Description
Humminbird 30' Ethernet Cable for Networking | Boat Supply Store
Expand your Humminbird marine electronics network with this 30-foot Ethernet cable. It enables direct, high-speed data transfer between two compatible Humminbird Ethernet-capable units, facilitating synchronization of vital information like waypoints, routes, and sonar data. Specifically engineered for the marine environment, this 30-foot cable provides robust connectivity for anglers targeting offshore species requiring a fully integrated electronics suite.
Key Features
- Seamless Integration: Directly connects two compatible Humminbird Ethernet units.
- Expansive Data Sharing: Facilitates transfer of waypoints, routes, and sonar.
- 30-Foot Length: Offers flexible installation options onboard.
- Reliable Marine Design: Built to withstand harsh marine conditions.
- Simplified Networking: Enables easy creation of a networked electronics system.
- Optimized Performance: Ensures efficient data flow between devices.
- Direct Unit-to-Unit Connection: Eliminates the need for intermediate hubs for simple setups.
- Proprietary Connector: Designed for secure and specific Humminbird system integration.
Specifications
| Product Specifications | |
|---|---|
| Length | 30 ft |
| Connector Type | Standard Ethernet |
| Primary Function | Direct connection between two Ethernet units |
Who This Is For
Boaters and anglers operating multiple Humminbird Ethernet-compatible fishfinders or chartplotters can utilize this cable to network their devices. This allows for efficient sharing of critical navigational and sonar data across their integrated marine electronics system.
How It Compares
| Feature | Humminbird 30' Ethernet Cable for Networking | Competitor |
|---|---|---|
| Length | 30 ft | — |
| Connector Type | Standard Ethernet | Proprietary Garmin Marine Network |
| Primary Function | Direct connection between two Ethernet units | Direct connection between two Garmin Network units |
Common Concerns Answered
Will this cable work with my non-Humminbird devices?
The Humminbird AS EC 30E Ethernet Cable is specifically designed and optimized for direct, seamless integration and data sharing exclusively between compatible Humminbird Ethernet-capable marine electronics units. It is not intended for use with devices from other manufacturers.
Is the 30-foot length sufficient for all boat sizes?
While 30 feet offers considerable flexibility for many vessels, larger yachts or complex installations may require longer cable runs. It is advisable to measure your intended pathway to confirm adequate reach before purchase.
I'm concerned about the price compared to standard Ethernet cables.
The Humminbird AS EC 30E is a marine-grade cable engineered for the specific demands of saltwater and freshwater environments, ensuring superior signal integrity and durability over standard networking cables. Its specialized construction and guaranteed compatibility with Humminbird Ethernet systems justify the investment for reliable onboard data transfer.
Frequently Asked Questions
What is the Humminbird AS EC 30E Ethernet Cable used for?
This cable is used to connect two compatible Humminbird Ethernet-capable marine electronics units, such as fishfinders and chartplotters, allowing them to share data like waypoints, routes, and sonar information.
How long is the Humminbird AS EC 30E Ethernet Cable?
The Humminbird AS EC 30E Ethernet Cable is 30 feet in length.
Can I connect two Humminbird Ethernet-capable units with this cable?
Yes, the primary function of this cable is to directly connect two Humminbird Ethernet-capable units to enable data sharing between them.
Is this cable compatible with non-Humminbird devices?
No, this cable is specifically designed for use with Humminbird Ethernet-capable devices and is not compatible with units from other manufacturers.
What is the purpose of an Ethernet cable in a marine navigation system?
In a marine navigation system, an Ethernet cable facilitates high-speed data communication and sharing between networked electronic devices, allowing for integrated operation and access to shared information such as GPS data, sonar feeds, and user-generated waypoints and routes.
