Author: netrack_admin

As data is becoming critical with each passing day, so is the work of data centers to stay updated, agile, and efficient. To ensure seamless operation and reduced downtime, these evolving data centers need to maintain optimal temperature conditions. Be it servers or network switches, they need continuous monitoring due to issues with overheating. Since overheating can lead to equipment failure, reduced performance, and increased maintenance costs. Hence, Netrack came up with a solution called the Air Diverter Kit. This innovative air diverter solution for data center ensures that the unconventional network switches and servers receive the necessary airflow to stay cool so that they can function efficiently. Importance of efficient airflow in data centers Poor airflow management not only increases the operational cost of the data center through unnecessary energy consumption but can also lead to premature equipment and cable failures as a result of overheating. This can eventually increase the chance of outages.

The IT infrastructure is evolving at a rapid pace with each passing year. Here, the concept of co-location has become a boon, which emerged as a critical factor in hybrid cloud architecture. It is the bridge that connects the best of both worlds in hybrid cloud environments, enabling businesses to leverage the scalability of public clouds while maintaining complete control of access to critical data and applications and making them secured from cyber threats. Benefits of co-location racks in a hybrid cloud architecture Co-location houses private servers and networking equipment in a third-party data center. This is both beneficial as well as challenging considering the evolving data center ecosystem. In this regard it must be mentioned that Netrack being the pioneer in rack manufacturing, designed and manufactured high-quality rack enclosures as per the requirement. In fact, Netrack understands the need of

Change is inevitable with the growth of business. This change is often associated with data centers racks, server racks, the IT infrastructure they host alongside the data center space which requires upscaling in terms of capacity as well as capability. Typically, companies plan data center migrations to reduce the operational cost, improve performance, enhance scalability, compliance, and disaster recovery. Now, migrating a data center is complex, be it moving to a new physical location, transitioning to the cloud, or upgrading to more advanced systems, a data center migration involves careful planning, execution, and follow-up. The following are the five critical phases to ensure a successful data center migration. Planning and assessment phase Detailed assessment of the existing infrastructure through cataloging all hardware, software, and applications in use helps to understand the existing state and identify what needs to be migrated, and what can

It takes years of hard work to build a reputation and minutes of a single cyber-incident to ruin it! We are living in a digital age where data holds supreme power and security breaches appear as a constant threat. In such an ecosystem safeguarding sensitive information is important and critical. While digital security measures like firewalls and encryption are essential, physical security plays an equally important role in protecting data integrity. Within the heart of any data center lies the nerve center of information storage and processing - the server racks. Securing these racks is not merely an option but a necessity in today's digital landscape. The server rack locks act as the first level of security to ensure that the data center can run smoothly. Importance of physical security management system in the data center Physical security management in a data center involves the measures taken to safeguard the physical assets of the

In the evolving data center landscape, the operations of the IT industries are dependent upon the power distribution units (PDU). Hence it plays an important role where it offers a range of monitoring and metering capabilities that can significantly impact the operational efficiency and cost-effectiveness. Since the PDUs power the servers and business-critical equipment within the IT infrastructure facility through multiple outlets to ensure consistent, reliable, and adequate power supply to ensure business continuity hence, it is important to choose the right PDU for a data center to maximize the performance while minimizing the energy consumption and operational costs. Criticality of choosing the right PDU The choice of PDU can have a big impact on the overall efficiency and reliability of a data center infrastructure. However, it is not simple and easy to choose a PDU. The number of PDU options available can be overwhelming at times. So, it’s essential to focus on

Power is an essential component of IT infrastructure, specifically AC power that has replaced DC power in data centers. Hence, for seamless operation of systems within the data center, rack optimization including efficient power cord routing has become essential. Now, considering the attention the power cords deserve, its durability, flexibility, available color codes, and cost also requires careful assessment. Power cords as per requirement Selecting an appropriate power cord might seem like a mundane task, but it can have a significant impact on the efficiency and reliability of the overall setup of a data center. Since sensitive and expensive IT equipment are dependent upon the power cables, a compromise on the quality of the product can cost heavily. Netrack strongly believes in choosing thick color-coded cables for long-term usage, while the thin ones should be used where flexibility and airflow are the priority. However, above anything else, while opting for a power cord, it must

We are living in a time where data is the key to business continuity hence, the integrity and security of data centers have become critical. As the world is experiencing climate change, the resilience of these data centers will be proven. In fact, the present-day data centers are empowered with evolving technology to withstand extreme climatic conditions even in regions such as; Rajasthan, Gujarat, and Ladakh where the weather can reach both extremes. Understanding the risk and mitigating it It is needless to say that extreme weather conditions can cause havoc on data centers, jeopardizing the critical infrastructure that supports digital operations. In regions where temperatures range between 45 to 50 degrees Celsius during summer or in places where continuous snowfall and blizzards are common, freezing everything nearby, conventional cooling systems will be unable to maintain optimal temperature to ensure smooth operating conditions. Additionally, heavy rains and flooding can pose serious threats to the physical integrity

Rapid digitalization ensured the growing need for IT infrastructure management where the IT ecosystem needs to be efficient, reliable, and robust to sustain the evolving needs of the industry. At the heart of it lies the need for consistent power that can reduce the chances of system failures and downtimes. Here, Power Distribution Units (PDU), a critical component responsible for distributing power to various equipment within server rooms and data centers plays an important role in enhancing the overall capability and operational efficiency of a data center. Considering the criticality of a PDU in today’s world, it is important to choose it wisely for a sustainable IT infrastructure model. An assurance worth considering The primary factor that needs to be considered before choosing a PDU is if it has the important certification such as; UL or CE to sustain long-term. Since PDU is a support system for all mission-critical equipment, it is primarily

cold aisle containment manufacture hot aisle containment manufacture We are living in a world where the objective of every IT company is to turn data into information and information into insight. In such scenarios, data centers stand as the backbone of operations for such organizations. Hence, it is obvious that optimizing data center efficiency is no more a choice but the only option to ensure seamless functioning of critical factors such as cooling efficiency, airflow management, and adaptability to evolving demands. One of the key solutions emerging in this realm is data center containment, which aims to customize airflow dynamics to fit the unique needs of each data center environment. Understanding the need for containment solutions Since the operational efficiency of a data center is crucial in any IT ecosystem, the need for effective solutions is also increasing. The focus is on increasing the efficiency with which temperature fluctuations can be managed in data centers while

As the need for data processing and storage grows due to the importance of maintaining an efficient and organized cable infrastructure, cable management emerged as a key parameter for effective airflow management. Importance of cable management for effective airflow management Maintaining optimal airflow is essential for preventing equipment overheating and ensuring efficient operation. Traditional cable management methods often occupy a significant portion of rack space, affecting airflow and overall system efficiency. To address this challenge, Netrack manufactured intelligent rack designs that enhance the cable management experiences and minimize airflow disruptions. Poorly managed cables, especially in large bundles, can obstruct airflow pathways, leading to reduced efficiency in equipment fans, causing the hot air to get stuck in the rack enclosures. This disruption in airflow can result in thermal damage to sensitive equipment, emphasizing the critical need for an integrated approach to cable and airflow management. Types of cable management solutions Managing