Method and apparatus for connecting serial ATA storage components
View Patent ↗A method for connecting to an SATA storage component includes a chassis having an interior and an exterior, and a wall portion provided with an opening. An SATA compatible connector, provided with a first restraining flange and a second restraining flange spaced from the first restraining flange, is inserted into the opening in the wall portion, wherein an interior surface of the first restraining flange faces a first surface of the wall portion and an interior surface of the second restraining flange faces a second surface of the wall portion. An SATA storage component is then inserted into the chassis such that it connects with the SATA compatible connector, whereby the first and second flange allows the SATA compatible connector to float in a limited fashion within the opening.
1. A method for connecting to an SATA storage component comprising:
a chassis having an interior and an exterior, and a wall portion provided with an opening,
inserting an SATA compatible connector, provided with a first circumferential restraining flange and a second circumferential restraining flange spaced from the first circumferential restraining flange, into the opening in the wall portion, wherein an interior surface of the first circumferential restraining flange faces a first surface of the wall portion and an interior surface of the second circumferential restraining flange faces a second surface of the wall portion; and
inserting an SATA storage component into the chassis such that it connects with the SATA compatible connector, whereby the first and second flanges allow the SATA compatible connector to float in a limited fashion in both a vertical and a horizontal direction within the opening resulting in a self-alignment between the SATA compatible connector and the SATA storage component.
2. The method as recited in claim 1 wherein a thickness of the first circumferential restraining flange and the second circumferential restraining flange is about 0.85 mm to about 1.45 mm.
3. The method as recited in claim 1 wherein a separation between the first circumferential restraining flange and the second circumferential restraining flange is about larger than a thickness of the wall portion.
4. A system for connecting SATA storage components in a multi-storage component environment comprising:
a chassis with multiple bays each receptive to at least one SATA storage component;
a wall portion provided with an opening receptive to a connection means which is one of a plurality of connection means wherein a first side of the connection means is adapted to couple with an SATA storage component wherein the connection means includes a first circumferential restraining flange and a second circumferential restraining flange on an end of each SATA cable wherein an interior surface of the first circumferential restraining flange faces a first surface of the wall portion and an interior surface of the second circumferential restraining flange faces a second surface of the wall portion; and
a plurality of SATA cables coupled to a second side of the plurality of connection means whereby the first and second circumferential restraining flanges allow the plurality of connection means to float in a limited fashion in both a vertical and a horizontal direction within the opening resulting in a self-alignment between the SATA cables and the plurality of connection means.
5. The system as recited in claim 4 further comprising:
a controller coupled to the set of SATA cables and operative to control the SATA storage components;
a plurality of power cables coupled to the second side of the plurality of connection means; and
a power supply coupled to the plurality of power cables and operative to powering the plurality of SATA storage components.
6. A system for connecting SATA storage components in a multi-storage component environment comprising:
a chassis with multiple bays each receptive to at least one SATA storage component;
a wall portion provided with an opening receptive to a flexible connector which is one of a plurality of flexible connectors wherein a first side of the flexible connector is adapted to be flexibly connected with an SATA storage component wherein the flexible connector includes a first circumferential restraining flange and a second circumferential restraining flange on an end of each SATA cable wherein an interior surface of the first circumferential restraining flange faces a first surface of the wall portion and an interior surface of the second circumferential restraining flange faces a second surface of the wall portion;
a plurality of SATA cables flexibly connected to a second side of the plurality of flexible connectors whereby the first and second circumferential restraining flanges allow the plurality of flexible connectors to float in a limited fashion in both a vertical and a horizontal direction within the opening resulting in a self-alignment between the SATA cables and the plurality of flexible connectors;
a controller flexibly connected to the set of SATA cables and operative to control the SATA storage components via bi-directional signals,
a plurality of power cables flexibly connected to the second side of the plurality of connection means; and
a power supply flexibly connected to the plurality of power cables and operative to powering the plurality of SATA storage components.