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The world we live in is witnessing rapid digitalization, and to support that, data centers and server rooms have become focal points. To meet the increasing digital demands, organizations are focussing on upscaling and optimizing their server rooms. Now, over the years, one thing has become evident: the upgradation of the server room is not limited to accommodating more powerful hardware. Instead, the emphasis is on enhancing the efficiency, reliability, and overall performance of the equipment and servers. Choose a rack with a plinth for stability and cooling Server Racks or cabinets are the base of a server room that hosts the network equipment. Hence, it is essential to make this base solid and durable. A plinth is a base or platform that provides additional stability to the rack structure. So, organizations investing in racks with plinths ensure a robust structure, especially to house modern servers and networking

The data center market is experiencing consistent and extraordinary growth in the past few years. Such growing importance is due to the increasing reliance of organizations on cloud infrastructure and captive data centers. In this evolving technology landscape, it soon became obvious that the demand for efficient and future-ready data center racks will also increase. Netrack, a leading player in rack enclosure manufacturing, has emerged as a pioneer by delivering innovative solutions like the iRack and iRack Block. Understanding the growth of data center market Now, the question is whether the sudden growth of this data center market was predicted and bound to happen with the boom of technology and digitalization. As cloud computing and data-intensive applications became common, the data center market started expanding rapidly. This is because, the organizations dependent upon data for their daily operation started to leverage either cloud services or investing in captive data centers to meet their growing storage

Part 2 In continuation to the first blog, let's look at the other factors that will enhance the efficiency with which one can choose a server rack for either a hub room or data center. Ensuring efficient airflow management with essential accessories Accessories are important in a data center environment in optimizing the functionality of server or network racks in data centers by improving the airflow management. Efficient airflow management is critical for a data center as it ensures consistent temperature and pressure, mitigating the risk of equipment damage resulting from thermal fluctuations. Netrack, a leading advocate in this field, emphasizes the significance of cold and hot air containment strategies to proficiently manage both cable and airflow dynamics. Netrack designed intelligent rack solutions that work like magic, boasting an array of features such as an air seal kit, blanking panels, and brush modules. These components are strategically placed at the top, lower part, and side

Part 1 The significance of server racks is continuously increasing with the mounting reliance on IT infrastructure. Considering the critical role these racks play in maintaining data center efficiency, organizations are emphasizing the importance of choosing the right type of rack along with its components and parts. The reason behind this strategic shift is simple yet profound—a well-organized and appropriately equipped server rack not only facilitates seamless operations but also optimizes the performance of equipment and servers. Moreover, it offers invaluable support during the process of upscaling and expansion. Server racks and why are they important? Now, before going deep into the details of how to choose a server rack and what are the non-negotiables, it is important to understand what a server rack is. An equipment or network rack, commonly referred to as a server rack or server cabinet, is highly esteemed in the contemporary digital landscape. These specialized enclosures

The increasing dependence of the world on IT has led to the growing importance of server racks. Slowly, organizations have started to emphasize the effectiveness of these racks by making the right choice in terms of the type of rack, its components, and parts. This is because a well-organized and appropriately equipped data center rack not only ensures smooth operations but also optimizes the performance of equipment and servers. Additionally, it helps during upscaling. Role of efficient airflow and cable management Now, to optimize server cabinets the primary focus should be on the airflow management and to do that the accessories play an essential role. The airflow management ensures that the data center maintains uniformity in temperature and pressure to prevent equipment damage due to thermal fluctuations. Hence, Netrack recommends Cold and Hot air containment to manage both cable and airflow efficiently. Here, Netrack’s intelligent rack comes in handy, equipped with an air seal

In networking and server setup, the right rack can make all the difference because it houses the networking equipment, servers, switches, and panels. These racks come in various shapes and sizes, each tailored to specific needs and environments. Among these, the wall mount racks, also known as the wall-mount cabinet or wall mount enclosure, offers a unique set of advantages that can genuinely transform the organization's networking experience. Custom-made convenience Wall mount racks, like the ones expertly designed by Netrack, are highly customizable in terms of height and accessories, making them the ideal solution for customers with specific requirements. These compact racks are perfect for limited operational space, such as in home-based businesses or small offices. Wall mount racks come in both open-frame and cabinet styles, and they can be mounted vertically or horizontally, optimizing space and ensuring easy access to both the front and back of the rack. Netrack's wall-mount rack solutions Netrack's

In the world of IT infrastructure, the backbone of efficient organization and equipment management lies in the choice of racks. These unassuming metal structures play a pivotal role in keeping our data flowing, our applications running, and our businesses thriving. Understanding their characteristics, dimensions, load capacity, and functions is crucial to grasp the distinctions between these racks. Network and server racks are vital in data centers, ensuring security, operational stability, and competitive edge. These purpose-built enclosures organize and safeguard networking and server equipment in various IT settings, offering an efficient and secure infrastructure management solution. Both network and server racks optimize the space and efficiently house your networking and computing equipment, saving you precious floor space. However, there are specific differences. A network rack, or network cabinet or enclosure, is designed to house and organize networking equipment such as routers, switches, patch panels, modems, and other networking devices. Foundation of connectivity Let's start with the network

