From The Blog
Author：Danny / time：2020-03-02 / The number of clicks：157
In the first two articles we have introduced the basic performance and features of the IEEE1394 connector produced by China connector manufacturing companies. How is the development and prospects of the connector? That's what we're going to discuss next.
In fact, IEEE1394 has a wide range of applications around the world, it can also serve as a bridge between PC and Mac, but in different countries it has a different name. IEEE1394 is known as iLink in Japan, but in the United States it is called FireWire. IEEE1394 has alliances in many countries, such as the United States, Japan, Korea and other places, and now China connector manufacturing companies became an IEEE1394 producer, and is known as the 1394 Alliance. This alliance is led by some well-known manufacturers. With more than 80 members, they strongly support the IEEE1394 specification interface. They also held the Overheating Insertion Conference, introducing the 1394 Integrated Control Crystal Chip set, which makes up for the shortcomings in transmission performance of the IEEE1394, and even better than USB 2.0.
This is IEEE1394's development history or development status quo. But investing a lot of resources on a product all depends on whether it has a broad market and whether it has development potentials in the future. Some products are seasonal, and will only remain popular for a particular period, such as a product reaching market saturation, and then there will no longer be profit at that point. So what lies ahead for the IEEE1394? Let's analyze it.
In the future, the transmission interface will have a big battle between two transmission interfaces. On one side is the IEEE1394 format, and on the other side is USB 2.0. IEEE format which also has a great advantage in consumer electronic goods, and now the recently launched IEEE1394 challenge.
With regard to the status of USB 2.0 on personal computers, we've mentioned earlier the difference sits between IEEE1394 and USB 2.0 in terms of performance and transmission speed.
It can be said that they are even. Although the USB can be connected to more external devices, the transmission speed is not as fast as that of the IEEE so both have advantages and disadvantages. However, the USB is now becoming faster in transmission, but because the performance of IEEE is also improving, then it is still very hard to say which one is better.
China connector manufacturing company offer IEEE1394 amazing transfer rate and stable performance. Believe that the future of this connector is considerable, and also with the development of science and technology, it's performance will get better and better.