Development device of connector comprising USB3.1 Type C

Abstract

The invention discloses a development device of a connector comprising a USB3.1 Type C. The development device comprises a test board of a USB3.1 Type C interface, and a test board used for being connected with the USB3.1 Type C interface of the to-be-tested device through the USB3.1 Type C interface and obtaining a debugging signal of the to-be-tested device through the USB3.1 Type C interface. The to-be-tested device and the test board are connected by using a USB3.1 Type C interface. The number of signals is large by using the USB3.1 Type C interface. The occupied space of the circuit boardis small. Meanwhile, the advantages of good signal transmission shielding performance and good transmission current flow performance of the butt joint cable extension line between the USB3.1 Type C interfaces are utilized. A user can carry out software debugging, firmware upgrading, maintenance and other work on the to-be-tested device through the test board and the universal USB3.1 Type C interface. The expansibility is high, and therefore the development and debugging efficiency of hardware products is improved, and the research and development period is shortened.

Description

technical field [0001] The invention relates to the field of hardware development, in particular to a development device with a connector including USB3.1 Type C. Background technique [0002] With the rapid development of the field of hardware development, more and more hardware products have been developed, and the related field of product quality testing has also been vigorously developed. [0003] In the prior art of solid-state hard drives, SAS, SATA or PCIe hardware interfaces are used to communicate between the solid-state hard drives and the upper-layer host. The above-mentioned interfaces are usually bulky, resulting in often limited use, and the use of firmware Burning, software debugging, and printing of solid-state hard disk log information are inconvenient. At the same time, the above-mentioned interfaces can only transmit standard signals, but cannot directly transmit debugging signals. The debugging efficiency is low and the scalability is poor. [0004] Ther...

AI Technical Summary

Problems solved by technology

[0003] In the prior art of solid-state hard drives, SAS, SATA or PCIe hardware interfaces are used to communicate between the solid-state hard drives and the upper-layer host. The above-mentioned interfaces are usually bulky, resulting in often limited use, and the use of firmware Burning, software debugging, and printing of solid-state hard disk log information are inconvenient. At the same time, the above-mentioned interfaces can only transmit standard signals, and cannot directly transmit debugging signals. The debugging efficiency is low and the scalability is poor.

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