Minimize risk with certified PDUs The power Distribution Unit (PDU) ensures that all equipment receives a reliable and consistent power supply. Hence, choosing the right PDU is critical. To make the right choice, the primary focus should be whether a PDU is UL/CE-certified. It ensures safety and reliability through compliance with the regulation. It minimizes risks associated with electrical malfunctions, downtime, and data loss due to heavy load and equipment failure that can harm sensitive servers and networking gear. Choosing the right PDU based on the load The power requirement should be the second aspect before choosing a PDU since PDUs are designed to operate within specific load ranges efficiently and prolong their lifespan. PDUs subjected to continuous overloading are more likely to experience wear and tear, leading to shorter lifespans and potential failures. Here, calculating the total power consumption of the equipment connected to the PDU can enable better planning

Over the last few years, continuous efforts have been made to enhance the efficiency of data centers. It is no longer only an environmental responsibility to make a data center more sustainable but also to cut operational costs, comply with regulations, improve brand reputation, and ensure long-term viability in an increasingly environmentally conscious world. Now, the first step to embracing sustainability initiatives for a data center is to choose the right rack and accessories. The power of choosing the right rack Choosing the right rack and accessories is crucial for making a data center more sustainable because the layout and design of racks can significantly impact airflow within the data center. Sustainable data centers aim to reduce energy consumption. Energy-efficient racks and accessories can contribute to this goal by optimizing airflow, reducing cooling needs, and accommodating energy-efficient IT equipment. They also play a role in ensuring that power distribution and monitoring are efficient and effective. Racks

Exploring the differences between 2-Post and 4-Post racks In the world of IT infrastructure, the rack is the backbone of any data center or networking setup since it holds and organizes the equipment. 2-post open racks, NRS & NRA 4 post open frames 600 wide racks and NRS & NRA 4 post open frames 800 wide racks are popular options in the networking industry. These racks serve distinct purposes, each catering to a specific load, stability, and cable management requirements. Understanding 2-Post and 4-Post Racks 2-Post racks are commonly used to house networking equipment such as switches, routers, and patch panels. These devices are typically lightweight and have shallow depths, making 2-post racks suitable for installation. They have a simple design with two vertical posts at the front. They are also known as relay racks. They are commonly seen in telecommunication rooms, smaller data centers, or network closets where equipment only

In the ever-evolving landscape of data management, the heart of any data center or IT environment lies within the network server rack. This essential piece of equipment plays a pivotal role in housing and facilitating the operation of various networking components. As data loads vary and technologies advance, it's crucial to design a network server rack that not only accommodates changing capacities but also ensures efficient operations. Tailoring rack capabilities for long-term success The foundation of a network server rack lies in its load-bearing capacity. This capacity should be selected with foresight to accommodate both the current and future needs of a data center. Load capacity should consider not only the weight of the equipment but also any potential dynamic loads, ensuring the rack can handle the equipment that needs to be installed. A flexible load capacity

The power consumption of data center infrastructure can vary significantly depending on the facility's size, capacity, and efficiency, as well as the technologies and equipment used. Data centers are energy-intensive operations due to the necessity of high power and cooling  for servers, networking equipment, storage devices, and other supporting systems. Urgent need for sustainable data centers The criticality of energy consumption in the data center industry cannot be overstated. As the digital world expands, data centers are pivotal in supporting various online services, cloud computing, big data analytics, artificial intelligence, and other critical applications. However, data centers’ rapid growth and energy demands have raised significant concerns regarding environmental sustainability, energy efficiency, and overall resource management. Data centers are among the largest electricity consumers globally, and their energy consumption is responsible for a substantial carbon footprint. The reliance on conventional energy sources, such as coal and natural gas, can contribute to greenhouse gas emissions and accelerate climate change. As

The right rack forms the foundation for organizing and housing critical IT infrastructure components. A well-designed rack provides a structured and organized environment for mounting servers, networking equipment, power distribution units (PDUs), and other IT devices. Proper organization minimizes cable clutter and simplifies maintenance and troubleshooting tasks. The right rack also ensures efficient use of available space in data centers or server rooms and offers easy access to the front and rear of installed equipment. This accessibility simplifies routine maintenance, upgrades, and replacements, reducing downtime and operational disruptions and also promotes proper airflow, reducing the risk of thermal issues and extending the lifespan of equipment. The right rack allows for easy expansion as the IT infrastructure grows to accommodate additional shelves, rails, or rack units. It also has cable management features to keep cables organized and tidy. Now, server rack upgrades are not a one-time task since technology evolves rapidly, and regular infrastructure evaluations will

Choosing the right rack is the key to diminishing system downtime and enhancing efficiency. A rack should be selected after assessing the current and future equipment needs, durability, and flexibility to accommodate the business requirements. Here, the correct rack dimensions ensure proper fit and compatibility with equipment, allow for efficient use of space, prevent overcrowding and heat buildup, simplify cable management, and enable easy access for maintenance and troubleshooting tasks. Once the rack is installed, its organization and efficient cable management determines its success. Rack organization and cable management are used to arrange and manage equipment and cables within server racks or data center cabinets. Understanding the concepts for enhanced application Rack organization focuses on optimizing the physical layout of the equipment within the rack to ensure efficient use of space, proper airflow, and easy access for maintenance. This typically involves planning the arrangement of devices, mounting

In the realm of data centers, maintaining an uninterrupted power supply is paramount. With the ever-increasing demands for data processing and storage, adopting robust power distribution and redundancy strategies is crucial. One of the critical components in achieving this goal is rack-level power distribution and redundancy. Why do you need a certified PDU? Power distribution units (PDUs) are the backbone of IT infrastructure, delivering reliable power to critical equipment in data centers and other IT Setups. Certified PDUs undergo rigorous testing and meet industry safety, quality, and efficiency standards. They are designed and manufactured with high-quality components, guaranteeing stable power distribution without fluctuations or surges that could potentially damage sensitive equipment. Reliable PDUs minimize the risk of power outages, equipment failures, and costly downtime. Hence, ensuring high-quality and certified PDUs is of utmost importance to ensure electrical systems' reliability and optimal performance. Any compromise on the quality of the PDU will lead to a compromise of the

