Throughout the current educational recording host products, according to the launch time and design architecture, can be divided into two generations of products: the first generation of high-performance PC architecture, the second generation of higher stability embedded architecture. The recording and broadcasting host is the core of the recording and broadcasting system, which directly determines the performance of the recording and broadcasting system. The two-generation recording and broadcasting host products have distinctive features and shortcomings. For a long time, the high-performance PC architecture and the simple and stable embedded two-generation products each accounted for half of the recording and broadcasting market, forming a situation of court resistance.
So what is the difference between a PC-based recording host and an embedded recording host? Let's take a look at the following.
PC architecture recording host
Around 2005, some schools began to focus on the recording of teaching reality, which gave birth to the germination of the educational recording and broadcasting market. However, at this time, users and enterprises are in the process of recording and broadcasting. The flexible compatible machine has become the first choice for recording and broadcasting equipment at this stage. This has given birth to the first generation of PC-based recording and broadcasting host. The first-generation recording and broadcasting workstations have the characteristics of strong computing performance, fast response to users and low difficulty in research and development. They have become the mainstream of the education recording and broadcasting market after many technical improvements, and have been widely used.
Embedded recording host
With the increasing popularity of recording and broadcasting, the industry has become more and more clear about the positioning of recording and broadcasting, and specialized products are coming out. In 2008, the industry's first professional design recording was launched, marking the birth of a second-generation recording host with embedded design. Compared with the PC architecture, the new generation of products uses embedded processors for custom development for recording and broadcasting, and the stability is greatly improved. The follow-up of some recording companies and the influx of embedded video products by some video conferencing manufacturers have enabled the embedded recording to grow rapidly. However, because the embedded processor and encoder are limited by the technology development of the monitoring industry, it has been difficult to break through the bottleneck of low performance and low functionality, making the second generation recording and broadcasting more used in the low-end popular market.
The PC-based recording host and the embedded recording host have their own advantages and disadvantages. As for how to choose, they have to weigh themselves.
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