The "S6720 32C SI DC" is a model specification for a networking device, typically a switch, manufactured by a company like H3C or Huawei. This model number can be broken down to understand its key attributes:
1. S6720: This is the series or family of the switch. It often indicates the type of switch and its general capabilities. The "S" could stand for "Switch," and the numbers following it suggest a specific model within that product line.
2. 32C: This part of the model number usually refers to the number of ports the switch has. In this case, "32" indicates that there are 32 ports available for connecting devices. The "C" might stand for "Combo," suggesting that these ports are versatile and can support different types of connections, such as Gigabit Ethernet (GE), 10 Gigabit Ethernet (10GE), or even 40GE, depending on the switch's capabilities.
3. SI: This could be an abbreviation for "Standard Interface" or "Standard Installation," implying that the switch comes with a standard set of interfaces and is designed for general purpose use. It might also indicate a specific feature set or a particular market segment the switch is targeted at.
4. DC: This stands for "Direct Current," indicating that the switch is powered by a DC power supply. This is common in data center environments where DC power is used for efficiency and reliability.
Key Attributes:
Series: S6720, suggesting a high performance switch within the manufacturer's product lineup.
Port Configuration: 32C, indicating 32 versatile ports that can support various types of connections.
Interface Type: SI, which could mean the switch is designed with a standard set of interfaces for general use.
Power Supply: DC, meaning the switch is powered by direct current, suitable for environments with DC power infrastructure.
In summary, the "S6720 32C SI DC" is a high performance switch with 32 versatile ports, designed for general purpose use and powered by a direct current supply. It is likely to be found in data centers or enterprise networks where high speed connectivity and reliability are essential.
