The Power of IoT in Data Centers

Living in a digital world has provided humans with wider opportunities. Nowadays, not only human beings but also things can communicate and interact. Due to the rise of the Internet of Things, hardware can communicate with humans. For people, this technology provides more comfortable tools for remote control, management, and monitoring.

The Internet of Things is a global network of devices that are equipped with the means to communicate with each other. Both active and passive equipment pieces can be connected to this system. The main feature of the Internet of Things is the ability of all connected devices to interact with each other, which simplifies the management and operation of systems.

The IoT concept is applicable to all spheres of our lives. It is possible to find such solutions both in households and at industrial layers. System administration is one such example. The popularity of data centers is high nowadays. Thousands of electronic devices are located there. The ability to control and manage them remotely can significantly speed up and simplify the workflow. This is why trends of the IoT in data centers have found application.

Application of IoT Trends in Data Centers

When arranging a data center, one of the crucial tasks set before system administrators is to design network systems effectively to get the maximum capability and computing power while attracting a minimum set of equipment pieces. The use of IoT trends allows for pumping the efficiency of modern DCs and improving IT hardware performance. The following trends of the IoT help improve DC performance and management.

Quick and Effective Decision-Making due to Enhanced Data Collection and Analysis

Network systems are used to process, store, and keep huge amounts of datum. The application of high-tech solutions allows for pumping data collection capabilities.

The introduction of liquid immersion has brought IT system performance to a higher level. The use of high-tech GRC modules allows for monitoring environmental conditions and maintaining the required temperature level by adjusting a cooling strategy. As a result, the implementation of liquid immersion technology allows for preventing equipment increased wear, damage, and overheating. What is more, this technology allows for reducing the amount of energy consumed for feeding cooling devices.

Process Automation in DC Management

The best way to achieve the maximum performance of a network system is to automate its processes. The addition of multiple tools for monitoring allows for coping with the following tasks:

  • eliminate system problems;
  • prevent hazards;
  • improve performance;
  • simplify management.

The installation of controllers and sensors for monitoring multiple parameters makes DCs more autonomous. Moreover, when IoT data center monitoring for hardware state and malfunction is entrusted to smart apps and controllers, businesses require fewer employees to monitor and maintain equipment. Furthermore, human labor is more expensive, which means that the decrease in the number of employees leads to money-saving. Thus, enterprises can save money without causing a negative impact on system performance and efficiency.

Turning DCs into More Sustainable and Energy Effective Solutions

About 3% of the entire energy consumption on Earth goes to feeding DCs. This indicator rises exponentially annually since the need for computing power grows steadily. Thus, the implementation of sustainable solutions is vital to decrease the footprint on the future of our planet. The transformation becomes possible if facilities consider two main concepts. These are power generation and consumption.

Regarding the issue of green power generation, the industry requires the integration of renewable power sources, including water and solar power. Although it seems to be a tiny improvement, it is able to significantly decrease the need for other power sources.

To solve the issue of effective energy consumption, DCs must be updated timely and regularly. Replace outdated models with advanced modern solutions. For example, replace old cooling fans with liquid immersion. This step helps infrastructures to save terawatts of power.

What Challenges Do DCs Encounter when Integrating IoT Solutions?

When trying to renovate and update existing systems and infrastructures, employees encounter particular challenges. The most common ones include:

  1. The growth of IoT devices is inevitable since the demand for computing power rises steadily. This is why the expansion of DCs and network systems is a common case. Thus, facilities should be ready to transform their systems to adjust them for new needs.
  2. System scalability and data storage come as popular challenges for modern systems. The need to constantly improve and customize system capabilities gives rise to the need to expand the number of used components to be able to store new volumes of information.
  3. Security issues and the application of stringent measures for data privacy. In order to design a strong, reliable security system, it is necessary to combine multiple factors. These are RFID points, IoT analytics, and the human brain. The use of high-tech utilities and encryption systems allows for preventing cyber-attacks and data theft.
  4. Bandwidth improvements and network requirements. Today, system connection is enabled due to the use of mid-level bandwidth requirements. Still, when additional connections are added within IoT, the need for higher requirements arises.
  5. Scaling server configuration and storage architecture. The volume of stored datum increases daily. Huge amounts of information are accumulated over the years. Cloud storage comes as an effective solution for effective data storage over a long time.
  6. Centralized DC solutions and multiple locations. The creation of centralized systems allows for coping with the issue of where to store info that comes from multiple sources.
  7. Selective backup for cost-effective storage. With such a huge amount of info to be stored, there is no need to back up all the volumes. Thus, a selective method is widely applicable.

Options for DC Infrastructure Optimization for IoT Integration

Last but not least, proper space allocation is needed to achieve ergonomics and pump efficiency. The thing is that network systems can consist of thousands of components. That is, hectares of space is required to place such huge systems.

Server cabinets are used to accommodate the hardware. Furniture provides multi-tier storage of all sorts of devices and accessories. Metal constructions are incredibly durable and guarantee safe fastening and storage. Such products allow customers to keep units in order and create an optimal environment for smooth operation and easy access to all components.

Sysracks is a leading manufacturer in this sector, offering a range of high-quality server cabinets and racks. With a focus on durability, precision, and user convenience, Sysracks caters to various customer needs, ensuring optimal storage and organization solutions for server equipment.

To develop the best layout for a server cabinet, make sure to keep in mind the following conditions:

  1. Accessibility. Unhindered access to all devices is crucial for maintenance. When designing the layout, make sure that the staff won’t encounter problems with getting to certain components.
  2. Power requirements. Make sure that the PDU to which you plan to connect your system generates enough power to feed all units and power all devices.
  3. Connection to the network. Make sure to enable 24/7 connectivity to the network to guarantee that no data will be lost. Set up a backup storage system.
  4. Furniture scalability. Note that in most cases, network systems are expanded over time. New components and units are added to satisfy computing requirements. By buying a spacious model, customers will get a model that will serve for many years and provide enough space for all devices even after reorganization.

Multiple models of different constructions and sizes and for various purposes are offered on the modern market. Every customer can pick suitable solutions.

DCs are our future. Thus, the implementation of Internet of Things data center technologies will help make them more functional and effective. Keeping up with the latest tendencies will help design an advanced system for smooth operation.