Abstract: An integrally encapsulated wireless charging device includes a first circuit board, a magnetic isolation plate and a cord superimposed; the first circuit board has one lateral surface provided with a wireless power receiving module and another lateral surface provided with a first contact; the cord is superimposed on the lateral surface with the wireless power receiving module of the first circuit board, while the external dimension of the cord is not greater than that of the first circuit board; and the magnetic isolation plate is arranged between the cord and the first circuit board. The device has beneficial effects that: the charging receiving module and the cord which are originally separated or arranged in parallel are superimposed and partitioned by a magnetic isolation plate there-between; the first circuit board for external connection is provided with the first contact.

Abstract: A data storage device comprises a multichannel flash memory assembly which is constructed by stacking of flash memory members. The data storage device is compact due to the use of stacked flash memory members which provides high speed performance due to its multiple data channel arrangement. A specific example is the use of a flash memory assembly comprising 4 stacked flash memory dies with 4 parallel data channels. This invention is advantageous because it provides a data storage device having a high data storage capability at high data transfer rates while maintaining a compact construction due to the high-rise stacked architecture.

Abstract: A multi-channel flash memory device comprising die-stacked flash memory dies. The flash memory device is compact due to the stacked dies arrangement while providing high speed performance due to its multiple data channel arrangement. A specific example is a flash memory comprising 4 stacked flash memory dies with 4 parallel data channels. This invention alleviates the bottle neck problems of know die-stacked flash memory devices.