AETEK H60: Managed PoE Switches for Harsh Environments

Aetek specializes in the development of highly reliable networking solutions for security systems and industrial automation. The company’s strong manufacturing capabilities enable the transformation of innovative engineering concepts into serial products with exceptional technical performance.

The professional managed PoE switch series H60 represents a line of enterprise-grade solutions specifically engineered for operation in extreme environments, where network infrastructure continuity is mission-critical.

Functional Applications and Protective Features

The H60 switch series represents a specialized network platform designed to ensure reliable data transmission in harsh industrial environments with stringent equipment protection requirements.

Key application scenarios include video surveillance systems with PTZ device integration that require higher power supply. The PoE++ port capacity enables power delivery to robotic IR-illuminated cameras without the need for additional power sources. These switches are also optimized for integrating high-performance Wi-Fi access points in industrial areas and outdoor locations.

Environmental protection is achieved through an aluminum housing rated IP67/IK10, combined with sealed cable glands and distribution couplings. The operating temperature range is from -40°C to +65°C, and surge protection is rated at 6 kV on Ethernet ports and 40 kV on the power input.

Cost Efficiency: Optimizing Investments

H60 switches offer significant optimization of capital and operational expenditures through an integrated technical solution with enhanced protection and management features.

IEEE 802.3bt technology with up to 90W over a single Ethernet cable reduces cabling and installation costs by 40–60% compared to traditional systems. The rugged enclosure eliminates the need for additional protective housing, while the modular architecture with SFP transceiver support ensures scalability and long-term investment protection.

The built-in Device Management System (DMS) with automatic ONVIF device detection reduces administrative operating costs by 30–45%, and Energy Efficient Ethernet (IEEE 802.3az) technology provides up to 35% energy savings during periods of low network activity.

Network Functionality: Technical Overview

H60 switches integrate an extended stack of L2+ and basic L3 network protocols, providing comprehensive management of industrial infrastructure in critical operating environments.

The implementation of high-power PoE (up to 90W) via a single Ethernet cable delivers significant savings on cabling and installation costs—ranging from 40–60% compared to standard solutions. The impact-resistant aluminum housing with IP67/IK10 protection eliminates the need for additional protective enclosures, while the modular architecture with integrated SFP slots ensures scalable flexibility and long-term investment protection.

The switching architecture supports high-speed Gigabit Ethernet ports (10/100/1000 Mbps) with modular SFP slots for MMF/SMF fiber connections up to 40 km. The switching fabric delivers 16–24 Gbps throughput with jumbo frame support up to 9216 bytes.

The software functionality includes QoS with IEEE 802.1p traffic classification, VLAN segmentation (up to 4096 IDs), port aggregation, Spanning Tree protocols, a comprehensive security system with MAC filtering, and IGMP Snooping for multicast optimization.

H60 Series Overview: Technical Configurations

The Aetek H60 series offers a comprehensive lineup of professional managed PoE switches designed to meet a wide range of industrial automation needs. The entire product line is structured into two main categories based on power supply type, ensuring optimal integration into various technical infrastructures.

Models powered by AC mains (100–240VAC):

Models powered by DC sources (12–56VDC):

Technical Efficiency in Industrial Applications

The comprehensive protection, monitoring, and diagnostics system implemented in H60 switches integrates advanced L2+/L3-level functionality into a single ruggedized design, providing a balanced combination of technical capability and operational cost efficiency. The unified hardware-software architecture minimizes operational expenses and simplifies integration into existing network infrastructures—an essential factor for industrial facilities where uninterrupted operation of network equipment directly impacts technological safety and production stability.