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A cable connector assembly for connecting two cables, with each cable including multiple electrical conductors. The cable connector assembly may include a first enclosure having an outer surface and defining a pivot point, a plurality of externally accessible electrical connectors disposed at the ou

A cable connector assembly for connecting two cables, with each cable including multiple electrical conductors. The cable connector assembly may include a first enclosure having an outer surface and defining a pivot point, a plurality of externally accessible electrical connectors disposed at the outer surface of the first enclosure and configured to be coupled to the electrical conductors in one of the cables, a second enclosure configured to couple with the first enclosure about the pivot point in a mating configuration, and a plurality of electrical contacts disposed in the second enclosure. The contacts may be configured to releaseably receive one of the electrical connectors. The electrical connectors are configured in an outer array and an inner array on the circuit board. The outer array is coupled to a cable shield. The inner array is coupled to one of a data conductor and an electric power conductor.

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What is claimed is: 1. A cable connector assembly for connecting two cables, with each cable including multiple electrical conductors, the connector assembly comprising: a first enclosure having an outer surface and defining a pivot point; a plurality of externally accessible electrical connectors

What is claimed is: 1. A cable connector assembly for connecting two cables, with each cable including multiple electrical conductors, the connector assembly comprising: a first enclosure having an outer surface and defining a pivot point; a plurality of externally accessible electrical connectors disposed at the outer surface of the first enclosure and configured to be coupled to the electrical conductors in one of the cables; a circuit board configured to support the plurality of electrical connectors; a second enclosure configured to couple with the first enclosure about the pivot point in a mating configuration; a plurality of electrical contacts disposed in the second enclosure and configured to releaseably receive one of the electrical connectors, with the contacts configured to be coupled to the electrical conductors in the other cable; and a release latch coupled to one of the first and second enclosure and configured to releaseably secure the first and second enclosure in the mating configuration, wherein the two cables are connected when the first and second enclosure are in the mating configuration, wherein the electrical connectors are configured in an outer array and an inner array on the circuit board, with the outer array coupled to a cable shield and the inner array coupled to one of a data conductor and an electric power conductor. 2. The cable connector assembly of claim 1, including second circuit board configured to support the electrical contacts. 3. The cable connector assembly of claim 1, wherein the electrical contacts are configured in an outer array and an inner array on the second circuit board, with the outer array coupled to a cable shield and the inner array coupled to one of a data conductor and an electric power conductor. 4. The cable connector assembly of claim 1, wherein the second enclosure includes a ramp portion configured to displace the release latch as the second enclosure is mated to the first enclosure. 5. The cable connector assembly of claim 1, wherein the electrical connectors are spring-loaded. 6. An ultrasound imaging system comprising: an ultrasound machine coupled to a first cable having multiple conductors; a catheter coupled to a second cable having multiple conductors; and a cable connector assembly for connecting the two cables together, the connector assembly comprising: a first enclosure having an outer surface and defining a pivot point; a plurality of externally accessible electrical connectors disposed at the outer surface of the first enclosure and configured to be coupled to the electrical conductors in one of the cables; a circuit board configured to support the plurality of electrical connectors; a second enclosure configured to couple with the first enclosure about the pivot point in a mating configuration; a plurality of electrical contacts disposed in the second enclosure and configured to releaseably receive one of the electrical connectors, with the contacts configured to be coupled to the electrical conductors in the other cable; and a release latch coupled to one of the first and second enclosure and configured to releaseably secure the first and second enclosure in the mating configuration, wherein the two cables are connected when the first and second enclosure are in the mating configuration, and wherein the electrical connectors are configured in an outer array and an inner array on the circuit board, with the outer array coupled to a cable shield and the inner array coupled to one of a data conductor and an electric power conductor. 7. The ultrasound imaging system of claim 6, including second circuit board configured to support the electrical contacts. 8. The ultrasound imaging system of claim 6, wherein the electrical contacts are configured in an outer array and an inner array on the second circuit board, with the outer array coupled to a cable shield and the inner array coupled to one of a data conductor and an electric power conductor. 9. The ultrasound imaging system of claim 6, wherein the second enclosure includes a ramp portion configured to displace the release latch as the second enclosure is mated to the first enclosure. 10. The ultrasound imaging system of claim 6, wherein the electrical connectors are spring-loaded. 11. A cable connector assembly for connecting two cables, with each cable including multiple electrical conductors, the connector assembly comprising: a first enclosure having an outer surface; a plurality of externally accessible electrical connectors disposed at the outer surface of the first enclosure and configured to be coupled to the electrical conductors in one of the cables; a circuit board configured to support one of the plurality of electrical connectors or plurality of electrical contacts; a second enclosure configured to couple with the first enclosure in a mating configuration; and a plurality of electrical contacts disposed in the second enclosure and configured to releaseably receive one of the electrical connectors, with the contacts configured to be coupled to the electrical conductors in the other cable; wherein the two cables are connected when the first and second enclosure are in the mating configuration, and wherein the one of the plurality of the electrical connectors and plurality of electrical contacts are configured in an outer array and an inner array on the circuit board, with the outer array coupled to a cable shield and the inner array coupled to one of a data conductor and an electric power conductor. 12. The cable connector assembly of claim 11, further comprising: a release latch coupled to one of the first and second enclosure and configured to releaseably secure the first and second enclosure in the mating configuration. 13. The cable connector assembly of claim 12, wherein the second enclosure includes a ramp portion configured to displace the release latch as the second enclosure is mated to the first enclosure. 14. The cable connector assembly of claim 11, wherein one of the first and second enclosures includes a pivot point configured to couple with the other of the first and second enclosures in the mating configuration. 15. The cable connector assembly of claim 11, further comprising a second circuit board configured to support the other of the plurality of electrical connectors and the plurality of electrical contacts. 16. The cable connector assembly of claim 15, wherein the other of the electrical connectors and plurality of electrical contacts are configured in an outer array and an inner array on the second circuit board, with the outer array coupled to a cable shield and the inner array coupled to one of a data conductor and an electric power conductor.