The Allied Telesis IS230 Series industrial Layer 2 managed switches are built for enduring performance in harsh conditions, including outdoor IoT, transportation, and industrial environments. With a ruggedized design and fanless operation, these switches are ideal for mission-critical applications such as smart cities, traffic control, and manufacturing automation.
Features & Benefits
Reliable Industrial Performance
With a wide operating temperature range of -40°C to 75°C and no internal fans, the IS230 ensures long-term reliability in demanding settings like rail signaling and roadside enclosures.
PoE+ with Voltage Regulation
Each copper port supports IEEE 802.3at PoE+ up to 30W, with an integrated voltage regulator that maintains a steady power output—even under variable input conditions. This ensures consistent device operation in outdoor cabinets and remote locations.
Advanced Network Resiliency
The IS230 supports the X-Ring protocol, offering fast recovery within 20ms for robust uptime. It enables complex topologies such as dual-homing, dual-ring, and couple-ring, even interoperating with other protocols like STP and RSTP.
Edge Security
Comprehensive access control with IEEE 802.1X ensures only authorized users and devices can connect. Guest users can be safely segmented, protecting the integrity of internal network resources.
Quality of Service (QoS)
Wire-speed QoS includes port/tag-based and ToS-based prioritization, with bandwidth control for managing ingress/egress traffic and limiting broadcast or multicast storms.
Flexible Ethernet Support
Combo ports support both Fast Ethernet and Gigabit SFPs, allowing gradual network upgrades without replacing existing infrastructure—offering budget-conscious scalability.
Configurable PoE Power Budget
The total PoE budget and per-port limits are configurable, allowing precise alignment with the external power supply unit’s capacity for optimized energy efficiency.
Dual Redundant Power Inputs
Redundant power input design includes protection against reverse polarity and over-current—ensuring continuous operation even during power fluctuations.