The ever-increasing dependence on digital technologies and data-driven operations resulted in organizations needing a reliable and organized infrastructure to house their IT equipment. IT racks provide a standardized and scalable solution for organizing and securing critical IT components, enabling efficient management of data centers and server rooms. Importance of an efficient IT rack installation IT racks allow the consolidation of multiple IT components into a compact, centralized space. Organizations can optimize their physical space utilization and simplify infrastructure management by housing servers, switches, storage devices, and other equipment in a single rack. Properly designed IT racks facilitate efficient airflow and cooling mechanisms, such as front-to-back or cold-aisle/hot-aisle configurations, ensuring that the equipment operates within optimal temperature ranges. This helps prevent overheating and equipment failures, increasing reliability and reducing downtime. Apart from contributing to physical security by providing a controlled environment for IT equipment

Rapid digitalization fundamentally changed how organizations approach and leverage digital technologies to transform their operations, strategies, and business models. This shift from traditional, analog processes to a more digital-centric approach that embraces new technologies, data-driven decision-making, and customer-centricity solutions is not limited to progress. It led to a growing dependence on IT equipment, servers, data centers, and maintenance. Growing need for modular data center racks Over time the need for efficient installations and maintenance of the IT infrastructure grew since organizations now required customized solutions to ensure scalable, cost-efficient, and controlled environments for mission-critical equipment. Modular racks provide the flexibility to add or remove racks as required, accommodating changing equipment and capacity demands without disrupting the entire infrastructure as the data center grows. As a result, they are designed to maximize the efficient use of space within the data center. In addition, they allow for dense equipment deployment, reducing the overall footprint required for housing servers, storage devices,

Although the digital world we live in today is enhanced in innovation and progress, there are certain annoying aspects we cannot avoid—for example, the constant buzzing noise from the equipment in a server room. Prolonged exposure to such noise in a high-technology workspace can lead to a loss of productivity. It can also lead to depression and hearing impairment. A solution to reduce noise The soundproof rack is an ideal option to minimize this sound since they are equipped with active noise-cancellation technology, which is highly effective in reducing low-frequency noise. In addition, a soundproof server cabinet is designed to reduce noise created by high frequency waves by blocking or absorbing these sound waves. This is achieved through several different mechanisms: Sound-absorbing materials: The cabinet is lined with materials that absorb sound waves, such as acoustic foam or fiberglass insulation. These materials are designed to trap sound waves and prevent them from bouncing

Data centers require an uninterrupted electricity supply for the electronic devices it hosts to function correctly. A power surge or any power outage can damage the equipment and cripple the overall functioning of the data center. Hence, modern data centers are empowered with dual power sources for consistent power supply to mitigate such risks. Further, to make the process smooth for efficient business continuity, a safe transfer switch (STS) is designed to cater to any single power source within the system. Understanding STS An STS is an electrical device that switches the supply of power from one source to another, such as switching from a utility power supply to a backup generator during a power outage. The STS ensures the power transfer is done safely and efficiently without interrupting the power supply. It can be done either manually or automatically when the device senses the power outage and

Outdoor floor mount racks are a perfect example of technology combining with innovation. The product caters to the IT industry by hosting, organizing, and managing IT equipment and accessories. Hence, outdoor floor mount racks are essential to modern communication systems, and networking infrastructure. They are designed to provide a secure and reliable storage solution for various types of equipment, including servers, routers, switches, and other networking components. Why do you need outdoor floor mount racks? Manufacturing the outdoor floor mount racks aims to accommodate switches and other important IT equipment in the outdoor ecosystem. It improves the aesthetics and functional aspect of the place. The outdoor floor mount racks are available in different sizes, making it easy to adjust, install, and customize as per requirement. The floor mount racks designed and manufactured by Netrack are durable and robust enough to support any equipment weight. In addition, the inbuilt security locks and

KVM switches KVM switches and console servers are critical for managing the data center infrastructure, especially when data centers have become the backbone of the IT industry. However, both KVM switches and console servers are efficient for a IT enclosure or an entire data center. Yet there are certainly functional differences that make them ideal for different requirements. Identifiable difference between KVM switches and console There are two main differences between KVM switches and console servers. First, the KVM switches can regulate multiple servers and PCs using a single keyboard, video monitor, and mouse. Hence, data centers with various PCs and servers depend upon KVM switches to manage file servers, domain servers, print servers, and blade servers. But the console servers can only control the devices connected to the serial and network. Secondly, the KVM switches can only adjust between the connected devices, but console servers, on the other hand, can access the system consoles of any network

Cooling is a critical component of data center infrastructure, and the importance of an effective cooling strategy in a data center cannot be overstated. Cooling is essential for maintaining the optimal operating temperature for servers, storage devices, and networking equipment in a data center. The primary purpose of cooling in a data center is to dissipate the heat generated by the IT equipment to minimize the chance of equipment failure, downtime, and even catastrophic damage. A well-designed and properly implemented cooling strategy helps ensure the equipment remains within its temperature range, reducing the risk of failure and downtime. Strategic cooling: Need vs. choice An effective cooling strategy can also help increase the lifespan of the IT equipment in the data center. Overheating can cause damage to components, and when components operate at higher temperatures, they tend to wear out faster. By keeping the equipment operating within its specified temperature range, the enhanced cooling system for

