Moxa Industrial Catalog Library | Industrial Networking Guides

As AI rack densities reach 120 kW, hybrid liquid cooling becomes essential. Moxa provides the tools to build a high-precision sensing fabric to handle the intense 2-megawatt thermal loads.

In the facilities driving AI, power distribution cabinets (PDC) and static transfer switches (STS) are essential for last-mile power delivery.

Automated transfer switches (ATS) are critical for power continuity but often face protocol complexity and cybersecurity challenges.

n medium-voltage (MV) switchgear, network latency can cause catastrophic infrastructure failure. Moxa’s IEC 61850-3 certified switches provide ultra-fast-recovery redundancy for 24/7 power continuity.

In low-voltage (LV) switchgear environments, bridging the last mile between legacy serial power meters and Ethernet-based monitoring is vital for real-time power telemetry.

Modern AI clusters demand dynamic cooling. However, a protocol gap between legacy Modbus mechanical equipment and BACnet/IP management layers hampers efficiency.

Modern high-density data centers require a digital brain to orchestrate power and cooling across complex, multi-floor architectures.

For facility owners in energy-intensive industries, such as semiconductor fabs and data centers, maintaining uptime while managing rising energy costs is increasingly complex.

In the digital era of renewable energy, grid-critical assets like solar trackers have become primary targets for cyber threats.

Discover how Moxa's Remote I/O solutions convert raw field signals into actionable insights by downloading our extensive collection.

Industrial Wi-Fi provides the communication backbone while AI acts as the brains, enabling robotic dogs to perform tasks such as inspecting hazardous environments.

With the right solutions, you can easily build futureproof industrial networks for your applications.

From factory-automation to industrial and transportation applications as well as power and energy solutions, Moxa's x86 IPC lineup provides a proven foundation for fast and flexible system integration

Time-sensitive networking is a game changer for the automation industry, enabling digital transformation by forming the foundation of unified infrastructure.

With more power devices and systems now connected to networks, developing a reliable connection between your power devices and energy management systems is crucial.

Maintaining normal operations in remote distributed IIoT applications is a challenge

The increased adoption of Industry 4.0 is making manufacturing systems smarter than ever but also more complex.

With a holistic approach to industrial network security, Moxa has been helping its customers build secure networks by offering secure network infrastructure and industrial cybersecurity solutions to enhance industrial cybersecurity resilience.

Migrating from Ubuntu? Discover why Moxa Industrial Linux (MIL) offers 10 years of free support, robust cybersecurity, and a stable, cost-effective platform perfect for industrial applications.

A long-term strategy for industrial applications is a must. That's why Moxa Industrial Linux (MIL) offers a reliable and secure solution built on a stable Debian architecture.

In mission-critical industrial environments, can you afford unexpected system downtime? Long-Term Support (LTS) for software ensures your systems are stable, secure, and cost-effective for years to come.

Want to build a resilient OT network worthy of the connected world? This playbook will help you explore some helpful tips to navigate each key checkpoint to futureproof your OT network and take full advantage of IT/OT convergence.

This checklist helps you choose networking devices, establish layered security, and efficiently manage networks to build a secure industrial network for your OT systems.

Increasing cyberattacks and government regulations are compelling industrial operators to incorporate cybersecurity measures in their existing applications.

Dubbed the Industrial Internet of Things (IIoT) or Industry 4.0, the current trend towards further convergence between OT and IT networks keeps evolving and now features new forms of industrial connectivity and networking.

Digital transformation is a striving goal for any industry looking to achieve operational resilience.

Both new and retrofit substation projects require high-speed high-volume communication that can withstand high EMI/EMC interference.

The evolution of IIoT has redefined the cybersecurity landscape, presenting whole new challenges for industrial control system designers.

As the maritime industry embraces digitalization and faces rising cybersecurity demands, the IEC 61162 family of standards—especially IEC 61162-450 and -460—plays a vital role in enabling secure, standardized communication between onboard systems.

In the era of digital transformation, industrial communication networks need to be more reliable and secure than ever.

In the era of digital transformation, industrial communication networks need to be more reliable and secure than ever.

In the era of digital transformation, industrial communication networks need to be more reliable and secure than ever.

The convergence of IT and OT systems has fundamentally reshaped the cybersecurity landscape. Building secure industrial networks is longer optional.

This whitepaper delves into digitalization and cybersecurity challenges in the maritime industry, emphasizing UR E26/E27 regulatory compliance.

To build truly automated, intelligent, and robust industrial applications, communication capabilities must meet a set of stringent requirements.

For industries to achieve digitalization and drive intelligence in the era of Industry 4.0, it is essential to embrace standard Ethernet technologies for a unified network.