New Stride Pro Unmanaged+ Ethernet Switches with Advanced Features from AutomationDirect

[Ahmet Ö.]

## New Stride Pro Unmanaged+ Ethernet Switches with Advanced Features from AutomationDirect

AutomationDirect has announced the new Stride Pro Unmanaged+ series of industrial Ethernet switches, which build upon their basic unmanaged switch models by offering advanced networking features. These products include advanced functions such as IGMP snooping and port mirroring.

The new Stride Pro Unmanaged+ Ethernet switches are available in various configurations, suitable for machine mounting, usable in challenging environments such as those with water spray, and provide a secure and reliable structure.

### Stride Pro Unmanaged+ Ethernet Switch Features

• Advanced network features: IGMP snooping, port mirroring
• High security: Active port alarm when an unauthorized device is connected
• Physical durability: UL listed and compliant with IEC 60068-2-6 vibration standards
• Protection level: Some models are IP67 certified, resistant to water spray and liquid contamination
• Port count: 5 to 8 Ethernet port options
• Mounting options: Machine mount and DIN rail compatible
• PoE support: Power over Ethernet on some models

### Use in Industrial Environments

Stride Pro series switches offer ease of use by providing network connectivity for machine components or robot clusters without adding extra burden to IT teams. In terms of security, they include measures such as a port-based alert system against potential cyberattacks and the ability to mirror port traffic.

The products are designed to withstand harsh industrial environments, such as machines with vibration or areas exposed to water. This makes them suitable for use in CIP (Clean In Place) and washdown areas, such as food and beverage lines.

In conclusion, Stride Pro Unmanaged+ Ethernet switches combine simplicity with advanced features, providing the necessary security and robustness for industrial automation systems. This makes them an ideal solution for machines, robot clusters, and other applications requiring Ethernet support.