Technology is slowly becoming the heart and soul of every industry. The growing demand for digitalization in the IT industry has increased the need for data centres and, eventually, an increase in thermal efficiency through effective cable installation and management. Effective cable installation and management involve planning, organizing, and implementing strategies to ensure that cables are installed neatly, appropriately labelled, and easily accessible. Hence, it's essential to use appropriate cable routing and bundling techniques, select suitable cable types and lengths, label cables for easy identification, and secure cables to prevent damage or interference. Regular maintenance and updates to cable management systems are also essential to ensure they continue to function effectively over time. Choose and install the correct cable The cables for IT passive networking help in data transmission within the network. Hence it forms an integral part of the IT networking ecosystem. Structured cabling has become popular for interconnecting various active devices. The following are

The growing importance of data centers is a deciding factor for the future of IT industries. In this, the efficiency of the data center is essential for long-term sustenance and success. The effectiveness of the data center depends upon the server racks it hosts and its efficient thermal management. Hence, rack selection is crucial and should be done based on the loading varying capacity, density, and applications that the rack needs to host. Open or closed rack: Are you confused? It can be a daunting task to choose a suitable rack enclosure. There are two types of server racks that one can choose from. First, let’s understand that there is no right or wrong rack since each has its benefits. So, a rack must be selected based on the number of servers, equipment, cables, and applications such as; co-networking, data center, or hub-room. The open rack is a standard

The safety and effectiveness of a data center largely depend upon the enhanced cooling system for data center. Excessive hot air circulation within a data center can cause equipment to overheat and malfunction. Hence the objective is always to minimize airflow volume by containing each rack within its system to ensure that the hot exhaust air remains isolated from the cold air. Data center cooling with airflow management It requires a lot of planning and effort to manage data center cooling. First, however, the role of airflow management must be considered. It isolates hot and cold airstreams by aligning the racks in parallel rows with the inlet sides of the servers while facing each other across an aisle. This prevents the mixing of the thermal environment within the data center and minimizes the chance of short circuits or outages. A well-planned airflow management is essential because it ensures that the facility maintains a proper temperature throughout

All you need to know about power cords An accidental pullover or any unplanned power outage adversely affects critical business operations. Such downtime negatively impacts a company's credibility, interrupts the organizational workflow, and causes substantial financial loss. Now, primarily accidental pullovers happen due to loose connections in the plug and socket section. However, manhandling of cords is also another reason for such a mishap. This is critical since it can lead to accidents apart from equipment downtime. Hence, securing the cord and socket area with a good-quality product is essential. Business loss due to downtime Despite strategic contingency plans, power shutdowns not only hinder the functioning of an enterprise for a specific timeframe but also hampers the regular and seamless operation of any industrial setup. According to secondary research, an average downtime can cost an organization loss of approximately $5,600 per minute. This is a challenge faced by almost all industry verticals. However, since this results in the expensive and unplanned

5 Great reasons to use Good quality PDUs for your Data Center “Quality is never an accident. It is always the result of intelligent effort." - John Ruskin The quality of a product determines future sustainability and success. A good quality power distribution unit (PDU) is the key to ensuring a reliable power supply since it is the heart of rack solutions. This is important because a low-quality PDU adversely affects the safety of critical equipment. Hence it is essential to choose a PDU with good quality that will support the power consumption of the equipment hosted inside the rack. This will prevent accidental tripping and reduce the chance of equipment downtime. A Certified PDU must also be equipped with a Surge Suppressor to minimize the effect of voltage fluctuation. Such PDU increases dependability in the long run. Quality and suitability of PDUs Now, along with determining the quality of a PDU, it is essential to

Wall mount cabinets are network cabinets that host equipment such as; network switches, patch panels, CCTV cameras, Wi-Fi routers, or other applications and ensure that they stay organized and safe. It is a cost-efficient solution and offers a secure enclosure with protection from tampering, dust, and other hazards. These wall-mount cabinets are 4U, 6U, 9U, 12U, or 15U, and well suited to bring in the Last mile network connectivity or home-based offices with limited workspace. The advantage lies in the fact that it can be installed on the walls, which saves floor space. In addition, since these wall-mount cabinets support remote network distribution, they are often preconfigured cabinets preloaded with connectivity, cable management, PDUs, and related accessories. Features that make them unique The following features of wall mount cabinets make them an intelligent choice for small-scale infrastructure. Easy accessibility: The right or left-hinged back plate design allows rear entry to efficiently access the wires and equipment.Efficient cable management:

Exploring the basics of data center aisle containment: doors, panels, curtains, and more Data centers are vulnerable to damage of any mission-critical equipment or server downtime due to inefficient Air Flow management. It impacts the business's credibility and causes a financial burden for the organization.  Data center challenges  Data centers consist of servers, PDUs, and other various mission-critical equipment that operate 24/7 to support the organizational workflow. Hence these servers and equipment generate immense heat causing electrical short circuits and the data center temperature to rise. Additionally, poor ventilation or inefficient airflow management reduces the data center's cooling capacity, resulting in fire outbreaks. Therefore, considering all the above, creating a long-term solution to monitor and control the temperature within the data center ecosystem is essential. Aisle containment: A cooling solution! Data center aisle containment is critical in ensuring sufficient cooling of the data center. It improves overall airflow management by preventing hot and cold air mixing. This is possible through the efficiency

