Global Sources Consumer Electronics, DATE : du 11 au 14 avril 2025, N° de stand : 9H09
High-density PDUs play a vital role in ensuring efficient power distribution in IT environments. Selecting the right High Density PDU requires addressing several challenges. Safety features, such as overload protection, reduce risks in high-demand settings. Environmental monitoring, including temperature and humidity sensors, ensures optimal conditions for equipment. Compliance with industry certifications guarantees reliability and safety. These considerations are especially critical in a data center, where uninterrupted operations depend on precise power management. By evaluating these factors, businesses can choose a High Density PDU that meets their unique needs.
Basic PDUs serve as the foundation for power distribution in IT environments. These units provide a straightforward way to distribute electricity to multiple devices without additional monitoring or control features. Their simplicity makes them reliable and cost-effective for environments where advanced functionality is unnecessary.
Basic PDUs are commonly used in:
These PDUs are ideal for businesses seeking a dependable power distribution unit for standard applications.
Metered PDUs offer enhanced functionality by providing des données en temps réel sur la consommation d'énergie. They display key metrics such as voltage, current, active power, apparent power, energy consumption, and power factor. This information helps IT managers monitor and optimize energy usage effectively.
By using metered PDUs, businesses can identify inefficiencies, allocate resources better, and reduce energy costs. These units are particularly valuable in environments where precise power monitoring is essential for maintaining operational efficiency.
Switched PDUs combine power distribution with advanced des capacités de gestion à distance. They allow authorized personnel to control power at the outlet level, enabling them to turn devices on, off, or reboot them remotely. This feature reduces downtime and operational costs by eliminating the need for on-site intervention.
Switched PDUs also enhance power management by preventing accidental overloads and minimizing energy waste. Their ability to manage power usage remotely makes them indispensable in data centers and other high-demand environments. These units ensure efficiency, availability, and control, even in complex setups.
Intelligent rack PDUs offer advanced features that go beyond basic power distribution. These units provide precise monitoring, remote access, and environmental tracking, making them essential for modern IT environments. Their ability to measure, manage, and report energy usage in real-time allows businesses to optimize power consumption effectively. Data center managers can schedule power cycling for unused equipment, reducing energy waste and operational costs.
The adaptability of intelligent rack PDUs ensures they can accommodate evolving technologies without requiring significant system changes. Reliability remains a critical factor, as these units must maintain core functions while delivering advanced capabilities. Manufacturers that rigorously test their products ensure dependable performance in high-demand settings.
| Fonctionnalité | Description |
|---|---|
| IP Aggregation | Reduces deployment costs by allowing multiple PDUs to share a single IP address, with self-configuration capabilities. |
| Surveillance de l'environnement | Incorporates sensors to monitor conditions like heat and moisture, ensuring optimal operating conditions. |
| Connectivité à distance | Enables remote access to monitor power consumption and configure alerts to prevent downtime. |
| Out-of-Band Communication | Provides redundant communication options if the primary network fails, ensuring continuous access. |
| DCIM Access | Offers a single access point for real-time power and environmental data, improving efficiency and availability. |
These features make intelligent rack PDUs indispensable for advanced power control. They enable IT teams to monitor energy usage, track environmental conditions, and respond to issues proactively. By integrating these units, businesses can enhance efficiency and ensure uninterrupted operations.
NBYOSUN‘s High Power 63A PDU is designed to meet the needs of high-demand environments like data centers, server rooms, and mining farms. This unit supports three-phase power distribution and handles currents up to 63A, making it suitable for intensive applications. Its robust aluminum housing ensures durability, while multiple mounting options provide flexibility for various setups.
