Author: netrack_admin

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Industrial Products

We are living in a global world where life is fast and the way is digital. Hence, data centers and IT infrastructure are important. Here, efficient cable management is more than a matter of aesthetics - it is a key element in system safety, performance, and long-term reliability. No matter the size of the data center or a network room - the way cables are organized can significantly impact both operational efficiency and safety. Hence, Netrack understands that a structured cable management solutions is not just a best practice rather it is a necessity. The nuances of poor cable management Before exploring the benefits, it's important to recognize the risks involved with poor cable management: Unorganized cables restrict airflow in server racks and enclosures which can cause equipment to overheat, increasing the risk of fire.Tangled cables sprawled across floors can lead to tripping hazards during equipment or performance maintenance.Closely packed power and data cables without proper

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Industrial Products

Building from scratch or upscaling an IT infrastructure is one of the most critical and often overwhelming tasks that modern businesses face. From selecting the right servers and networking equipment to ensuring efficient power backup and cybersecurity, every decision can have a lasting impact on a company's performance, scalability, and operational resilience. Among these decisions, one component is often underestimated - the network rack. At Netrack, we understand that while racks may appear to be just a structural framework, they are, in reality, the unsung heroes of your network hub room. A well-chosen rack is easy to maintain, offering enhanced security and room for future growth, while protecting your valuable equipment from physical and environmental stress. Understanding the basics - rack units, dimensions, and load capacity The first step in choosing a network rack is to decide on the required dimensions as per the available space. Network racks are measured in rack units (U), where each

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Industrial Products

An efficient, secure, and scalable power distribution unit is the soul of every successful digital operation or a robust IT environment. The PDUs create an ecosystem distributing electricity to servers, switches, and critical networking equipment. But choosing the right type of PDU is a strategic decision that influences everything from uptime to energy efficiency and cost savings. Why PDUs matter more than ever The objective is to enhance operational capabilities and gain a competitive edge as organizations move towards digital maturity. Here, a low-quality PDU can compromise business continuity and can lead to costly downtimes or hardware damage. Netrack recognizes the criticality of this component. Hence, the PDUs are professionally engineered, tested for reliability, and built with certified electrical parts. This can ensure that customers benefit from every product. Before choosing a PDU, it’s important to understand what makes a PDU effective. A reliable PDU: Distributes power evenly across connected IT equipmentIncludes built-in safeguards like circuit breakers

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Industrial Products

Data center ensures continuous flow and storage of information. Hence, any power surge or outage can become critical for the operation and result in equipment damage, data loss, or serious operational disruptions. To avoid such risks, modern data centers implement dual power sources where smooth switching between these sources can save such disaster. That’s where a Safe Transfer Switch (STS) steps in, offering seamless, reliable power transfer and ensuring business continuity at all times. Understanding the STS and how it works It is an electrical device designed to transfer a power load between two sources; most commonly between a primary supply and secondary source. This transfer can be triggered automatically or performed manually, depending on the setup. The STS constantly monitors both power sources hence, in the event of a power outage or any fluctuations, the STS senses the disruption and automatically switches to the secondary source without interrupting the power supply to the equipment.

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Industrial Products

The digital world we are living in runs smoothly due to data centers. These data centers empower innovation yet, they come with a persistent and annoying sound of humming, buzzing, and whirring of servers and IT equipment. Such noise can be overwhelming especially for someone exposed to it over long hours. Moreover, such high-decibel environments aren’t just irritating, it can genuinely affect anyone’s wellbeing, productivity, and even hearing. The impact of noise pollution in server rooms While the noise of high-density servers may seem like a minor inconvenience in the beginning, however its effects are far from concerning. Studies have shown that prolonged exposure to loud noise can lead to stress, fatigue, concentration issues, and in some cases, depression and hearing impairment. For employees who work in or near server rooms, this isn’t just an occupational hazard, rather it’s a serious issue that can disrupt the overall wellbeing of an individual. Hence, in mission