The Importance of Blanking Panels in Data Centers The need for data center solutions also increased over time with the growing importance of data centers and their critical role in organizations. The focus of such data center solutions is to ensure sufficient cooling of the mission-critical equipment hosted by the data centers, effective airflow management, and efficient data center functioning with zero downtime. Need to keep data centers cool One of the primary determining factors of an organization’s growth is scalability. So, with time organizations need to accommodate additional server racks, which may result in overheating. Here blanking panels play an essential role in the data center solution to keep the air cool.  These blanking panels, also known as filler panels, are deployed on single or multiple unused rack units. They act as a barrier for the unused U Space in racks preventing hot and cold air from mixing. Such an arrangement efficiently prevents

A data center hosting critical IT equipment requires an efficient air flow management strategy to ensure the overall efficiency and sustainability of the data center. Hence, a significant part of the data center’s power is consumed to assure that the servers and equipment are cooled with advanced cooling technologies and optimal cooling solutions. This guarantees equipment protection and empowers the data center to meet the uptime goals in a cost-efficient manner. Need for temperature regulation Maintaining the right temperature and Humidity is quite a struggle for data center designers and managers. However, it is critical to ensure a maintained temperature/Humidity to ensure Equipments are working at Optimal condition. The airflow and temperature regulation problems occur due to varying density requirements of each cabinet in the data center. Issues in maintaining the temperature also occur due to improper cabling and patching work. As it is understood that with every watt of power consumed, it transforms into heat. Facts

The criticality of the role of the data center enhances the need for data center solutions that can ensure sufficient cooling, effective airflow management, and agile functionality of the data center hosting critical equipment and servers. Need for containment solution Containment solution comes as a robust data center solution that is used to separate cold air supply from the hot exhaust air released from the equipment to stabilize the data center's temperature while improving the equipment's efficiency and performance. The containment solution also reduces energy consumption, improving the data center's agility. Now, while offering a containment solution, data centers opt for hot and cold aisle containment to reduce operational costs while increasing cooling efficiency. According to secondary research, about 80% of data centers have already implemented either hot or cold aisle containment. It is the most effective and comprehensive solution to ensure efficient airflow. The Cold Aisle Containment (CAC) solution ensures a uniform flow of cold

In the IT industry, equipment and infrastructure associated with delivering services are critical assets. Hence safeguarding and revamping it from time to time plays an essential role in the overall growth and profitability of the organization. The need for efficient design Datacenter design is one of the key aspects of strategizing and modernizing legacy IT hardware that can considerably enhance the performance and utilization of any data center. For any data center to work successfully and efficiently, it must be designed with sufficient cooling options, consistent power distribution, and a stable network. The following are the aspects that can help a data center design team effectively cater to the business requirements. Ensure reliability of the data centerIncrease availability and, in a way, reduce downtimeEnhance serviceabilitySufficient capacitySupport scalability or future growth plansCost-efficient maintenance Essential factors and considerations Designing of data center takes time, effort, and expense. A data center can efficiently host servers and IT equipment. Choosing a layout or design of a data center

How are data centers cooled? A 21st-century approach The aspect of data center cooling has become crucial with the growing dependency of IT enterprises on the data center. As the older data centers are starting to get replaced by the new hyper-scale facilities, it is becoming even more essential to ensure effective power utilization and efficiency of these new data centers. Need to improve cooling efficiency According to secondary research, data centers consume approximately (1-1.5) % of global electricity, which is expected to rise further with digital transformation. With such an increase in power density, the data centers would need an efficient cooling strategy to keep the equipment from getting damaged due to fire or excessive heat. The cooling system in a modern data center follows the below parameters to achieve efficiency since the cooling system is directly connected with the overall efficiency of the data center. Temperatures of the server

What to put in a server rack: Essential components of server rack parts and more. The server racks have become an essential part of the modern-day IT data center. An agile data center is usually supported by an efficient server rack manufactured with the right components, cables, and accessories. Based on the demand, server racks are customized to cater the data center. These racks are manufactured with various depths, heights, and widths to fit the server room space of a data center racks. Server racks: Its design and make! The primary focus of manufacturers of server racks is on the quality, size, and efficiency of the product. The server racks are designed with premium quality materials and are deployed with expertise to ensure the safety of the data center and the mission-critical equipment. Standard for Racks configuration will be welded ultra-rigid frame with 4 No. Pillars of 14 Gauge steel

Data Center Racks Over the years with digitalization, the data center industry has evolved from a simple setup to a more complex counterpart. Research and development in this field helped bring the cutting edge DC technology. This has enhanced the relevance of data center racks in assisting networking, computing, and storage equipment and optimizing the data center ecosystem. All of this has increased the criticality of the selection criteria for data center racks which have gained immense traction lately. The deciding factors There are several factors that play an important role in choosing racks for a data center. Specifically, details about size and load-bearing capacity are essential determinants. Since racks are an essential part of the data center operation, hence their selection should be made with practicality and caution. Just as choosing an IT rack is critical for data center availability, similarly choosing the right rack accessories can

Power needs vary from one data center to the other based on which all-in-one power solutions or their basic counterparts are offered as solutions. Choosing a PDU It is natural to be overwhelmed by the available Power Distribution Unit options while choosing the best for one’s server rack. This is followed by the need for a quality product, power monitoring, number of power socket outlets, etc. For organizations requiring both basic and intelligent PDU solutions. These PDUs are not only devices with multiple outlets designed to distribute power to computers, servers, network switches in a rack but also come in different capacities and capabilities such as remote power management solutions. Hence, it is natural for the question to pop up that the selection criteria will ensure that a particular PDU is perfect for an IT server rack or network closet. Guideline for potential

