Adapter card
AssigneeShannon Systems Ltd.
InventorsXinglong WANG, Xiaoyan CHEN
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Abstract
An adapter card is provided, which is adapted to couple a storage device to a circuit board. The adapter card includes a card body, a first port, a second port and a first planar supporter. The first port is disposed on a surface of the card body. The first port is adapted to be coupled to the storage device. The second port is disposed on an edge of the card body. The second port is adapted to be coupled to the circuit board. An interface stander of the first port differs from an interface stander of the second port. The first planar supporter is disposed on the surface of the card body. When the storage device is connected to the first port, the first planar supporter abuts a first side of the storage device.
Claims12
An adapter card, adapted to couple a storage device to a circuit board, comprising:
- a card body;
- a first port, disposed on a surface of the card body, wherein the first port is adapted to be coupled to the storage device;
- a second port, disposed on an edge of the card body, wherein the second port is adapted to be coupled to the circuit board, and an interface stander of the first port differs from an interface stander of the second port;
- and
- a first planar supporter, disposed on the surface of the card body, wherein when the storage device is connected to the first port, the first planar supporter abuts a first side of the storage device.
An adapter card, adapted to couple a storage device to a circuit board, comprising:
- a card body, having a heat-dissipation opening area;
- a first port, disposed on a surface of the card body, wherein the first port is adapted to be coupled to the storage device;
- and
- a second port, disposed on an edge of the card body, wherein the second port is adapted to be coupled to the circuit board, and an interface stander of the first port differs from an interface stander of the second port, and when the storage device is connected to the first port, the heat-dissipation opening area corresponds to a first surface of the storage device, and heat generated by the storage device is removed through the heat-dissipation opening area.
Dependencies are inferred from the claim text.