Author: netrack_editor

The Coronavirus pandemic shifted the attention from offline to the digital needs of many businesses. These shifts are likely to stay in place impacting many industries especially IT and data centre in a positive manner. In 2020, the explosive growth of data was felt like never before. As more businesses have begun to migrate their IT infrastructure to Cloud, the demand for colo or colocation facilities seems to have exponentially increased. A colocation facility is primarily a data centre wherein an organization rents space for servers and other hardware that they purchase. The colocation firm provides the building and other necessary infrastructure for the organization's functioning, such as cooling facility, power, bandwidth, and physical security. A preferred alternative to traditional hosting, colocation facilities may house multiple businesses depending on the requirements of each.  Talking about how will the shape of the colocation

Digital transformation has accelerated the usage of data in multiple folds. It’s perhaps the new fuel for businesses, considering commoditization and the online shift has impacted most industries since the pandemic arrived. In the previous year, the sudden increase in demand for data was felt like never before. As more businesses begin to migrate their IT infrastructure to easily-accessible platforms, the demand for colocation centres is observed to be on the rise. A colo or colocation centre is a facility that offers space with proper power, cooling, and security, bandwidth for smooth operations, and physical security to host businesses. Considered as an alternative to traditional hosting, colocation facilities may house multiple businesses depending on the requirements of each. Among the various benefits of the colocation data centre is that it provides a high-performance environment for a loaded IT infrastructure. Moreover, colocation gives access to dedicated, private connection options

The evolution observed in the IT and business industry has put forth the need for more research and development to bring cutting edge DC technology. It is essential to make racks more competent for networking, computing, and better storage for equipment. Hence, the selection of the right data-centre rack is imperative to optimize the DC ecosystem. As the need for a better IT infrastructure grows, so does the demand for a well-designed, cohesive rack cabinet that promotes efficient management and flexibility. Organizations today need enclosures that can hold heavier loads without any compromise on maintaining their structural integrity. This makes it important to know about the attributes of the IT equipment the rack is supposed to hold, such as dimensions and load capacity & more. Determination of load-bearing capacity is a significant factor that affects the rack selection criteria. Each rack comes with

When a company plans to set up an IT room, there is a considerable investment they consider for purchasing the right equipment as per their need, server rack cabinets being one among the most important. A single server rack can house a piece of equipment worth thousands of dollars. System administrators need to be sure that the purchased rack will be able to handle any hardship, sudden force, vibration, or a physical threat that the surrounding environment might bring to the equipment. For instance, an earthquake is an uncalled-for event that’s inevitable; and an earthquake-proof server rack is a right solution for the same. No matter wherever a company may be located, it would want the server and other telecommunication equipment to be operational at all times. To reduce the risk involved and minimize equipment damage, an IT rack needs

Using racks to keep your IT equipment organized is a safe and efficient method to continue daily operations at a firm. However, the physical nature of the equipment puts it at risk of structural damage, especially when located in a zone where severe weather conditions or other natural calamities like an earthquake can be devastating. Since companies need to physically safeguard their equipment, it is important to ensure that the equipment enclosure is seismic proof. In such a situation specialized racks can help in minimizing excessive motion that could otherwise disrupt the normal functioning of the servers within an enterprise. A couple of points to consider when operating in the seismic region include… Know your zone One of the prior things to check when installing IT equipment is the location. It is advisable to collect and analyze the local seismic data for recent years. Seismic standards are often mentioned in terms of

Being an active part of the digital age, we are well aware of how annoying can the buzzing noise from equipment be. It is even more problematic when we are required to be productive, but the constant sound becomes a hindrance. This noise from active IT equipment in a high-technology workspace can lead to health issues like loss of productivity, work slowdown due to depression, and hearing impairment. Prolonged exposure can lead to serious health issues too. The soundproof Server rack is an ideal option to minimize this sound. Switching to an acoustic rack can reduce the noise drastically to a level of 30 dBA. The audibility in an office space can vary anywhere between 48dBA to 78 dBA. So, if a device reduces the noise limit up to 30 dBA, it would mean the sound equivalent to that of a

How to ground server rack? Data Centres can have up to 30 times the electrical density of a standard office building and with high safety and power demands. For safety reasons, low-voltage systems—such as electrical services, telecommunications equipment—are required to be bonded to ground per national and local electrical codes and industry standards. A server rack grounding system is essential to ensure data centre uptime. But before going into the detail of how grounding works well for your rack, let’s first see the key difference between Grounding and Bonding. Bonding is generally done as a protective measure from electrical shocks by joining the last of metallic pieces to form a conducting path. Grounding, however, is any intentional or unintentional connection between an electrical circuit and the earth. Grounding ensures all metal parts of an electrical circuit are connected to the earth. It doesn’t impact the regular working of the electrical system. Bonding