A step ahead with different types of sockets in Netrack PDU A power distribution unit or PDU has enhanced the capability of a IT Industry. Hence, it is a critical part of the industry since it cannot afford outage or damage of business-critical equipment even for a short duration. Growing need for PDUs A PDU becomes an anchor to a server room where electrical sockets or related outlets are far away from where equipment is placed. The PDUs ensured that power was distributed stable and controlled to all the IT equipment within the IT environment. A basic PDU consists of one input and multiple outputs connected to different equipment in the server room. These PDUs have either input open or fixed with Indian/IEC Plugs. Importance of various socket configurations Thorough market research brought to the forefront the industry requirement, and accordingly, the PDUs are designed

Unlike in the past, when the size of a data center determined the amount of data it could handle currently, density is the key factor that projects the capacity of a data center. Without the need to grow in physical space, an increase in density can bring the aspect of scalability. What fits the digital era! The amount of power in kilowatts (kW) consumed within a data center determines the density of the data center. A high-density data center usually consumes more than 15 kW of power; hence, it needs better airflow management to ensure efficient cooling. The following are the benefits of high-density data centers Cost-efficient solution Low in operational and maintenance cost High in performance and efficiency Scalable and flexible Enhanced Racks: High-density series To handle high-density applications, high-density data centers play a significant role. Therefore, server racks and

IT room or hub room of an organization plays a crucial role in ensuring that the company functions flawlessly and without facing system or equipment outages. It is a basic need for every organization that its server and related telecommunication equipment always stay connected and operational, even when threatened by any natural force. The same is true to ensure business continuity in case of natural disasters. Criticality of IT racks Setting up a server or network room with the right equipment and cabling can be time-consuming and expensive. A single IT rack can support the entire gamut of systems that serve as the backbone for the company. Hence, IT cabinets are chosen considering all the aspects such as physical threat, vibration due to seismic waves, or unavoidable force. Seismic-proof server racks are the perfect solution to improve the durability and performance of the equipment and feasibility in the

In the world of network and global connectivity, racks play an important role. It enables the storage and monitoring of servers and networking equipment in a secured environment. Hence it is pertinent to enhance the efficiency of such racks to secure one’s business and enable its growth. IT racks in a data center IT rack plays a critical role in making data centers efficient. They come in different models and qualities to cater to the needs of the business. Thus, they hold more value than being mere shelves or enclosures. Hence, choosing the right server rack for the data center improves the operation and overall capacity and capability of the data center. Designed to improve user experience The medium density closed rack is a robust and sturdy server and network rack solution built of steel sheets. The steel sheets are punched, welded, and carved to create strong frames

The NRSWA series of racks are specialized racks used in R&D centers and labs. The Racks are tailor-made to customer requirements and are available in complete steel or aluminum & Steel composite. The design is completely modular and CKD construction allows too fast and easy assembly at the site. The wide-angle racks provide a secure cabinet space for standard rack-mount devices in the laboratory and R&D non-IT equipment. In addition, the wide rack design facilitates proper cable management. As a result, companies can rely on the NRSWA series to be conveniently deployed in their R&D centers for maximum space utilization. Here are some benefits of upgrading to NRSWA Wide Angle Rack: Enough equipment space Availability of Door and Locking mechanism for enhanced security and maintenanceHassle-free looping of cables to avoid messy entanglement.Flexible mounting rails to support full-depth equipmentEasy accessibility of the installed equipment with removable side

Telecom racks as the name suggests is widely used in the telecommunications industry to mount telecom equipment. Based on the usage, there are different telecom racks required in the telecom industry. Often people assume telecom racks as same as regular IT racks. However, both the products are designed differently with individual features. In telecom racks 19inch, 21inch and 23-inch are standard in size with 200mm, 300mm to 1000mm depth. The coverage in the telecom rack framework is ample to accommodate technical equipment used in telecom operations. The power utilized in telecom racks is static with an uninterrupted DC power supply. Here are certain advantages of telecom racks: Innovative product design for extensive range of telecom applicationsLong-term usage and easy maintenance of telecom racksApproved and trusted with highest quality standardsProduct capacity supports national infrastructure in telecom streamDC power distribution to suite Telecom Industry. Customization of Telecom Racks Based on customer specifications, the telecom racks can

Safe Transfer Switch (STS) Continuous electricity supply is a significant necessity for all electronic devices, a single laptop, or a massive data center. Even a brief disruption in power or a power outage can disturb the working and damage the system in some cases. That is why modern systems that perform critical operations have dual power sources for providing redundant power supply. However, many single power sources need redundancy for business continuity. A safe transfer switch is designed to cater to such single power sources. What is a safe transfer switch? A safe transfer switch is an electrical device that switches the load between two power sources. It can be done manually or automatically by switching when one of the sources has lost power. In a manual process, an operator transfers the power from one to another, while in an automatic mode, the device senses it and switches accordingly. By

Businesses today have intense computing and workload needs, which means the standard racks are not sufficient for Networking considering the Risk of Physical Security. A higher rack density with better Security is the need of the hour. By using high-density racks, businesses can meet all the necessary compliances while still having more room to grow. Netrack High-Density Closed Rack Solutions is designed to handle a high volume of cable for Core Networking applications with enhanced security. What is NHDC Series? The high-density closed racks are an industry requirement for handling a large number of cables safely. The NHDC High Density Closed Racks are made of the highest quality steel frames that are powder coated and welded to meet the best quality standards. The result is a quality product that meets the standards of ISO 9001 | ISO 14001 | ISO 27001

Lab Tables Labs are places that need a highly productive environment to ensure safety, accuracy, and efficiency. To achieve technological innovation and growth, the R&D lab setup has to be immaculate. Certain types of furniture are required in a lab setup, but perhaps one of the most important is the lab table. It is the place where Research and Development activities are conducted and any issues with it can affect the overall productivity. With this in mind, we have designed lab tables that are customizable, flexible, and can quickly adapt to the needs of the labs. Whether upgrading your lab furniture or setting up a new table, our lab table ensures that the researchers work in a productive environment. Types of Lab Tables Lab Tables are broadly divided into two types. ESD table: Static electricity is discharged when an electronic device is in contact with a human body.

