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2 results about "Asynchronous serial interface" patented technology

Asynchronous Serial Interface, or ASI, is a method of carrying an MPEG Transport Stream (MPEG-TS) over 75-ohm copper coaxial cable or multimode optical fiber. It is popular in the television industry as a means of transporting broadcast programs from the studio to the final transmission equipment before it reaches viewers sitting at home.

Data transmission chip and electronic device

A data transmission chip and an electronic device are provided, and belong to the field of electronic technologies. A high-speed asynchronous serial interface is configured to: receive a first signal from the one or two signal lines, wherein the first signal carries at least one low-speed signal; and transmit the at least one low-speed signal to a corresponding at least one low-speed interface, wherein a data transmission rate of the high-speed serial interface is higher than a data transmission rate of the at least one low-speed interface.
Owner:HUAWEI TECH CO LTD

Satellite-borne bimodal multi-serial port communication test system

PendingCN120090688ARadio transmissionAsynchronous serial interfaceVerification
The invention relates to the technical field of simulation testing of communication equipment, in particular to a satellite-borne dual-mode multi-serial-port communication testing system. According to the technical scheme, the system comprises a core main control module which adopts a multi-serial-port MCU controller and is provided with at least two equipment serial ports and a monitoring interface; hardware working parameters and a software communication protocol of the device serial port can be independently set, and asynchronous serial interface requirements of different external devices can be met. The method supports independent configuration of various hardware parameters and protocols, adapts to test requirements of different satellite load equipment, does not need to depend on real external equipment, reduces test cost, can comprehensively verify error processing logic of satellite-borne master control through a dynamic error making function, improves system reliability, runs different protocols in parallel through multiple serial ports, shortens test period, and improves test efficiency. The method is suitable for verification of a complex multi-device cooperation scene, a real-time statistics function provides detailed error type distribution and performance indexes, and data support is provided for optimizing master control software.
Owner:HEFEI INSTITUTE OF PHYSICAL SCIENCE CHINESE ACADEMY OF SCIENCES