SKU: 7040847714

Supermicro 2000W Redundant Platinum Power Supply

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Description

Supermicro 2000W Redundant Platinum Power SupplyDesigned for enterprise servers and data centers, the Supermicro 2000W Redundant Platinum Power Supply delivers exceptional reliability, efficiency, and scalability. This hot swappable, dualmodule power solution is built to keep critical systems online with minimal downtime, while Platinum level efficiency reduces energy waste and cooling needs. Ideal for dense configurations and missioncritical workloads, it pairs seamlessly with Supermicro server

Designed for enterprise servers and data centers, the Supermicro 2000W Redundant Platinum Power Supply delivers exceptional reliability, efficiency, and scalability. This hot-swappable, dual‑module power solution is built to keep critical systems online with minimal downtime, while Platinum-level efficiency reduces energy waste and cooling needs. Ideal for dense configurations and mission‑critical workloads, it pairs seamlessly with Supermicro server platforms to form a robust backbone for modern data center infrastructure.

  • Redundant hot-swappable design: The dual-module architecture means you get continuous power availability even while performing maintenance or replacing a failed unit. If one power module requires service, the other module maintains full power delivery, keeping servers online, reducing maintenance windows, and preserving business continuity. This is the essence of high availability for mission-critical applications, database workloads, virtualization environments, and large-scale deployments where uptime matters most. The design minimizes planned and unplanned downtime, letting IT teams meet stringent service level agreements with confidence.
  • 2000W continuous power with 80 PLUS Platinum efficiency: This high-capacity PSU is engineered to deliver stable, clean power to demanding servers and storage arrays. The Platinum efficiency rating means less energy wasted as heat and lower operating costs over the life of the equipment. In practice, you’ll see cooler server environments, improved thermal headroom for demanding workloads, and a reduced burden on cooling infrastructure in data centers. Its efficiency translates into tangible savings on electricity, especially in round-the-clock data center operations and high-load scenarios such as virtualization, AI workloads, and large databases.
  • Modular, cable-managed design for clean deployments: The power supply is built with modular cabling to simplify installation within tight chassis and dense rack environments. By keeping cables organized and airflow unobstructed, you maximize cooling performance and minimize cable misrouting risks. This modularity also makes future upgrades easier, enabling IT teams to swap or upgrade connectors and cables without reworking the entire power infrastructure. In practice, you’ll experience faster deployment, simplified maintenance, and improved rack efficiency as you scale your infrastructure.
  • Wide input range and robust server compatibility: Supporting 100–240V AC at 50–60Hz, this power supply is designed to operate across diverse data center electrical systems without requiring a voltage regulator or transformer. The broad input range ensures reliable operation in global deployments and varying power environments. The PSU is engineered to integrate with Supermicro server platforms and chassis, providing a harmonious fit with existing management and monitoring tools. Its design emphasizes reliability, predictable performance, and easy integration into existing data center ecosystems.
  • Advanced protection and health monitoring: Built-in protections—such as over-voltage, over-current, short-circuit protection, and thermal monitoring—guard both the PSU and connected servers from electrical faults. The system supports proactive health status reporting so administrators can detect anomalies before they impact operations. This protection layer is essential for environments with fluctuating power quality, high-density racks, and mission-critical workloads where uptime and data integrity are paramount.

Technical Details of Supermicro 2000W Redundant Platinum Power Supply

  • Max Output Power: 2000W. The power supply is designed to sustain high-power demands typical of modern servers, storage arrays, and virtualization hosts, enabling robust performance even under peak workloads.
  • Efficiency Certification: 80 PLUS Platinum certified. This reflects superior energy efficiency across a wide load range, contributing to cooler operation, lower energy costs, and reduced heat emissions within the data center environment.
  • Input Voltage and Frequency: 100–240V AC, 50–60Hz. A universal input range supports global deployments without the need for multiple variants, simplifying procurement and reducing power management complexity.
  • Redundancy Architecture: Hot-swappable redundant modules. This design ensures continuous availability by allowing one module to be serviced or replaced without powering down the entire system, a critical capability for uptime-centric data centers and enterprise workloads.
  • Protection Mechanisms: OVP (over-voltage protection), OPP (over-current protection), SCP (short-circuit protection), and OTP (over-temperature protection). These safeguards help prevent damage to the PSU and connected equipment in abnormal conditions and support safer long-term operation.
  • Form Factor and Compatibility: Server-grade, hot-swap compatible power supply intended for use with Supermicro chassis and many enterprise servers. While designed for compatibility, always verify chassis fitment, connector type, and mounting provisions for your specific platform to ensure optimal integration.
  • Monitoring and Management: Built-in health monitoring capabilities align with standard data center management practices, enabling status reporting through compatible management interfaces. This facilitates proactive maintenance, inventory control, and alert-driven operations for large-scale deployments.

How to Install Supermicro 2000W Redundant Platinum Power Supply

Installing the 2000W redundant Platinum power supply is a straightforward process in compatible Supermicro server chassis. Start with proper safety precautions and a powered-down system. Remove any side panels to access the power supply bays. Align the redundant power modules with the chassis bay guides and slide each module firmly into place until it seats. Attach the power cables to the PSU connectors and route cables to maintain clean airflow paths and avoid obstructing fans or vents. For redundancy, install the second PSU module in the adjacent bay so both modules are active in the system. Once seated, reconnect the server and power it on. Use the server management interface to verify that both power modules are recognized, healthy, and reporting normal operating conditions. Finally, document the installation and set up any required alerts in your data center monitoring tools to maintain ongoing visibility into PSU health and performance.

