Solutions

Simultaneous presence of new and legacy devices or multi-vendor equipment requires different kinds of power supplies, resulting in crowded cabinets with tangled cables and inconsistent power layouts.

Unstable power supply and electrical disturbances can cause unexpected downtime, equipment resets, data loss, or degraded network performance. Inconsistent power quality increases the risk of service interruptions and hardware damage.

Antennas, radio units, security systems, cameras, and IoT devices are often deployed in remote or hard-to-reach locations. When failures or malfunctions occur, on-site interventions are costly, time-consuming, and operationally inefficient.

During grid outages or unstable power conditions, the absence of intelligent battery management can lead to uncontrolled battery discharge, reduced battery lifespan, and loss of service continuity in critical infrastructures.

MODULARITY: Thanks to multiple and modular voltage output options and flexible PoE pin-out via GigaKey, our systems can power virtually any device—PoE or DC, low or high power—from a single unit. This reduces the need for separate power supplies and keeps your cabinet clean and organized!

HIGH PROTECTION: All output ports feature GDT and TVS surge protection, overvoltage protection, and short circuit protection. PoE ports also have galvanic isolation for increasing electrical safety. Our systems support up to 720 W per output port and include intelligent power prioritization to ensure uninterrupted operation of critical network equipment.

REMOTE CONTROL: All our products are remotely accessible via a web interface and can be seamlessly integrated into existing management systems through SNMP. Operators can remotely power devices on or off, perform reboots, monitor real-time power consumption at the device level, carry out preventive maintenance, and configure automated responses to predefined conditions.

BATTERY BACKUP & MANAGEMENT: Our power systems feature intelligent LiFePO4 or lead-acid battery management with Low Voltage Disconnect (LVD) and proactive load shedding, protecting battery health while ensuring critical equipment remains powered for as long as possible.