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Industrial Products

Rapid digitalization and the growing dependence on cloud-based services led to an increase in server installations. More servers - means a growing need to ensure proper cooling and ventilation in server rack cabinets to prevent overheating, enhance efficiency, and improve the lifespan of equipment. Why cooling and ventilation matters? Servers while operating generates a significant amount of heat. Now, due to growing demand, data centers and server rooms accommodate more devices which produces more heat. This often results in degradation in server performance or hardware damage. Without adequate cooling and airflow, it becomes difficult to manage such heat, and such overheating can result in fire outbreaks. In such scenarios, airflow optimization can ensure a smooth and consistent airflow within server cabinets which keeps the servers cool and maintain their performance. Effective cooling and ventilation solutions can significantly reduce the energy required for cooling systems, leading to cost savings for data center operations. Hence, cooling and ventilation

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Industrial Products

The digital world is expanding hence IT infrastructure cannot remain confined within climate-controlled indoor environments. More and more organizations are opting for outdoor installations for their IT equipment. This gives rise to the requirement to protect the equipment from harsh weather conditions. Netrack’s FMOD and WMOD Series Outdoor Cabinets offer an all-weather solution, designed specifically to protect sensitive electronics from harsh environmental conditions, ensuring uninterrupted performance even in outdoor settings. Designed for durability and protection As a veteran in the field of outdoor cabinets manufacturers, Netrack’s FMOD and WMOD series racks are engineered to meet IP56 and IP66 ingress protection standards, ensuring complete protection against dust, moisture, and other environmental hazards. Hence, these racks are suitable for a wide variety of outdoor applications. The cabinets are manufactured from high-quality galvanized steel sheets, which are punched, formed, and welded to create a robust structure. To withstand harsh weather conditions, the racks

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Industrial Products

Building or upscaling an IT infrastructure is a daunting task where each component must be carefully examined to ensure performance and sustainability. In this regard, the network or server rack is an important part that holds and organizes the equipment and servers in the data center and Hub room. It ensures proper airflow, easy maintenance, and sufficient space for scalability. Hence, choosing the right network or server rack is essential for any data center or Hub room. Understanding rack units, dimensions and weight capacity The first step in choosing a network or server racks is to decide on the required dimension. Server racks are measured in rack units (U), where each unit is 1.75 inches high or 44.45 mm. Standard sizes range from 24U to 48U or more. Depending upon the network equipment, servers, and future plans one should make a conscious decision. Here, one should also consider

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Uncategorized

Server rooms need continuous and uninterrupted power supply to run the operation smoothly. Hence, in the heart of such critical infrastructure lies the power distribution unit (PDU) because it is the PDU that ensures that servers, network equipment, and other essential hardware receives safe and uninterrupted power supply. Understanding the role of PDUs Netrack believes that server rooms are complex environments where power outage for even a brief period can lead to system failures, significant downtime, and data loss due to surge. This is where a PDU comes handy, protecting devices and equipment. It works as a centralized power hub, channeling electricity to servers, storage devices, routers, and other essential equipment. These PDUs ensure efficient power management in server rooms by maintaining a constant flow of electricity. One of the most critical tasks of a PDU is to distribute power evenly across all connected devices. If there is any uneven load distribution it may cause

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Industrial Products

Data is the most precious raw material for a business so is the data center. Hence managing the data center efficiently is the key to creating an optimized ecosystem of success and performance. Now, one of the most critical components of efficient data center management is the server rack. Server racks are more than just metal enclosures to house IT equipment; they are vital tools for optimizing performance, maximizing space, and improving the overall functionality of the data center. Optimize space utilization The primary reason why server racks gained popularity was its capability to maximize the space utilization. One of the pressing challenge in a growing data center environment is to effectively utilize the available space. In such scenario, server racks offer an excellent solution to arrange the equipment, servers, switches, and cables into organized enclosures. This enhances the possibility to support higher-density environments in a data center while making all the equipment and