The PDU includes a built-in power switch and a 63A circuit breaker, offering overload and short-circuit protection. These safety features enhance reliability and reduce risks in critical environments. The unit’s compatibility with international plug types, including IEC C13 and C19, makes it versatile for global use.
| Spécifications | Detail |
|---|---|
| Size | 653.562.345mm |
| Sorties | 3 US 730 outlets |
| Matériau | Aluminum alloy housing with antiflaming PC module US outlets |
| Tension | 220V / 380V |
| Plug | 5P IEC60309 IP44 plug / US plugs / OEM |
NBYOSUN’s High Power 63A PDU stands out for its UL certification, ensuring compliance with safety standards. Its ability to support high currents and provide reliable power distribution makes it a cost-effective solution for businesses. This PDU exemplifies NBYOSUN’s commitment to delivering high-quality, intelligent rack PDUs for demanding applications.
Selecting a high-density PDU begins with evaluating its power capacity and load requirements. Businesses must ensure the PDU can handle the total power demand of connected devices without exceeding its limits. Features like locking outlets prevent accidental disconnections, which is critical in high-density environments. Built-in circuit breakers protect against electrical overloads, ensuring safe and reliable power distribution.
A high-density PDU with a high-temperature rating is essential for data center racks, where densely packed equipment generates significant heat. Integration with data center management systems (DCIM) allows centralized control, simplifying power monitoring and management. The table below highlights key factors to consider:
| Facteur | Description |
|---|---|
| Verrouillage des prises | Prevents accidental disconnections in high-density setups. |
| Field-Replaceable Controller | Ensures continuous operation and easy configuration transfer. |
| High Temperature Rating | Prevents overheating in densely packed environments. |
| Caractéristiques de sécurité | Circuit breakers protect against overloads. |
| Management with DCIM | Centralized control for efficient power management. |
| Surveillance de l'environnement | Sensors track temperature and humidity for optimal conditions. |
| Space Constraints | Compact designs fit within limited rack space. |
| Compliance and Certification | Meets industry standards for safety and reliability. |
Efficient use of space is vital in high-density power distribution. Rack PDUs must fit seamlessly into data center racks without obstructing airflow or access to equipment. Vertical mounting options maximize space utilization by aligning with the rack’s structure. Compact designs reduce clutter, improving thermal management and accessibility.
Smaller cables used with high-density PDUs minimize copper consumption, contributing to energy efficiency and resource conservation. Intelligent PDUs with modular designs offer flexibility, allowing businesses to adapt to changing requirements without replacing the entire unit. This adaptability ensures long-term value and operational efficiency.
Environmental factors play a crucial role in maintaining the performance and longevity of high-density PDUs. Intelligent PDUs equipped with temperature and humidity sensors help optimize thermal management. These sensors enable real-time monitoring, ensuring equipment operates within safe conditions.
High-density PDUs also contribute to energy efficiency by reducing energy costs by approximately 4-5%. They eliminate unnecessary voltage transformations, which reduces energy waste. Additionally, intelligent PDUs allow businesses to fine-tune cooling settings, further enhancing efficiency. By addressing these environmental considerations, businesses can achieve sustainable operations while maintaining reliable power distribution.
Scalability plays a critical role in ensuring that high-density PDUs meet the evolving demands of IT environments. Businesses must select PDUs that can adapt to future requirements without frequent replacements. This approach minimizes costs and ensures operational efficiency over time.
High-density PDUs with modular designs offer significant advantages. These units allow businesses to add or replace components as needed, ensuring compatibility with new technologies. For example, field-replaceable controller modules enable seamless upgrades and configuration transfers. This feature ensures uninterrupted operations, even during maintenance or system updates.
Future-proofing also involves selecting PDUs with advanced safety and monitoring features. Built-in circuit breakers protect against electrical overloads, reducing the risk of equipment damage. Environmental monitoring capabilities, such as temperature and humidity sensors, help maintain optimal conditions for high-density setups. These features ensure that PDUs remain reliable as data centers grow in size and complexity.
💡 Tip: Choosing PDUs with a high-temperature rating is essential for densely packed environments. This feature prevents overheating and ensures consistent performance.
