Which is better, communication testing or software testing

Absolutely. First of all, take a company with 10,000 people as an example, in such a company, the "cattle people" in the R&D team are generally people, with amazing creativity, IQ, vision, and can creatively carry out technology development work. Modern technology pays attention to the "division of labor", and the division of labor is becoming more and more detailed.

The vast majority of engineers actually work in a very narrow and specific direction of development. So there are a lot of jobs in software testing for R&D in the field of communications.

Secondly, the field of communication is very wide, and what you said about studying communication is only a general study of the basics. And any communication-related products need software support, whether it is based on the operating system or embedded ......

So, learn! Don't pressure yourself with more skills!

One point to add: it is difficult to "stand out" in terms of technical depth to do R&D, and talent is required! But it is relatively easy to outperform others in terms of breadth, you just need to work hard, work hard, and learn more.

The scope of communication employment is still very wide, of course, it depends on what you focus on in school? If you pay attention to the software you learn, you can develop in this direction, but from the point of view of my first microwave work, there are so many complex protocol theories of communication, which is impossible for a programmer who does not understand communication at all, basically the communication theory is perfected by communication engineers, but as a communication engineer, the electromagnetic compatibility of hardware is crucial, and it is also the soul of all communication engineers! Do you want to go into communications, or software?

It's up to you, good luck!

Either project supervision or network optimization, decisive, money is immeasurable!

Go mobile, but preferably 211 University.

Communication testing mainly focuses on the function, performance, and reliability of communication equipment, networks and systems to ensure communication quality and stability. Communication testing requires a certain knowledge of electronic technology and communication, and testing and debugging hardware equipment. Software testing, on the other hand, focuses on the functionality, performance, security, and other aspects of the software to ensure the quality of the software and the user experience.

Software testing requires certain programming knowledge and testing skills to perform automated and manual testing of software. Therefore, the choice of communication testing or software testing should be decided based on personal interests and career planning. If you are interested in electronics and communication and prefer to be hands-on, then you can choose the communication test; If you're interested in computer science and software development, and enjoy writing** and automating test pickups, then software testing is the way to go.

SDH transmission analyzers, broadband oscilloscopes, spectrum analyzers, Ethernet data analyzers, antenna feeder testers, signaling analyzers, spectrum analyzers, notebook computers, network management servers, etc. are mainly used for communication equipment.

Machine testing for communication equipment testing:

1. Power test receiver: used to test the transmitter power of adjacent channels. It includes an oscillator, an IF filter, a variable attenuator, and a level indicator.

2. Test frequency discriminator: including mixer and local oscillator (auxiliary frequency), convert the frequency of the RF signal to be tested into the frequency of the broadband limit amplifier and the broadband frequency discriminator, which has the following characteristics: sensitive and accurate enough to match the transmitter carrier frequency power as low as 1MW; Fast enough to show frequency offsets; The output must be DC coupled.

What is a communication device? Be specific

Communication equipment testing for the use of the 晌知晌 machine test:

1. Power test receiver: used to test the transmitter power of adjacent channels. It includes an oscillator, an IF filter, a variable attenuator, and a level indicator.

2. Test frequency discriminator: including mixer and local oscillator (auxiliary frequency), convert the frequency of the RF signal to be tested into the frequency of the broadband limit amplifier and the broadband frequency discriminator, which has the following characteristics: it is sensitive and accurate enough to match the transmitter carrier frequency power as low as 1MW; Fast enough to show frequency offsets; The output must be DC coupled.