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What are EziBlank Standard Blanking Panels?
Meet the EziBlank standard blanking panel, the fastest, tool-free, and easiest solution for your server rack. Designed for effortless installation, our blanking panels click securely into place. No tools required. Simply line up the panel and press to secure. It's...
What are EziBlank 1RU Brush Panels?
Introducing the EziBlank 1RU brush panel, designed for effortless retrofitting onto existing server racks. With its open-ended design, the EziBlank brush panel seamlessly integrates with existing cable entries. Installation is simple. Fix the rack studs and washes...
What is the EziBlank Universal Blanking Panel?
Introducing the new Universal Blanking Panel, designed for faster, easier installation and enhanced cost-effectiveness. These panels are compatible with all rack rail types, making them the perfect solution for your needs. Installation is simple. Slide the L-bracket...
What are EziBlank 21-inch 10SU Universal Blanking Panels?
Introducing the 21-inch 10SU Universal Blanking Panel, engineered for flexibility, ease of use, and seamless compatibility. Unlike traditional RU measurements, SU heights are different, and these panels are designed to fit perfectly onto any 21-inch SU ETSI server...
What is the EziBlank Modular Wall
Introducing the EziBlank modular wall, the innovative stackable air flow barrier designed for ultimate flexibility in your data center. Assemble in minutes. The EziBlank modular wall transforms from flat sheets into a robust rack-sized air containment solution. Its...
Colocation vs. Cloud Data Centers: Which One Is Right for Your Infrastructure?
Choosing between colocation and cloud data centers has become a defining decision in modern IT architecture. As enterprises face pressure to support artificial intelligence (AI), remote-first workforces, and latency-sensitive edge computing, infrastructure strategy...
Server Rack vs. Network Rack: What’s the Difference?
Choosing between a server rack and a network rack defines the performance, scalability, and safety of your IT infrastructure. These two rack types serve distinct roles inside data centers and server rooms, and understanding their technical differences helps align your...
How Do Data Centers Stay Cool Without Wasting Energy?
Data centers stay cool using a combination of airflow optimization, free cooling strategies, and advanced liquid cooling systems. These methods reduce power consumption, improve PUE (Power Usage Effectiveness), and support energy-efficient operations without depending...
Do Data Centers Emit Radiation? A Clear Answer for Concerned Communities
Data centers do emit electromagnetic radiation, but only in the form of low-level, non-ionizing electromagnetic fields (EMFs). This includes common types of emissions such as infrared heat, radiofrequency signals from certain wireless equipment, and visible light from...
How Blanking Panels Reduce PUE and Improve Data Centre Cooling Efficiency
Power Usage Effectiveness (PUE) is one of the most important metrics in data centre operations today. Defined as the ratio of total facility power to IT equipment power, a lower PUE indicates that your facility is using less...
How to Choose the Right Blanking Panels for Your Server Rack Configuration
Choosing the right blanking panels is one of the most cost-effective ways to improve airflow management and energy efficiency in your data centre. Yet, many operators overlook how much server rack configuration, mounting type, and material quality matter when...
How AI Is Transforming Australian Data Centre Cooling Strategies
As Australian data centres continue to expand in capacity, complexity, and thermal load, traditional data centre cooling systems no longer meet performance or efficiency demands. Artificial intelligence (AI) now plays a important role in reshaping data centre cooling...
Next-Gen Blanking Panels : Innovations in Design and Functionality
Next-gen blanking panels may not be the flashiest data center hardware, but they play a critical role in maintaining efficient airflow. Traditionally, these simple filler panels covered empty rack spaces to prevent hot air recirculation. Today, next-gen blanking...
Future of Data Center Cooling: Where Do Blanking Panels Fit in Tomorrow’s Tech?
The future of data center cooling technologies are evolving at a breakneck pace. From traditional raised-floor air conditioning to cutting-edge liquid cooling and even AI-optimized climate control, the landscape is changing rapidly. Yet amid all these innovations, one...
The Hidden Costs of Poor Airflow in Data Centers
Maintaining efficient cooling is a constant challenge for data center airflow management. While IT managers often focus on cooling equipment specifications, the data center airflow management within the facility can be an overlooked factor that dramatically affects...
The Importance of Blanking Panels in Data Centers: ASHRAE Best Practices
Maintaining proper cooling in a data center is both a science and an art. One often overlooked yet essential tool in this realm is the blanking panel. Blanking panels are flat filler plates (typically metal or plastic) used to cover empty rack units in server...
The True Cost of Poor Airflow Management in Data Centers
When it comes to data center efficiency, airflow management is often overlooked—until problems arise. Without proper airflow control, data centers experience inefficient cooling, increased wear on hardware, and unnecessary energy expenses. While these costs might not...
Do Blanking Panels Really Make a Difference
In the world of data centers, blanking panels are often an overlooked component of rack management. Some IT professionals question whether they are truly necessary, while others assume their impact is minimal. But the truth is, blanking panels play a critical role in...