Access switch network with redundancy
View Patent ↗This disclosure provides systems, methods and apparatus for implementing an arrangement of electromechanical switches. In one aspect, the arrangement includes rings of electromechanical switches configured to provide access to communication processing channels and redundancy access rows of electromechanical switches configured to provide access to redundant communication processing channels.
1. An arrangement of electromechanical switches, the arrangement having L rings of electromechanical switches and one or more redundancy access rows of electromechanical switches, wherein:
the arrangement is disposed between a plurality of inputs and a plurality of outputs;
each electromechanical switch is either part of a first subset or part of a second subset of the electromechanical switches, each switch in the first subset being included in a respective redundancy access row, and no switch in the second subset of the electromechanical switches being included in any redundancy access row;
each of the one or more redundancy access rows has L electromechanical switches, each of the L electromechanical switches in a respective redundancy access row being directly coupled with at least one other of the L electromechanical switches;
each switch in the second subset of electromechanical switches has a first port coupled to one of the plurality of inputs, a second port coupled to one of the plurality of outputs, and a third port and a fourth port, each respectively coupled to a different switch of the first subset of electromechanical switches;
each of the L rings includes, from each redundancy access row, a respective one of the L electromechanical switches;
each of the L electromechanical switches is coupled with two corresponding electromechanical switches of a respective one of the L rings of electromechanical switches; and
L is at least two.
2. The arrangement of claim 1 , wherein connections between the L rings are alternatively coupled to the electromechanical switches of at least one of the redundancy access rows.
3. The arrangement of claim 2 , wherein a first redundancy access row includes a first switch coupled to receive an input from an antenna feed and a second switch coupled to a first redundant communication processing channel.
4. The arrangement of claim 3 , wherein the first switch is coupled with a switch of a first ring that is coupled to a first communication processing channel, and the second switch is coupled with a switch of a second ring that is coupled to receive an input from an antenna feed.
5. The arrangement of claim 1 , wherein the one or more redundancy access rows are positioned between consecutive electromechanical switches of each of the L rings of electromechanical switches.
6. The arrangement of claim 1 , wherein the electromechanical switches are R-switches.
7. The arrangement of claim 1 , wherein the electromechanical switches are T-switches.
8. A system comprising:
an arrangement of electromechanical switches, the arrangement having outputs coupled with communication processing channels, the arrangement having L rings of electromechanical switches and one or more redundancy access rows of electromechanical switches; and
a controller configured to provide control signals to the electromechanical switches to change a routing of a signal received at an input of the arrangement from a communication processing channel to a redundant communication processing channel of the corresponding redundant communication processing channels, wherein:
the arrangement is disposed between a plurality of inputs and a plurality of outputs;
each electromechanical switch is either part of a first subset or part of a second subset of the electromechanical switches, each switch in the first subset being included in a respective redundancy access row, and no switch in the second subset of the electromechanical switches being included in any redundancy access row;
each of the one or more of the redundancy access rows has L electromechanical switches, each of the L electromechanical switches in a respective redundancy access row being directly coupled with at least one other of the L electromechanical switches;
each switch in the second subset of electromechanical switches has a first port coupled to one of the plurality of inputs, a second port coupled to one of the plurality of outputs, and a third port and a fourth port, each respectively coupled to a different switch of the first subset of electromechanical switches;
each of the L rings includes, from each redundancy access row, a respective one of the L electromechanical switches;
each of the L electromechanical switches is coupled with two corresponding electromechanical switches of a respective one of the L rings of electromechanical switches; and
L is at least two.
9. The system of claim 8 , wherein connections between the L rings are alternatively coupled to the electromechanical switches of at least one of the redundancy access rows.
10. The system of claim 9 , wherein a first redundancy access row includes a first switch coupled to receive an input from an antenna feed and a second switch coupled to a first redundant communication processing channel.
11. The system of claim 10 , wherein the first switch is coupled with a switch of a first ring that is coupled to a first communication processing channel, and the second switch is coupled with a switch of a second ring that is coupled to receive an input from an antenna feed.
12. The arrangement of claim 8 , further comprising:
a load balancing network configured to balance inactive inputs and active inputs to the arrangement of the electromechanical switches.
13. The arrangement of claim 12 , wherein the load balancing network is composed of C-switches.
14. The system of claim 8 , wherein the one or more redundancy access rows are positioned between consecutive electromechanical switches of each of the L rings of electromechanical switches.
15. The system of claim 8 , wherein the electromechanical switches are R-switches.
16. The system of claim 8 , wherein the electromechanical switches are T-switches.
17. A method comprising:
receiving, by a controller, data corresponding to positions of electromechanical switches of an arrangement of electromechanical switches, the arrangement having L rings of electromechanical switches and one or more redundancy access rows of electromechanical switches; and
generating, by the controller, control signals to adjust configurations of the electromechanical switches to change routing of signals between inputs and outputs of the arrangement; wherein
the arrangement is disposed between a plurality of inputs and a plurality of outputs;
each electromechanical switch is either part of a first subset or part of a second subset of the electromechanical switches, each switch in the first subset being included in a respective redundancy access row, and no switch in the second subset of the electromechanical switches being included in any redundancy access row;
each of the one or more of the redundancy access rows has L electromechanical switches, each of the L electromechanical switches in a respective redundancy access row being directly coupled with at least one other of the L electromechanical switches;
each switch in the second subset of electromechanical switches has a first port coupled to one of the plurality of inputs, a second port coupled to one of the plurality of outputs, and a third port and a fourth port, each respectively coupled to a different switch of the first subset of electromechanical switches;
each of the L rings includes, from each redundancy access row, a respective one of the L electromechanical switches;
each of the L electromechanical switches is coupled with two corresponding electromechanical switches of a respective one of the L rings of electromechanical switches; and
L is at least two.
18. The method of claim 17 , wherein the electromechanical switches are R-switches or T-switches.