Radio product reconfigurable comprehensive development test system

Abstract

The invention discloses a radio product reconfigurable comprehensive development test system. The system comprises a radio product development module, an exchanger, a controller, a reconfiguration module and a memory. The radio product development module performs development on a radio product; the reconfiguration module is controlled through the exchanger and the controller; the reconfiguration module transmits and stores test data in the memory; the radio product development module is divided into three parts including product concept design, product research development and finished producttesting; the radio product can be systematically analyzed; and from the research development to the product testing, the product development is systematic, so that the finished product qualificationrate of the product is increased.

Description

technical field [0001] The invention relates to the technical field of test systems, in particular to a reconfigurable comprehensive development test system for radio products. Background technique [0002] Wireless communication is widely used, such as civil mobile communication, military communication, satellite communication, radar, electronic warfare, technical investigation and so on. Different applications have different frequency bands, modulation schemes, bandwidths, user interfaces and system management. With the advancement of integrated circuit design and manufacturing technologies such as high-speed ADC, DAC, high-speed DSP / FPGA, and dedicated signal processing chips, digital communication and software radio technology are widely used in radio equipment and systems, which promotes the digitization of baseband, intermediate frequency, and even RF in radio systems. , The transmission rate is getting higher and higher, and the data transmission rate of some communi...

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Problems solved by technology

[0003] However, compared with the past, the design and debugging, simulation evaluation, and test methods for radio products (such as communication chips, communication modules, and communication systems) have not changed much, and there are the following shortcomings: the traditional process of developing wireless products cannot be used for the product itself. Systematic test processing from development to final product molding, resulting in finished products that cannot meet requirements and cannot be reconfigured

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