Moxa ES-1026 High Performance Industrial Core Ethernet Switch

The Moxa ES-1026 is a high-performance industrial core Ethernet switch engineered for demanding network infrastructures. It boasts advanced features such as extensive management capabilities, robust security protocols, and a ruggedized design for extreme environments, making it a premier choice for critical automation and communication systems. Key technical parameters include its 24 10/100/1000Base-T ports, 2 Gigabit Ethernet combo ports (SFP/RJ45), and a high switching capacity of 56 Gbps. The ES-1026 also offers a throughput of 41.67 Mpps and supports a wide operating temperature range from -40 to 75°C. Its fanless design ensures reliability in dusty or vibration-prone settings.

Moxa ES-1026: Unpacking Core Features and Market Dominance

The Moxa ES-1026 distinguishes itself in the industrial networking landscape through its comprehensive feature set and unwavering reliability. Its true value lies in its ability to deliver robust, secure, and high-speed connectivity within challenging operational environments. The switch's advanced Quality of Service (QoS) capabilities ensure critical data packets receive priority, essential for real-time industrial applications like SCADA, process control, and video surveillance. Furthermore, its robust security features, including robust access control lists (ACLs) and IEEE 802.1X authentication, safeguard the network against unauthorized access and cyber threats, a growing concern in industrial settings. Market positioning often highlights its suitability as a core switch in medium to large-scale industrial networks where resilience and performance are paramount.

Product Specifications

| Feature                     | Specification                                     |

| :-------------------------- | :------------------------------------------------ |

| Ethernet Ports              | 24 x 10/100/1000Base-T, 2 x Gigabit Ethernet Combo (SFP/RJ45) |

| Switching Capacity          | 56 Gbps                                           |

| Throughput                  | 41.67 Mpps                                        |

| Packet Buffer Memory        | 12.5 Mbits                                        |

| MAC Table Size              | 8K entries                                        |

| Jumbo Frame Support         | 9.6 KB                                            |

| Protocol Support            | IEEE 802.3/3u/3x/3ab/3ad/3az, IEEE 802.1D/1p/1Q/1w/1s/1X/3v |

| Management                  | Web, Telnet, Console, SNMPv1/v2c/v3, LLDP       |

| Security                    | Port Security, ACLs, RADIUS, TACACS+, SSH, SSL, IEEE 802.1X |

| Redundancy                  | Turbo Ring, Turbo Chain, RSTP, MSTP, ITU-T G.8032 |

| Operating Temperature       | -40 to 75°C                                       |

| Power Input                 | Dual redundant 12/24/48 VDC (9.6 to 60 VDC)       |

| Dimensions                  | 445 x 44 x 293.7 mm (W x H x D)                   |

| Mounting                    | Rackmount (19-inch)                               |

| Ingress/Egress Rate Limiting | Yes                                               |

| IGMP Snooping               | Yes                                               |

Key Application Scenarios for the Moxa ES-1026

The Moxa ES-1026 finds its niche in applications demanding high bandwidth, low latency, and exceptional reliability. It is ideally suited for core network aggregation in manufacturing plants, connecting multiple cell controllers and supervisory systems. In the energy sector, it serves as a robust backbone for substations and renewable energy farms, ensuring uninterrupted data flow for grid management and monitoring. Transportation systems, including intelligent traffic management and railway control networks, benefit from its resilience and ability to handle large volumes of data from sensors and cameras. Furthermore, its suitability extends to critical infrastructure sectors like water treatment and oil and gas, where network uptime is non-negotiable.

Practical System Integration Guidance

Integrating the Moxa ES-1026 into an industrial network is streamlined by its comprehensive management interfaces and standard protocols. For initial setup, connecting to the console port with a serial cable and terminal emulation software (like PuTTY) allows for direct configuration. Network engineers can then leverage the web interface for intuitive management or use SNMP for centralized monitoring via a network management system. The dual-redundant power inputs simplify power provisioning and enhance system resilience, requiring connection to two separate DC power sources. Wiring of the SFP ports should utilize appropriate transceivers for the desired fiber optic standard (e.g., multimode or single-mode) and distance, ensuring compatibility with the network infrastructure.

Operation and Risk Mitigation for the ES-1026

Operating the Moxa ES-1026 involves understanding its advanced features to maximize performance and minimize risks. Regular firmware updates are crucial for patching security vulnerabilities and ensuring optimal operation. Monitoring the switch's health through its management interface, paying attention to port status, traffic utilization, and temperature alerts, is a proactive approach to risk mitigation. In the event of a fault, consult the device logs for detailed error messages. Common troubleshooting steps include verifying physical connections, checking power supply stability, and ensuring network configurations align with best practices. For instance, an unexpected link down could indicate a cabling issue, a faulty SFP module, or a misconfigured port on an adjacent device.

Scalability and Long-Term Value of the ES-1026

The Moxa ES-1026 is designed with scalability and long-term investment in mind. Its high port density and Gigabit speeds provide ample capacity for current network demands and future expansion. The support for various advanced protocols and its compatibility with existing industrial automation platforms ensure seamless integration into evolving systems. As industries embrace Industrial Internet of Things (IIoT) initiatives, the ES-1026's robust networking capabilities serve as a solid foundation for connecting an increasing number of sensors, devices, and data analytics platforms. Its enduring performance and Moxa's reputation for industrial-grade hardware contribute to a lower total cost of ownership over the lifecycle of the network infrastructure.