There is an increasing demand for devices that improve productivity and efficiency in the workplace. For example, rackmount Drawers and LED consoles are beneficial hardware in R & D, where quick rack access is critical. Rack Mount LCD Drawers A typical rackmount console has a console or a monitor, a keyboard, and a mouse. These help the users access multiple servers, applications and more using a single console, making it more convenient and efficient. Our rack console drawers come in adjustable and customizable specifications to suit the requirements. They have ergonomic placements, sturdy accessories, and adjustable railings to make for a neat but compact design. Advantages of using Rackmount LCD drawers Consumes only 1U of space inside the Cabinets An efficient and compact way to control multiple serversMounting brackets that can fit into all types of cabinetsErgonomic design with integrated keyboard and monitorFast and easy

Intelligent KVM Working with multiple computers in your office, home, or a data center means you need to use more than one keyboard, monitor, and mouse. As the business grows, the number of Servers also increases. It becomes impossible to manage such a situation as it consumes space and involves moving around to use them. The best way to solve this problem is by using an intelligent KVM switch. What is a KVM Switch? A KVM switch is a piece of hardware that allows you to control many computers using a single monitor, mouse, and keyboard console. This single console can help you connect to many servers, workstations, tablets, computers, and PCs simultaneously remotely. It suits people or even data centers that need access to several computing devices at a go. It can connect to these systems over short or long distances. So intelligent KVM switches are the backbone of the IT infrastructure

Noise- A factor that has for long been an essential aspect in server racks. In this article, we have attempted to collate and help you understand noise, its effects, and the best ways to implement noise cancellation techniques in server racks. Understanding noise What is perceived as sound to one is noise to another! However, as much as noise is a perspective, it is essential to note that the human ear can handle and manage a maximum of 85 decibels before it destroys the hearing ability. The difference between sound and noise in physics is not defined as the brain processes this. However, noise or sound is- An invisible yet most effective way of communicating specific information. Research shows that prolonged exposure to excessive noise leads to severe damage to the human body and mind. 5 effects of excessive noise: Steep loss in productivity due to hampered creativity and streamlined cognitive functioning.Lack of innovation

Racks play a critical role in providing a framework for housing servers, equipment, networking devices, and cables. Therefore, based on the requirement and the available space, a rack is selected. However, it cannot be denied that a modular floor-standing enclosure is better than most available choices. Floor mount rack – what makes them special A floor mount rack is designed to be installed in compact areas where space is a constraint. Compact in size, hence easy to place.It can be used for smaller data storage requirements.Best suited for residential, SOHO applications.Features include doors, mounting plate, top cover, rear panel, and side rails. The racks are powder-coated for long-term sustainability. Enhanced capability with features and accessories Floor mount racks are available in different sizes. The FM series floor mount racks are used for small networking setup, AV, and telecom applications. Their frame is integrated with

When an enterprise or an individual requires to set up a server rack they come across many options. Racks for housing networking equipment, panels, switches, and servers are designed considering different needs and environments. Each rack can enable the storage of one or more servers in an appropriate environment. In addition, they come with their unique features and advantages. Wall mount rack designed to perfection Wall Mount Racks are commonly known as Wall Mount Cabinets or Wall Mount Enclosures. They are built and customized in height and accessories to cater to the customer’s requirements as per specifications. It houses small switches, jack panels to ensure network connectivity between the hub rooms. Since there is limitation in copper connectivity due to the cable distance, hence network connectivity for large establishments can be made seamless with one hub room and wall mount cabinets in multiple locations. A wall mount

What do you mean by airflow management? Considering the growing importance of data centers, organizations are focusing on their operation to ensure a smooth and hassle-free set-up. However, data center operation is not a simple task. It requires a lot of planning and effort to manage it efficiently especially the part with airflow management when the focus is to optimize a data center for efficiency. A glimpse at Airflow management and its offering The functional aspect of the airflow management strategy is to isolate hot and cold airstreams by positioning all the cabinets in parallel rows with the inlet sides of the servers while facing each other across an aisle (this forms a cold aisle). This marks the initial phase of airflow management where the mixing of the thermal environment within the data center ecosystem is prevented. Also, the process can be empowered with customized airflow management solutions designed to

When the world is embracing digitalization, its existence revolves around data. Hence data centers gained prominence with each passing year. However, the buck doesn’t stop there. There is a growing demand for data centers to become robust to meet the varied requirements of IT industries of different sizes and capacities. Netrack is one of the leading solution providers of data center rack solutions that cater to end-to-end IT enterprises. Basis our client’s requirement, we introduced various intelligent products such as iRack with inbuilt cooling features, intelligent PDUs, various remote monitoring, issue detection equipment and procedures. Among the data center solutions, iLock deserves special mention due to its capacity of ensuring data center security and long-term sustenance and dependability. Robust datacenter: the need of the hour! The role of iLock is critical owing to its ability to enhance physical protection remotely to business-critical equipment,