Integration with data center infrastructure management (DCIM) systems enhances scalability. DCIM compatibility allows centralized control of power usage and environmental data. This integration simplifies management and supports the efficient operation of large-scale facilities. Additionally, locking outlets prevent accidental disconnections, which is crucial in high-density environments.
Physical design also impacts scalability. Compact PDUs with vertical mounting options optimize space utilization in racks. These designs reduce clutter and improve airflow, supporting the long-term efficiency of data centers. Compliance with industry certifications ensures that PDUs meet safety and reliability standards, making them a dependable choice for future needs.
By prioritizing scalability and future-proofing, businesses can invest in PDUs that adapt to technological advancements. This strategy supports sustainable growth and ensures reliable power distribution in high-demand environments.
The Eaton High Density Rack PDU offers a range of features tailored for efficient power distribution in IT environments. Its high outlet capacity supports configurations of up to 54 outlets, making it ideal for high-demand setups. Users can customize the PDU with a mix of IEC and NEMA outlets, creating unique configurations to suit specific needs. The color-coded chassis, available in 11 colors, simplifies power feed identification, while each outlet’s color corresponds to its circuit breaker for easier load balancing.
This PDU also provides precise metering at the outlet level, enabling detailed monitoring of power consumption. Its versatility makes it suitable for various applications, including data centers and server rooms. These features ensure that the Eaton High Density Rack PDU meets the demands of modern IT environments effectively.
The Raritan PX4 with HDOT technology improves power distribution efficiency by maximizing outlet density and flexibility. Its innovative design eliminates the molding around individual outlets, allowing more outlets to fit within the same space. A single pair of PX4 PDUs can accommodate dense configurations, reducing the need for multiple units.
The HDOT Cx outlets enhance adaptability by supporting various power cable types without requiring additional adapters. This flexibility simplifies equipment updates and minimizes costs. The PX4’s design ensures efficient power distribution while maintaining a compact footprint, making it an excellent choice for high-density environments like data centers.
The NBYOSUN High Power 63A PDU stands out for its robust design and high current capacity. It supports three-phase power distribution and handles up to 63A, making it suitable for demanding environments such as data centers and mining farms. Its aluminum housing ensures durability, while multiple mounting options provide flexibility for installation.
This PDU includes a built-in power switch and a 63A circuit breaker, offering overload and short-circuit protection. Its compatibility with international plug types, including IEC C13 and C19, enhances its versatility. The UL certification guarantees compliance with safety standards, making it a reliable choice for businesses requiring efficient rack PDUs.
💡 Note: Each of these high-density PDUs offers unique features tailored to specific needs. Businesses should evaluate their requirements to select the most suitable option for their environment.
The Server Technology HDOT Cx PDU stands out for its innovative hybrid outlet design. This feature accommodates both C14 and C20 plugs, offering unmatched flexibility compared to standard PDUs. Businesses can connect a mix of devices without needing additional adapters, simplifying power management in high-density environments. The hybrid outlets also reduce the need for new PDUs when equipment changes, making this unit a cost-efficient choice for evolving IT setups.
This PDU has received multiple awards for its innovative design, highlighting its industry recognition. Its ability to adapt to various plug types ensures compatibility with a wide range of devices, making it ideal for data centers and server rooms. The HDOT Cx PDU supports efficient power distribution while maintaining a compact footprint, which optimizes rack space and airflow.
| Fonctionnalité | HDOT Cx PDU | Other High-Density PDUs |
|---|---|---|
| Outlet Design | Hybrid C13/C19 outlet | Standard C13 or C19 outlets |
| Flexibilité | Accommodates both C14 and C20 plugs | Limited to specific plug types |
| Rapport coût-efficacité | Reduces need for new PDUs with changes | May require new PDUs with changes |
| Award Recognition | Multiple awards for innovation | Varies by manufacturer |
The HDOT Cx PDU also integrates advanced monitoring capabilities. It provides real-time data on power usage, enabling IT managers to optimize energy consumption. This feature ensures operational efficiency and reduces energy costs. Its modular design supports scalability, allowing businesses to adapt to future requirements without replacing the entire unit. These features make the Server Technology HDOT Cx PDU a reliable and forward-thinking solution for high-demand environments.
