Hardware Products

Industrial-grade power protection and distribution modules.

Eonix Core

The central brain of the power ecosystem. Eonix Core handles source arbitration, global protection, and telemetry distribution for the entire machine. It turns raw power into intelligent infrastructure.

Centralized Backbone

Multi-rail distribution from a single protected input. Pass-through high current, programmable regulation, and logic rails all in one hub.

Hardware Protection

Input reverse polarity down to –35V, system-level UVLO/OVLO, and hardware-latching OCP. Safety is physical, not just code.

Full-System Telemetry

Real-time voltage, current, and power monitoring on all rails. Instant fault alerts via hardware pins and digital interrupts.

System Architecture

Eonix Core sits at the center of the power chain.

AC Input (Arc) → Battery (Cell) → Eonix Flow (Arbitration) → Eonix Core

It manages all downstream rails, ensuring faults are isolated and never propagate back to the source.

Protection Architecture

Layer 1: Input

  • Reverse Polarity (–35V)
  • UVLO (10V) / OVLO (26V)
  • Abs Max Input: 35V

Layer 2: Rail-Level

  • Adjustable Current Limits
  • Latching OCP Shutdown
  • Short-Circuit Detection

Layer 3: Isolation

  • Channel Fault Isolation
  • Zero Cross-Rail Noise
  • Hardware Alert Signaling

Programmable CC/CV Rail

Designed for subsystems requiring controlled power, such as sensitive sensors or battery charging.

  • Modes: Constant Voltage (CV) or Constant Current (CC)
  • Range: 0.8V to (Vin – 1V)
  • Current: Up to 15A Continuous
  • Safety: Programmable Cutoff & Hardware SCP

Mechanical & Thermal

  • Cooling: Active (Integrated Mini Fan)
  • Size: 60mm x 50mm x 12mm
  • Mounting: M3 Standoffs (30.5mm Pattern)
  • Interface: JST-GH Locking Connectors

Input

10V – 26V

Power

750W Max

Current

30A Continuous

Protection

–35V Reverse

Telemetry

INA226 (I²C)

Eonix ARC

The high-efficiency AC-to-DC power stage. Eonix ARC steps down mains voltage (90V–265V) to a stable, regulated DC output (5V–24V), delivering clean energy to the entire ecosystem.

Wide Input Range

Universal AC input (90V–265V) compatible with global standards. Seamlessly converts to a regulated breakdown of 5V to 24V DC.

Smart Integration

Connects directly to Eonix Core (Smart PDS) via a dedicated cable interface. Enables unified telemetry, alerts, and system-level control.

Industrial Safety

Built-in surge protection, inrush current limiting, and galvanic isolation ensure mains noise never reaches your sensitive electronics.

Seamless Communication

Eonix ARC isn't just a power supply; it's a smart node.

Through its Digital Link Cable, it communicates output status, temperature, and load metrics directly to the Eonix Core.

This allows the main PDS to monitor AC health and gracefully handle power transitions.

Protection & Telemetry

Input Protection

  • Surge suppression (MOV)
  • Controlled inrush limiting
  • Input fuse protection
  • Integrated EMI filtering
  • Reinforced galvanic isolation

Output Stability

  • Regulated 5V–24V DC
  • Low Ripple (<50mV)< /li>
  • Short-circuit protected

Smart Telemetry

  • Real-time Efficiency Monitoring
  • Thermal Shutdown Alerts
  • AC Mains Status Flag

AC Input

90V – 265V

DC Output

5V – 24V

Power

500W Max

Efficiency

> 92%

Interface

Unified Link

Eonix Flow

Eonix Flow is the intelligent power path controller of the Eonix ecosystem. It actively manages multiple power sources using ideal diode OR-ing, ensuring seamless transitions, reverse-current protection, and uninterrupted system operation.

Architecture

Topology: Active ideal diode OR-ing

Redundancy: N+1 source redundancy

Switching: Seamless, zero-interruption transfer

Performance

Efficiency: >99% power path efficiency

Voltage Drop: <20 mV @ 20 A

Thermal: Low-loss, passive operation

Intelligent Control

Features: Automatic source prioritization, Reverse current blocking, and Health-aware power arbitration.

Why Active OR-ing?

Traditional passive diodes waste power as heat due to forward voltage drop. Eonix Flow replaces these with active MOSFET-based ideal diode controllers, reducing losses to near zero and enabling high-current redundancy without thermal penalties.

• Reverse Current Blocking: Prevents battery backfeeding into weak sources.

• Source Prioritization: Intelligently drain auxiliary batteries before main packs.

• Stable Switching: Built-in hysteresis prevents oscillation between similar sources.

• Smart Protection: Integrated Reverse Polarity and Load Dump protection for rugged environments.

Input Sources

Dual DC Inputs

Voltage Range

10V – 30V

Current Rating

30A per path

Efficiency

> 99%

Control Link

Unified Digital Link

Eonix Cell

Eonix Cell is the intelligent battery management module of the Eonix ecosystem. It monitors, protects, and controls connected battery packs, enabling safe charging, controlled discharging, and real-time visibility into state-of-charge, health, and system status.

Battery Management

Features: Multi-cell battery monitoring, Controlled charge/discharge paths, and Active Cell Balancing for extended pack life.

Real-Time Insights

Telemetry: State-of-charge (SoC) estimation, State-of-health (SoH) tracking, plus Voltage, Current, and Temperature monitoring.

Smart Power Control

Control: On-demand charge or discharge control, Automatic source/load coordination, and Fault detection with isolation.

Intelligent Battery Integration

Eonix Cell transforms battery packs into active, intelligent power nodes. Instead of acting as passive energy storage, the module continuously monitors cell conditions, calculates state-of-charge, and coordinates power flow based on system demands.

• Active Protection: Hardware-enforced over-current, over-voltage, and under-voltage safeguards.

• Accurate SoC Tracking: Real-time charge estimation based on current integration and voltage models.

• Health Monitoring: Tracks temperature, cycle behavior, and battery condition over time.

• Smart Safety: Integrated Thermal Management and Deep Discharge Prevention.

Battery Type

Li-ion / LiFePO₄

Configuration

3S – 8S

Current Rating

30A Continuous

Telemetry

SoC, SoH, V, I, T

Interface

Unified Digital Link