Understanding a power distribution unit Datacenter and its power distribution unit have gained prominence due to the increasing dependence of the IT industry on data generation and its management. The entire operation of the IT infrastructure is dependent upon power distribution units (PDU) to disseminate power to the servers and business-critical equipment within the IT infrastructure facility. It has multiple outlets that connect with the networking equipment as well as storage devices within the rack. So, PDUs play an important role in distributing the power through multiple outlets to ensure consistent, reliable, and adequate power supply throughout the servers and networking equipment to ensure business continuity. Choose your PDU wisely! Now that the importance and reliability of PDUs are understood within the IT ecosystem, it is relevant to analyze the difference between a basic and intelligent PDU. This will help one to choose

Organizations are adopting technology at a faster pace to accommodate the rising demands within the IT industry. At this point, cabling infrastructure plays an important role in participating in the digital transformation, which is the need of the hour. So, choosing the proper cabling infrastructure will ensure good performance in supporting active electronic devices over the years. This saves both time and money in the long run. Usage of cables in IT networking The cables, primarily a part of IT passive networking, play a crucial role in the networking arena. It helps in data transmission within the network. In an IT networking ecosystem, structured cabling has gained popularity for inter-connecting the various active devices. The passive components that are commonly used in structured cabling during IT networking are; Copper cables are used for connecting IT Equipment to a network switch. They support the transmission of data within 90 meters

The IT industry is adopting digital technology with the aspiration to enhance capability across its business functions. Since a business cannot run without a capable IT system, organizations embrace the next-generation IT infrastructure to secure the functionality. This approach can increase the scope of an organization to establish an edge over its competitors; choosing the suitable power distribution unit (PDU) is part of adopting to Next-Generation IT Infrastructure. A compatible and appropriate PDU will help an enterprise improve it's capacity planning and overall efficiency and reduce the cost. A reliable PDU is essential for maintaining and managing critical equipment within the data center. Hence, it is necessary to choose the right PDU to distribute measured power to all the IT equipment with adequate electrical protection. Since the PDU should be based on the requirement of the data center, it must be

Any industry that makes extensive use of IT equipment would be aware of the amount of effort it requires to maintain a Controlled Environment for their Equipment. The majority of Servers generate a lot of heat in a relatively smaller form factor. Since in due course of Computing these devices dissipate a lot of heat which has to be addressed with a proper cooling Strategy or otherwise, they can hinder the overall efficiency of a data centre. If these IT equipment are not kept in a controlled environment, they may suffer Pre-Mature failure. It is important to ensure that cabinets, where your Mission-critical equipment is mounted, do not get overheated due to lack of cooling and poor airflow management. Netrack, one of India’s leading manufacturer of rack enclosures vouch for their iRack Series when it comes to Self-Cooled Racks. These systems offer a unique

The effect of rapid digitalization across all industries has forced companies to act quickly and install next-generation IT infrastructure at their desired locations. This applies to core IT firms, and data centers as well. Availability and security are the key criteria for any firm to continue normal operations, as operations are greatly affected without a well-functioning IT system. A reliable power supply is a crucial element of any firm largely dependent on IT. And that is where PDU or Power Distribution Units play a major role, as they are considered the heart of rack solutions. Selecting the right rack PDU for the application can be difficult especially without any information on the equipment that will go into the rack. Industries cannot afford to use low-quality PDUs as they greatly affect the critical equipment going into the rack. Here are some

The demand for better technology is increasing every day. Any industry one can think of, looks forward to making use of this cutting-edge technology. With so much to work around, ranking a selection criterion when choosing the best rack for your data center is imperative. A well-selected server rack can go a long way in making a data centre more efficient. It is therefore important to look into a few factors to select the right rack for a data centre or any industry it’s been incorporated into. Depending upon the equipment to be mounted within the rack, it would be categorised as a server or a network rack. Due to the extra space required for cabling, network racks are usually wider than server racks. The attributes of the IT equipment help in establishing some basic parameters such as dimensions and load

The market and industry have set certain standards for server racks for various purposes. These are tried and tested measurements to suit the requirement. However, the challenge here is, how can one decide which rack to choose from this lot to fit in the different specifications of their industry? To help you decipher the right rack, let's understand this step by step What is the purpose of the rack or What is the application of this rack? ● Servers ● Office networking ● Hub rooms ● AV/CCTV ● Data centers ● Laboratories ● Outdoors ● Special application Once you have chosen your purpose/application, it is now to define the space you have to install them. Ideally, most racks come with adjustable mounting options and are easily adaptable to many purposes and space options. That said, at small offices or business centers, you would like to make note that there is no

IT Server racks The various types of server racks available are relatively similar to other racks observed by the untrained eye. Nonetheless, if you think of buying new racks, it is essential to comprehend the contrasts between racks' varieties. If you're looking for advice about servers and server racks, continue reading to get some clarity. An information technology (IT) rack is available in various forms. IT racks can be used for multiple purposes, and it is essential to get a rack that can fit into small warehouses and office spaces/Hub Room if needed. Depending on what your purpose of buying an IT rack is, the main criteria when choosing an IT rack should be your requirements for: ● Dimensions ● Mounting options & Load bearing capacity ●Design ● Material and Colour Even special applications, such as seismic racks (offering earthquake protection), soundproof racks, self-cooled racks that provide absolute versatility and