Frequently Asked Questions

What are the primary benefits of using the Moxa ES-1026 in an industrial setting?

The ES-1026 offers high-speed, reliable Ethernet connectivity. It excels in harsh environments with a wide operating temperature range. Its robust security features protect critical industrial networks from cyber threats.

This switch provides excellent network redundancy options for high availability. It supports advanced management features for efficient network control. Its rugged design ensures longevity and minimal downtime.

The device is designed for demanding applications requiring consistent performance. It integrates seamlessly into complex industrial automation systems. Its advanced QoS ensures priority for time-sensitive data.

How does the Moxa ES-1026 handle network redundancy and fault tolerance?

It supports multiple advanced redundancy protocols like Turbo Ring and Turbo Chain. These technologies ensure rapid network reconvergence in case of link failures. The switch also integrates standard protocols like RSTP and MSTP.

Dual redundant power inputs offer protection against single power supply failures. This ensures continuous operation even if one power source is compromised. It simplifies power system design for critical applications.

The combination of fast recovery times and redundant power makes the ES-1026 highly fault-tolerant. This is essential for maintaining uptime in industrial operations.

What are the typical network management capabilities of the Moxa ES-1026?

The ES-1026 supports a comprehensive suite of management tools. These include Web, Telnet, and Console interfaces for direct access. SNMPv1/v2c/v3 is available for centralized network monitoring.

It offers advanced features like LLDP for network topology discovery. Ingress/egress rate limiting and IGMP snooping are also supported. These allow for fine-grained traffic control and optimization.

Robust security management, including SSH and SSL, secures management access. ACLs and port security further enhance network control.

Can the Moxa ES-1026 be used as a core switch in large industrial networks?

Yes, the ES-1026 is specifically designed as an industrial core Ethernet switch. Its high port density and 56 Gbps switching capacity support large-scale network aggregation. It provides the necessary bandwidth and throughput for demanding core functions.

The robust feature set, including advanced redundancy and security, is crucial for core network reliability. It ensures stable connectivity for all connected edge devices and subsystems. Its performance meets the demands of complex industrial backbones.

Its scalability and ability to integrate with higher-level management systems make it ideal for core network roles. It forms a reliable foundation for industrial communication infrastructure.

What industrial environments is the Moxa ES-1026 best suited for?

The ES-1026 excels in harsh industrial environments with its wide operating temperature range. It is suitable for extreme cold and heat, from -40 to 75°C. Its fanless design enhances reliability in dusty or vibration-prone settings.

It is ideal for sectors like manufacturing, oil and gas, and utilities. These industries often experience challenging environmental conditions. The ruggedized construction ensures consistent operation.

The switch's resilience makes it a preferred choice for critical infrastructure and process automation. It can withstand the rigors of continuous industrial operation.

How does the Moxa ES-1026 ensure network security?

The ES-1026 employs multiple layers of security to protect industrial networks. It features robust access control lists (ACLs) to filter traffic based on defined rules. Port security restricts access to authorized MAC addresses.

It supports IEEE 802.1X authentication for device and user access control. RADIUS and TACACS+ integration allows for centralized authentication management. Secure management protocols like SSH and SSL encrypt data.

These security measures prevent unauthorized access and protect sensitive industrial data. They are critical for defending against cyber threats in connected environments.

What are the power requirements and options for the Moxa ES-1026?

The ES-1026 features dual redundant power inputs for enhanced reliability. It accepts a wide DC voltage range, typically from 12 to 60 VDC. This flexibility allows for easy integration with existing power systems.

Redundant power supplies ensure that the switch continues to operate if one power source fails. This is crucial for maintaining network uptime in critical industrial applications. It simplifies power cabling and reduces single points of failure.

The wide voltage input range accommodates various industrial power configurations. It can be powered from common industrial DC power sources.

What is the role of the Gigabit Ethernet combo ports on the ES-1026?

The Gigabit Ethernet combo ports offer flexible connectivity options. They can be used as either RJ45 copper ports or SFP fiber optic ports. This allows for adaptability to different network distances and media types.

These ports provide high-speed uplinks to core routers or other network devices. They are essential for high-bandwidth aggregation in industrial networks. Fiber optic connectivity offers immunity to electromagnetic interference.

The combination of copper and SFP options provides versatility for network design. It allows engineers to choose the most suitable connection for specific network segments.

How does the Moxa ES-1026 support Industrial Internet of Things (IIoT) integration?

The ES-1026's high-performance Ethernet capabilities are foundational for IIoT. It can reliably connect numerous sensors, actuators, and industrial devices. Its bandwidth supports the increased data flow from IIoT applications.

Advanced management and security features protect IIoT networks from vulnerabilities. This is crucial for ensuring the integrity and safety of connected industrial systems. It facilitates secure data transmission to cloud platforms.

The switch's scalability allows for the expansion of IIoT deployments over time. It integrates seamlessly with existing automation platforms and future IIoT solutions.

What troubleshooting steps can be taken for common issues with the Moxa ES-1026?

Verify physical connections and cable integrity first. Ensure that the power supply is stable and within the specified voltage range. Check the status LEDs on the switch and connected devices.

Access the switch's management interface (Web, Telnet, Console) to review logs for error messages. Check port configurations, including speed, duplex, and VLAN settings. Ensure IP addresses and subnet masks are correctly configured.

If network connectivity issues persist, try rebooting the switch and connected devices. Test with known good cables and network components. Consult the user manual or Moxa support for specific error codes.