Try our new curated archive search.

CyberPower Expands Rack Power Portfolio With PDU Models For Modern IT Infrastructure

Global power protection specialist CyberPower Systems has enhanced its Power Distribution Units (PDUs) range in Australia with new models designed to meet growing demand for reliable, high density rack power distribution in today’s data driven environments.

The new PDU41004, PDU41005, PDU44004 and PDU44005 models extend CyberPower’s rack power portfolio providing practical, scalable solutions for IT managers, systems integrators, managed service providers and data centre operators looking for dependable and cost‑effective rack power that integrates seamlessly alongside CyberPower UPS infrastructure.

CyberPower PDUs are designed for today’s high‑density, high‑demand environments. As server racks become more densely populated and edge computing deployments expand, modern IT environments need dependable, space‑efficient power delivery that minimises complexity. The new PDU models address this directly, offering reliable rack power for comms rooms, network cabinets and data‑centre racks.

The four new PDU models provide a trusted solution for growing equipment density, pairing compact design with single‑phase input support and durable metal construction.

For scalable operations, new 32‑amp variants offer higher load capacities across wider network deployments.

The PDU41004, PDU41005, PDU44004 and PDU44005 are suited for professional rack installations from SMB through to enterprise systems.

Customers across professional IT, MSP and enterprise environments are facing increasing rack equipment density and tighter turnaround expectations. These PDUs provide simple, dependable power distribution which is ideal when intelligent switching is unnecessary but quality and operational reliability are critical. Also, by aligning with CyberPower’s UPS range, the new models enable standardised, end‑to‑end rack power infrastructure, simplifying procurement and long‑term maintenance.

For systems integrators and resellers, the family also broadens the ability to offer complete rack power packages under a single, trusted brand, strengthening CyberPower’s position in the power ecosystem.

You might also like...

Broadcast Standards – The Science Of AI

Artificial Intelligence is already an integral part of our everyday lives and it is already making our lives more productive. But it is far from risk-free.

Standards: Audio - Standards For Audio Coding

Audio coding demands very different tools and workflows to video, but the same fundamental principles around quality apply to both. This guide surveys the standards, codecs and container formats you need to navigate modern audio workflows.

Broadcast Standards 2026 – Audio Coding

Audio is central to the whole broadcast experience. While video can show us what’s going on, it is audio that tells us how to feel about it. If only it wasn’t all so complicated.

Network Traffic Engineering: Why MPEG-TS Is Still The Standard

MPEG transport stream (MPEG TS) was designed in the 1990s to deliver continuous video and audio over unreliable, one-way networks, such as satellite, terrestrial RF, and cable, where packet loss and corruption are expected. But it is still prevalent in…

Standards: Video - High Efficiency Video Coding (HEVC)

Designed to halve the bitrate of AVC while supporting resolutions up to 16K, HEVC represents a significant leap in video coding efficiency. This guide explores its profiles, tiers and levels, and examines whether it can overcome the challenges of entrenched…

1 of 5. See more…