Cisco IE-3300-8T2S-A Catalyst® IE3300 Rugged Series Switch

IE-3300-8T2S-A

The following is a detailed analysis of the possible features of the IE-3300-8T2S-A based on the characteristics of this series of products:

Port Configuration

Ethernet electrical port: It has 8 Gigabit Ethernet copper ports (8T) that can be connected to wired devices such as industrial computers, sensors, actuators, etc. with the help of RJ-45 interfaces. These ports can achieve high-speed and stable data transmission between devices in industrial automation scenarios.

Fiber optic port: It is equipped with 2 Gigabit fiber optic uplink ports (2S), which can be connected through fiber optics to achieve long-distance, high-speed and anti-interference data transmission, suitable for connecting remote devices or making campus-level network backbone connections.

Functional characteristics

Port expansion capability: Similar to other products in the same series, this model may have port expansion capabilities, which can be expanded to up to 26 ports to meet the needs of industrial networks of different sizes.

Secure encryption: It supports MACsec 256-bit encryption technology, which can encrypt communications at the data link layer to prevent data from being stolen or tampered with during transmission, and ensure the security of industrial network communications.

Three-layer routing function: supports three-layer routing protocol, can realize communication and routing selection between different subnets, and build a more complex and flexible industrial network topology.

Industrial-grade design: In order to adapt to the industrial environment, the product generally adopts industrial-grade design and manufacturing standards, with wide temperature working range, high anti-interference ability, dustproof, moisture-proof and other characteristics, and can operate stably in harsh industrial sites.

Application scenario

Intelligent manufacturing: It can be used for the automated production line of intelligent manufacturing factories, connecting various production equipment, robots and control systems to ensure the real-time transmission of production data and the accurate issuance of control instructions.

Intelligent transportation: It is suitable for intelligent transportation systems, such as highway monitoring systems, urban rail transit signal control systems, etc., to achieve reliable data transmission and collaborative work between equipment.

Energy and power: In energy industries such as electricity, oil, and natural gas, it can be used for communication networks in substations, oil fields, pipelines and other places to ensure data monitoring and control during energy production and transportation.