The HR722P-8T2GS-A is a reliable and feature-rich industrial-grade managed PoE switch designed for demanding applications in harsh environments. With 81Gbps PoE ports, 21Gbps SFP ports, and 1*Console port, this switch provides a robust and scalable networking solution for industrial automation, surveillance, and communication systems.

Product Features:

8x 1Gbps PoE Ports: Deliver up to 30W of power per port, supporting IEEE802.3af (15.4W) and IEEE802.3at (30W) standards.

2x 1Gbps SFP Ports: Expand your network with fiber optic connectivity for long-distance transmissions.

Console Port: Convenient management access via a dedicated console port.

Advanced Networking Features: Support for IEEE802.3, IEEE802.3u, IEEE802.3x, IEEE802.3z/ab, IEEE802.1Q, IEEE802.1p, IEEE802.1d/w protocols.

HRUI Cloud Management: Centralized management and monitoring through the HRUI Cloud platform.

PoE Power Management: Dynamic power allocation based on data flow detection to ensure optimal power utilization.

PoE Watchdog: Automatic shutdown of non-responding devices to prevent power waste and ensure network stability.

SNMP v1/v2/v3: Simple Network Management Protocol for easy network monitoring and management.

IGMP Snooping, Static Multicast Filtering, and MLD Snooping Filtering: Advanced multicast management features for efficient network traffic control.

802.1x Port Authentication and AAA Authentication: Enhanced network security through user authentication and access control.

Web, Telnet, CLI, SSH Management: Multiple management interfaces for flexible network management.

Durability and Reliability

IP40 Protection Level: High-strength aluminum shell provides excellent protection against dust and water ingress.

DIN35 Rail Installation: Easy mounting on DIN rail for compact and space-saving installation.

Industrial Grade 4-Level Design:: Designed to operate in harsh environments with temperatures ranging from -40°C to 75°C.

Redundancy and Safety

Redundant Power Supply Connection: Ensure continuous operation in case of power supply failure.

Anti Reverse Connection: Prevent damage caused by incorrect power supply connections.

The HRUI Gigabit managed industrial PoE switches offer a range of port configurations to suit various application requirements. Certain models support the IEEE 802.3af/at/bt standards, with select ports providing up to 90W PoE power for powering high-demanding PD devices.

These products provide robust L2+ management capabilities for enhanced control and operational flexibility. Furthermore, it supports HRUI cloud management, enabling convenient remote 

monitoring and administration.

With the design of industrial-grade durability, these switches feature redundant power inputs for increased system reliability. The rugged IP40 aluminum alloy housing ensures efficient heat dissipation and the stable operation in a wide temperature range of -40°C to 75°C, which makes them suitable for extreme conditions.  These switches are ideal for applications such as industrial automation, intelligent transportation systems, and security monitoring.

IEEE 802.3af/at/bt PoE Standard

These products use advanced PoE++ (IEEE 802.3af/at/bt) with up to 90W per port, ideal for high-power devices like wireless APs and PTZ cameras. They offer smart power management, real-time monitoring, and energy savings.  Furthermore, they support SFP ports for fiber transmission up to 20km.

Integrated PoE Features for Managing PD

PoE Configuration

Provide configuration support for PoE settings, including parameters such as temperature, type, level, power, current, total PoE power budget management, PoE power control, port priority allocations, and individualized power limits for each PoE port. This thorough strategy will optimize PoE management, promote efficient resource utilization, and improve device reliability and performance.

PoE Schedule

Support for customizing the schedule to turn the PoE function on or off based on specific needs. This flexibility not only helps optimize energy consumption but also reduces operational costs, making it an efficient solution for energy management.

PoE Timer Management

Support rebooting the PoE function of port during a specified time.  This will help reduce device crashes caused by buffer overflow, ensuring more reliable and stable performance during designated time intervals.

Supports L2+ Network Management

This product offers a comprehensive suite of L2+ network management features, including support for VLAN, port mirroring, traffic control, LACP, QoS, and DHCP Snooping, among others. It is designed to meet a variety of complex network requirements, enhancing network security, reliability, and scalability.

Unified Management in the Cloud: Accessible, Scalable, and Efficient

Provide cloud-based management for remote equipment monitoring and control, simplifying detection, configuration, deployment, and maintenance to reduce costs and improve efficiency and reliability.

Secure Networking

The products feature advanced cybersecurity measures, including SSHv2 and SNMPv3 protocols, to protect against cyber threats. Its robust security capabilities enhance switch management while maintaining cost-effective deployment for critical network operations.

Enhanced Fiber Module DDM Capabilities

Support for Fiber Module DDM (Digital Diagnostic Monitoring) includes tracking key parameters such as transceiver supply voltage, temperature, transmitter bias current, transmitter output power, and received optical power. By analyzing these metrics, you can effectively diagnose issues that may be affecting the transceiver optics performance.

Industrial Design Enabling Durable Applications

The products feature aluminum alloy casings, offering exceptional heat dissipation and mechanical strength. They are capable of stable operation across a broad temperature range (-40°C to 75°C), making them particularly suitable for application scenarios such as industrial sites and outdoor base stations.

Triple Power Input Design

The device features triple power inputs, enabling you to deploy multiple power sources for enhanced reliability and redundancy. This design guarantees that your system stays operational during power failures or unexpected shutdowns.

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