The APC NetShelter Rack PDU Advanced offers a robust solution for managing power distribution in IT environments. This unit features high outlet density, supporting configurations with up to 48 outlets. Its compact design ensures efficient use of rack space, making it suitable for high-density setups. The PDU includes color-coded outlets, simplifying load balancing and reducing the risk of errors during installation.
One of its standout features is its advanced metering capabilities. The PDU provides detailed insights into power usage at the outlet level, helping businesses monitor and optimize energy consumption. This level of precision supports better resource allocation and reduces operational costs. The unit also includes environmental monitoring sensors, which track temperature and humidity to ensure optimal conditions for equipment.
The APC NetShelter Rack PDU Advanced prioritizes safety and reliability. Built-in circuit breakers protect against overloads, while locking outlets prevent accidental disconnections. These features enhance the unit’s dependability in critical environments. Its compatibility with data center infrastructure management (DCIM) systems allows centralized control, simplifying power management across large facilities.
This PDU’s versatility extends to its mounting options. Vertical and horizontal configurations provide flexibility for various rack setups. Its compliance with industry certifications ensures it meets safety and performance standards. The APC NetShelter Rack PDU Advanced delivers a comprehensive solution for businesses seeking efficient and reliable power distribution in high-density environments.
Small businesses often prioritize affordability and simplicity when selecting rack PDUs. Basic rack PDUs provide a reliable solution for distributing power to essential IT infrastructure. These units are cost-effective and ideal for environments where advanced monitoring or control features are unnecessary. Metered PDUs, while slightly more expensive, offer real-time insights into power usage, helping businesses optimize energy consumption. For growing businesses, monitored PDUs provide advanced management capabilities, making them suitable for larger setups.
| Type de PDU | Description | Rapport coût-efficacité |
|---|---|---|
| Basic rack PDU | A reliable power strip that distributes power to critical IT infrastructure. | Cost-effective entry-level solution for small businesses. |
| PDU avec compteur | Provides insights into power usage and can be monitored remotely. | More expensive but offers additional management capabilities. |
| PDU surveillée | Offers advanced monitoring and management features for larger setups. | Higher cost, suitable for growing businesses. |
Small businesses can benefit from these options by selecting a PDU that aligns with their current needs while allowing room for future growth.
Large enterprises require high-capacity high-density PDUs to support their extensive IT infrastructure. These units must handle significant power loads while ensuring reliability and safety. Features like higher wattage per outlet and robust redundancy mechanisms reduce the risk of circuit overloads. Built-in safety mechanisms, such as circuit breakers, protect against electrical issues. Environmental monitoring capabilities, including temperature and humidity sensors, provide comprehensive oversight for maintaining optimal conditions.
| Fonctionnalité | Description |
|---|---|
| Higher wattage per outlet | Supports power-hungry devices without overloading the circuit. |
| Robust redundancy features | Includes high-capacity circuit breakers to reduce the risk of circuit overloads. |
| Safety mechanisms | Built-in circuit breakers protect against electrical overloads. |
| Surveillance de l'environnement | Offers capabilities like temperature and humidity sensors for comprehensive oversight. |
| Blocage des prises | Prevents inadvertent disconnections in high-density environments. |
| Field-replaceable controller | Ensures continuous operation if the unit’s intelligence is compromised. |
| High temperature rating | Withstands heat in densely packed data centers, preventing overheating. |
| Compliance and certification | Meets industry standards for safety, reliability, and environmental sustainability. |
These features make high-capacity PDUs indispensable for large enterprises, ensuring efficient power distribution and uninterrupted operations in high-demand environments.
