With the continuous development of China's equipment manufacturing industry, increased competition and the demand for international markets, all manufacturers are accelerating equipment upgrades and replacements. How to improve and upgrade equipment at the lowest cost in the shortest time has become an important issue for manufacturers. Industrial Ethernet switches use storage switching to improve Ethernet communication speed, and built-in intelligent alarm design monitors network operation, ensuring reliable and stable operation of Ethernet in harsh industrial environments. Advanced technology, scientific structure, openness and scalability, can expand its performance, increase its functions, and save users time and effort without having to make too many adjustments to the equipment.
Nowadays, many Ethernet switches are 100 Mbps, which can meet the needs of most users. Currently, switches have rapidly replaced hubs and become the preferred product for users to construct networks. In modern network design, Ethernet switches can be used significantly. To improve the application performance of the entire user network, Ethernet switches are increasingly favored by more network users. In addition to giving network users an advantage in speed, Ethernet switch devices can provide more functions than traditional network share devices. As the competition in the switch market becomes more and more fierce, the price of switching equipment is more acceptable to users. At present, home-type switches have rapidly replaced hubs, becoming the first choice for users to construct networks.
Industrial Ethernet switches are primarily used for real-time Ethernet data transmission in complex industrial environments. When Ethernet is designed, it uses carrier sense multiplexed collision detection (CSMA/CD mechanism), and its reliability is greatly reduced in complex industrial environments, which makes Ethernet unusable. Industrial Ethernet switches use storage switching to improve Ethernet communication speed, and built-in intelligent alarm design monitors network operation, ensuring reliable and stable operation of Ethernet in harsh industrial environments.
To get a deeper understanding of switches, it's important to understand the difference between switches and hubs: if we think of a hub as a built-in Ethernet bus, a home switch can be thought of as multiple buses—switch fabric interconnects.
Technically, the switch hangs each port on a high-bandwidth backplane bus (at least an order of magnitude higher than the port bandwidth) and connects to a switch. The encapsulated packets dropped by the port pass through the backplane. The bus enters the switch. It is exchanged through direct forwarding and storage and forwarding.
In addition, from the use effect, the switch is more cost-effective. The high price of the previous home-type switches was the main reason why we chose to choose a hub. With the continuous development of switching technology in recent years, the price of Ethernet switches has dropped sharply. Today, the cost performance of switches has far exceeded that of hubs.
To remain in an absolute leading position in the marketplace, you must meet the advantages of your product in a flexible, fast and cost-effective manner. Our switches can alleviate the burden on the CPU to handle communication tasks and enable additional connections. They enable proper integration in Industrial Ethernet and ensure connectivity and connectivity to the IT world at the automation level. The unmanaged Industrial Ethernet Switch UT-6505 is designed to be compact and supports industry-standard snap-on and wall mounting, making it easy to install on any industrial network.
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