wherein the electrical connector proximate the front includes a dual transmitting (TX) electrical port.
20. The pluggable video module (PVM) of claim 14 wherein the electrical connector proximate the front includes a simplex receiving (RX) electrical port.
21. The pluggable video module (PVM) of claim 14 wherein the electrical connector proximate the front includes a dual receiving (RX) electrical port.
22. The pluggable video module (PVM) of claim 14 wherein the electrical connector proximate the front includes a simplex TX Mini-BNC electrical port.
23. The pluggable video module (PVM) of claim 14 wherein the electrical connector proximate the front includes a simplex RX Mini-BNC electrical port.
24. A pluggable video module (PVM) assembly comprising:
a cage for receiving a pluggable video module (PVM);
a key tab extending beyond an inside surface on a bottom of the cage, whereby the key tab is formed by raising a cut out portion of the cage towards an inside of the cage;
the PVM having a housing including a top, a bottom, a front, and a back; and
a key slot on the bottom and proximate the back of the PVM sized for receiving the key tab in the cage, and thereby allowing the PVM to be installed into the cage, and wherein the key slot has three edges, and wherein the three edges of the key slot form a plane.
25. A pluggable video module (PVM) comprising:
a housing having a top, a bottom, a front, and a back;
a locking and release mechanism proximate the front of the PVM for securing the PVM within a host device;
an electrical connector proximate the back of the PVM for electrically connecting the PVM to the host device;
an optical connector proximate the front of the PVM;
a key slot on the bottom and proximate the back of the PVM for receiving a key tab from the host device, and thereby allowing the PVM to be installed into a host receptacle of the host device having the key tab, and wherein the key slot has three edges, and wherein the three edges of the key slot form a plane; and
pathological circuitry for handling pathological conditions associated with digital video signals.
26. A pluggable video module (PVM) comprising:
a housing having a top, a bottom, a front, and a back;
a locking and release mechanism proximate the front of the PVM for securing the PVM within a host device;
an electrical connector proximate the back of the PVM for electrically connecting the PVM to the host device;
an electrical connector proximate the front of the PVM for receiving a second electrical connector;
a key slot on the bottom and proximate the back of the PVM for receiving a key tab from the host device, and thereby allowing the PVM to be installed into a host receptacle of the host device having the key tab, and wherein the key slot has three edges, and wherein the three edges of the key slot form a plane; and
pathological circuitry for handling pathological conditions associated with digital video signals.
27. A pluggable video module (PVM) comprising:
a housing having a top, a bottom, a front, and a back;
a locking and release mechanism proximate the front of the PVM for securing the PVM within a host device;
an electrical connector proximate the back of the PVM for electrically connecting the PVM to the host device;
an optical connector proximate the front of the PVM for receiving a second optical connector;
a key slot on the bottom and proximate the back of the PVM for receiving a key tab from the host device, and thereby allowing the PVM to be inserted into a host receptacle of the host device having the key tab, and wherein the key slot has three edges, and wherein the three edges of the key slot form a plane; and
pathological circuitry for handling pathological conditions associated with digital video signals, and wherein the pathological circuitry includes a capacitor having a value of 4.7 uF.
28. A pluggable video module (PVM) comprising:
a housing having a top, a bottom, a front, and a back;
a locking and release mechanism proximate the front of the PVM for securing the PVM within a host device;
an electrical connector proximate the back of the PVM for electrically connecting the PVM to the host device;
an electrical connector proximate the front of the PVM for receiving a third electrical connector;
a key slot on the bottom and proximate the back of the PVM for receiving a key tab from the host device, and thereby allowing the PVM to be inserted into a host receptacle of the host device having the key tab, and wherein the key slot has three edges, and wherein the three edges of the key slot form a plane; and
pathological circuitry for handling pathological conditions associated with digital video signals, and wherein the pathological circuitry includes a capacitor having a value of 4.7 uF.
29. A pluggable video module (PVM) assembly comprising:
a cage for receiving a pluggable video module (PVM);
a key tab extending beyond an inside surface on a bottom of the cage, whereby the key tab is formed by raising a cut out portion of the cage towards an inside of the cage;
the PVM having a housing including a top, a bottom, a front, and a back;
a key slot on the bottom and proximate the back of the PVM sized for receiving the key tab in the cage, and thereby allowing the PVM to be installed into the cage, and wherein the key slot has three edges, and wherein the three edges of the key slot form a plane; and
the PVM having pathological circuitry for handling pathological conditions associated with digital video signals, and wherein the pathological circuitry includes a capacitor having a value of 4.7 uF.
30. A pluggable video module (PVM) assembly comprising:
a cage for receiving a pluggable video module (PVM);
a key tab extending beyond an inside surface on a bottom of the cage, whereby the key tab is formed by raising a cut out portion of the cage towards an inside of the cage;
the PVM having a housing including a top, a bottom, a front, and a back;
a key slot on the bottom and proximate the back of the PVM sized for receiving the key tab in the cage, and thereby allowing the PVM to be installed into the cage, and wherein the key slot has three edges, and wherein the three edges of the key slot form a plane; and
the PVM having pathological circuitry for handling pathological conditions associated with digital video signals.