High-performance computing environments demand intelligent PDUs to manage their complex power requirements. These units allow IT administrators to monitor power at the PDU level and receive alerts for potential issues. Remote rebooting capabilities enable quick responses to power-related problems, improving overall system uptime. Intelligent PDUs also provide remote network access to real-time critical infrastructure data, aiding in informed decision-making for maximum availability and efficiency.
These features make intelligent PDUs essential for specialized applications, ensuring reliable power distribution and operational efficiency in high-performance computing setups.
NBYOSUN provides tailored power distribution solutions for data centers and server rooms. These environments demand reliable and efficient power management to ensure uninterrupted operations. NBYOSUN addresses these needs with innovative products like the high power 63A PDU and Smart PDU solutions.
The high power 63A PDU is ideal for high-demand applications. It supports three-phase power distribution and handles currents up to 63A. This capability makes it suitable for data centers with intensive workloads. Its aluminum housing ensures durability, while multiple mounting options enhance flexibility. Safety features, including a built-in circuit breaker, protect against overloads and short circuits. The unit’s compatibility with international plug types, such as IEC C13 and C19, adds versatility for global use.
Smart PDUs from NBYOSUN offer advanced power management for modern data centers. These devices integrate real-time monitoring and remote control capabilities. Features like outlet-level monitoring and environmental sensors help optimize energy efficiency. Data center managers can track power usage, temperature, and humidity to maintain optimal conditions. The Smart PDUs also support high-density setups by providing precise power control, reducing energy waste, and improving operational efficiency.
NBYOSUN’s solutions align with the growing need for energy-efficient and scalable power distribution. Their products meet international safety standards, ensuring reliability in critical environments. By offering customizable options, NBYOSUN enables businesses to adapt their rack pdus to specific requirements. These solutions empower data centers and server rooms to achieve sustainable and efficient operations.
💡 Note: NBYOSUN’s commitment to quality and innovation makes their PDUs a dependable choice for IT environments.
High-density PDUs play a crucial role in modern IT environments by ensuring efficient power distribution. They deliver higher wattage per outlet, reduce the number of units required, and include safety features like circuit breakers and locking outlets. These capabilities make them indispensable for applications ranging from data centers to high-performance computing. Selecting the right PDU involves evaluating power capacity, environmental monitoring, and scalability.
NBYOSUN offers versatile solutions, such as the high power 63A PDU, designed for high-demand environments. Its robust design, international compatibility, and advanced safety features make it a reliable choice for businesses. By understanding the types and features of PDUs, organizations can optimize their power management and ensure uninterrupted operations.
💡 Note: High-density PDUs not only enhance energy efficiency but also support emerging technologies like AI and IoT, making them essential for future-ready IT infrastructures.
A high-density PDU distributes electrical power efficiently to multiple devices in IT environments. It ensures reliable power delivery, prevents overloads, and supports advanced features like monitoring and remote management. These units optimize energy usage and enhance operational efficiency in data centers and server rooms.
Intelligent PDUs offer caractéristiques avancées like real-time monitoring, remote access, and environmental tracking. Basic PDUs only distribute power without additional functionalities. Intelligent PDUs help businesses optimize energy consumption and improve system reliability, making them ideal for high-demand environments.
Scalability ensures that a PDU can adapt to future requirements without frequent replacements. Modular designs, field-replaceable controllers, and compatibility with new technologies allow businesses to expand their infrastructure while maintaining operational efficiency and reducing long-term costs.
A high-density PDU should have built-in circuit breakers for overload protection, locking outlets to prevent accidental disconnections, and high-temperature ratings to withstand heat in densely packed environments. These features ensure safe and reliable power distribution.
Yes, NBYOSUN PDUs support a wide variety of international plug types, including IEC C13 and C19, as well as plugs from regions like the US, UK, Europe, and Australia. This versatility makes them suitable for global applications.
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