Frequently Asked Questions

  • Q: What does redundant mean for this power supply?
    A: Redundant means two power modules operate together to provide continuous power. If one module fails or needs maintenance, the other continues to power the server, ensuring uptime and minimizing disruption.
  • Q: Is the 2000W Platinum power supply compatible with all Supermicro servers?
    A: It is designed for Supermicro server platforms and chassis that support hot-swappable redundant PSUs. Always check your chassis form factor, connector compatibility, and mounting provisions to ensure a proper fit.
  • Q: What is Platinum efficiency, and why does it matter?
    A: Platinum efficiency indicates high energy efficiency across a broad load spectrum, which reduces wasted energy as heat and lowers operating costs. In data centers, this translates to cooler servers, less cooling required, and improved overall energy management.
  • Q: Can I monitor PSU health remotely?
    A: Many Supermicro power supplies support health monitoring through compatible management interfaces. This allows administrators to track voltage, temperature, and fault conditions and receive alerts when thresholds are approached.
  • Q: How do I ensure reliability and long life?
    A: Use the redundant architecture as intended, keep within specified environmental conditions (temperature and humidity ranges), maintain clean airflow in the chassis, perform regular fault, error, and event monitoring, and replace any failed module promptly to preserve uptime.
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SKU: 7040847714

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Sarah Sofía Ortiz Campos
New York, US
★★★★★ 1
No recomiendo
Format: Paperback
Muy malo, no vine completo, además se demoró mucho más de lo que decía al momento de comprarlo. Solo aplazaban la fecha de entrega sin consultar cómo afectaba al cliente. Yo tuve que presentar el examen sin el libro, porque no llegó en la fecha que decía al comprarlo y después se cambió 3 veces la fecha, casi cumpliendo el mes.
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Reviewed in the United States on December 30, 2025
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NS
Draper, US
★★★★★ 1
price
Format: Paperback
Price is high
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Reviewed in the United States on April 15, 2026
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Tinkerer
Massapequa, US
★★★★★ 5
There's nothing else out there that's this comprehensive
Format: Hardcover
Unlike my last review, this one I'm happy to write. I'm a game engine programmer, but I don't have a long history with games, and how their engines are typically structured. Every in-house AAA engine will be different of course, and obviously you won't find books (or typically any docs at all really) on the structure of these behemoths, so the best you can hope for is something that tries to give you the high level overview of what to look for - how a tools pipeline is setup, what subsystems to expect, how they interact, etc. This book provides all of that, and so, so much more. I really can't believe how much is packed in this thing. A really nice section on OS fundamentals, extensive coverage of concurrent programming, tools, audio, physics, it's all there (in one way or another). Like most of these kinds of books, you probably don't want to try and read it front to back (although that would be awesome, who has the time for that?) Instead, I've been going to sections on an as-needed basis and picking up just the stuff I need most at that time, and it's been great. I'm at the point in my career where I'm just not buying as many books as I used to, either because they don't deliver on their promises, they only cover the basics, or they just rehash things that have already been covered extensively in other books. This book's definitely got me excited, because it provides a ton of real-world info that's hard to get anywhere else. 100% recommend to anyone new to game engine software development. UPDATE: 6 months later, and this book continues to amaze. After studying every line of code in the section on memory allocators, I've added this feature to my engine and it works great. Same with quaternions. I just keep finding myself reaching for this book! What a great resource, rock solid.
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Reviewed in the United States on August 18, 2019
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robert thompson
San Leandro, US
★★★★★ 5
Don't peek at the next page.
Format: Hardcover
Basically, best practices in game engine architecture, citing a wide array of game engines used by a wide array of top game makers. Out of a ~1150 page book: The longest chapter is ~150 pages, on Parallelism and Concurrent Programming. Rendering Engine is ~100 pages Collision and Rigid Body Dynamics is ~100 pages 3D Math for Games is ~50 pages I had hoped for treatments on quaternion camera and for entity component system, but alas, no. What I did get was still crucial. The most illuminating guidance was in Engine Support Systems (~50 pages) which talked about best Memory Management, and in Game Loop and Real-Time Simulation which talks about ideal orders of operations in a highly efficient game loop. The first 400 pages of this book are not exclusive to games. A new programmer that wants to do high performance programming can gain a lot from this before it gets into 'primarily' game topics. My strategy for getting through this whale was to never peek at the next page. I did not read (Character) Animation Systems (~100 pages) or Audio (~100 pages), as I do not need them at this time. You can certainly damage the book if you don't keep in mind its weight, or if you do that maneuver where you forcibly open it against its spine. I did that and the binding popped off the backing. It's all in one piece, and it's easier to read. It's a big tome.
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Reviewed in the United States on February 6, 2022
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Vincent Marias
Grantham, US
★★★★★ 5
The Bible, if it was good
Format: Hardcover
I’m not kidding when I say the first 350 pages of this book are quite literally an entire computer science degree. In fact, many CS majors would learn more about some of these subjects here than in their classes. I’m incredibly impressed with the thoroughness and depth of this absolute tome, and I’ll be far more impressed if the binding is able to hold on to all 1200 pages for the whole time it takes me to read it.
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Reviewed in the United States on October 29, 2024

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