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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:

Organizations worldwide commonly believe that data is a vital part of information and information is essential for business insight. Since data is critical for any company, the question is how secure it is! According to secondary research, there has been an overwhelming 37 billion data breaches in 2020 alone. Therefore, data centers are constantly threatened by physical or remote breaches. The consequences of such violations are serious, irrespective of whether the data center houses the organization’s own data or that of others who entrusted the company with safeguarding their data. Hence it is essential to secure a data center with efficient physical security. The physical security required should be able to protect employees, hardware, software, network, as well as data. Secure data center with planning The primary step to preventing such security breaks is to analyze and understand the possible threats. This should be followed by continuous monitoring through surveillance cameras with additional security layers.

The data center has been in the limelight for quite some time now, and the focus is now on its efficiency in terms of uptime and cooling. A huge part of the data center’s efficiency depends upon the server racks it hosts. Hence, careful selection of server racks based on loading varying capacity, density, and applications can ensure the maximum efficiency of a data center. Rack options for varying density and load capacity Netrack designed and manufactured the below rack enclosures of different types based on the load varying capacity so that an organization can choose the right rack that can cater to its needs. NRS 1: This general electronic rack series can host servers, networking, AV, telecom, and lab applications. It has a small density and loads varying capacity of 350kg and 750 kgs. These steel racks are powder coated with quality materials for durability. NRS: These standard medium density rack configurations have

The data center is critical to the operation of a business. Downtime or damage of any mission-critical equipment can cost heavily on the business, even to the extent of losing credibility. According to secondary research, a fire breakout at OVHcloud’s SBG2 data center in Strasbourg, France, raised concern among enterprises about the vulnerability of the data centers to fire. Root-cause of fire Data centers are a hub of servers, wires, PDUs, and various equipment that operate 24/7 to support the operation of the enterprise. In such scenarios, they generate immense heat that increases the data center's temperature. Additionally, poor ventilation or improper airflow management reduces the cooling capacity of the data center causing fire outbreaks. The hard drives within modern servers require a constant and large power supply causing an overload of the circuit and overheating. Again, the overheating of equipment can result in an electrical short circuit in switches or

Netrack is one of the pioneers in designing and manufacturing rack enclosures. Recently, co-location racks are gaining prominence with the growing importance of data centers. These racks are separate compartments in a single racks that are carefully designed to safeguard critical IT equipment and organise the power/network cables, routers, servers, and switches to enhance the data centre’s capacity and efficiency without access between the compartments. Since the colocation centres are currently in demand with the migration of data by IT enterprises of all sizes, the co-location racks are also gaining popularity. The co-location model demands controlled power supply, monitored cooling, and security features to ensure sustainability, reliability, cost-efficiency, and an eco-friendly approach. The Co-Location Racks, often referred to as server racks, effectively manage the cables and increase the cooling efficiency of the data center environment. To make the co-location racks a

The digital era has enhanced the dependence of the IT industry on equipment, network, and IT infrastructure. At this point, both business and mission-critical equipment gained considerable prominence to maintain the process and overall business workflow. When the organisation’s sustenance depends on mission-critical equipment, it is essential to safeguard the equipment to ensure uninterrupted business operation. This will reduce downtime and eventually lessen the chance of financial losses. Challenges to overcome Unplanned power outages can adversely impact daily business operations in any industrial setting. Such sudden power failures or shutdowns become a critical challenge for organisations to keep their workflow intact. Also, accidental pullover often happens due to loose connections in the plug and socket area or manhandling of cords. This can lead to accidents apart from downtime of the equipment. So, it is essential to secure any loose connection cords and sockets sturdy and of good quality. Now, irrespective of

AnIT Rack is a power hub with computing capabilities that uses a lot of electricity. It generates a fair share of heat that requires continuous monitoring and regulation with cooling infrastructure solutions. Thus, a cooling strategy is essential to ensure the overall efficiency of anIT Infrastructure installed inside the cabinet. Server density and heat generation According to secondary research, the average temperature of an IT Rack should vary between 18 and 27 degrees Celsius with a relative humidity between 20 to 80 percent. Based on the servers and the size of the Cabinet, heat generation varies. For example; a low-density server generates less heat. Hence, it is relatively simple and cost-efficient to manage cabinets with low power consumption and heat generation. Strategize cooling solutions Traditional Server Room uses air conditioners as a cooling technique. While couple of Smaller set ups will have very low density of Cooling requirement. Currently, the cooling technique

Technology played a key role in the way the IT industry evolved with time. Innovation and the zeal to transform tasks into robust and meaningful applications have enabled us to widen our spectra and introduce effective ways to manage IT infrastructure and services. We at Netrack understand the importance of an IT infrastructure and agree on improving its efficiency to create an ideal ecosystem for the organization using it. Sharing a cabinet The focus is on deploying an efficient IT infrastructure apart from creating easy support and maintenance for it. So, we developed a rational and futuristic IT infrastructure solution that is reliable, and cost-efficient. These racks are in high demand due to the current pandemic scenario that resulted in the growing data volume across the IT industry. As a result, the IT enterprises started to migrate their data in the form