Advanced Energy Industries Inc. is targeting the escalating power requirements of artificial intelligence and data center infrastructure by expanding its M-CRPS power supply portfolio. At the 2026 Open Compute Project (OCP) Global Summit, the Denver-based company introduced three new units capable of delivering up to 3600 W. These OCP-compliant products aim to address the intense density demands of modern AI, networking, and telecom workloads through high-efficiency architectures.
New M-CRPS Units for AI and Data Centers
The company is introducing three specific models to support diverse power architectures. The CSU3600AT-9-3M0 is designed for high-power 54 V architectures, while the CSU3200AT-3-6M0 supports 12 V output architectures specifically for AI and data center applications. For telecom and OCP +48 V busbar infrastructure, the CSU3200ADC-3-3M0 provides 3200 W at a 12 V output via DC-input. These units achieve power densities of over 100 W/in3, with one configuration reaching up to 112 W/in3. By maintaining a compact 185 mm form factor, Advanced Energy is offering system architects a scalable upgrade path that utilizes existing chassis and mechanical designs across different power levels.
Efficiency and Security in High-Density Architectures
To meet the rigorous demands of CPU and GPU workloads, Advanced Energy is positioning these power supplies with ultra-fast transient response times and enhanced thermal performance. The AC-input units carry 80 Plus Titanium certification, while the DC-input model is rated for a peak efficiency of 94%. Beyond raw power delivery, the company has integrated advanced cybersecurity and firmware security features into the hardware. This approach suggests a focus on mitigating integration risks and strengthening supply continuity for enterprise compute and storage customers. The company claims these features, combined with its global manufacturing footprint, are intended to help customers accelerate time-to-market for next-generation platforms.
Key Takeaways
- Advanced Energy launched three new M-CRPS power supplies capable of delivering up to 3600 W.
- The new units achieve power densities exceeding 100 W/in3, with a maximum of 112 W/in3 for 12 V and 54 V architectures.
- The CSU3200ADC-3-3M0 DC-input model delivers a peak efficiency of 94%.
EnergyInsyte's Take
In our view, Advanced Energy is directly addressing the "power density wall" currently facing AI data center operators. By offering high-wattage output within a standardized 185 mm form factor, the company is enabling operators to scale compute capacity without requiring massive physical footprint expansions. The inclusion of cybersecurity features at the PSU level is a strategic move, acknowledging that as power infrastructure becomes more software-defined, it also becomes a potential vector for enterprise risk. This signals a shift toward viewing power delivery as a critical security component.
Questions & Answers
How do these new power supplies support AI workload scaling?
The units provide high power density (up to 112 W/in3) and ultra-fast transient response times, which are designed to handle the rapid, fluctuating power demands of modern AI, CPU, and GPU workloads.
What architectural differences exist between the new M-CRPS models?
The portfolio covers three distinct architectures: 54 V for high-power needs (CSU3600AT-9-3M0), 12 V for AI and data centers (CSU3200AT-3-6M0), and DC-input for telecom and OCP +48 V busbar infrastructure (CSU3200ADC-3-3M0).
What efficiency standards do these products meet?
The AC-input power supply units are certified to 80 Plus Titanium standards, while the DC-input model is rated to deliver a peak efficiency of 94%.
How does this launch impact existing hardware infrastructure?
The company is positioning these products to allow system architects a scalable upgrade path, as the new units are designed to work with the same chassis and mechanical designs used across multiple power levels.
Source: Advanced Energy
