Top 4 Applications of Micro Server IC
Micro servers are tiny pieces of equipment which are utilized in the low-power microprocessor chips & places where the space is limited. With the exemption of boot FLASH, DRAM, and power circuits, the majority of the server motherboard capacities are integrated on a single microprocessor. A micro server integrated circuit (IC) contains thousands/millions of semiconductors such as resistors, transistors, and capacitors. To perform calculations, micro server ICs in fact is used as chips. Transistors in a micro server IC is extremely small, measuring in nanometers.
Top 4 Applications
Micro servers have recently emerged as a common choice for SMEs that require a server but do not require a full-scale rack or tower server. Micro servers are also used by businesses that have a small IT staff at their local/branch offices. Micro servers are currently well positioned across a range of business sizes, as well as data centers and cloud companies, particularly for those with precise functional and application requirements.
• Data Center Applications- Micro server ICs are becoming more popular in data centers applications because these are cost-effective, use less power, and take up less physical space than enterprise-class rack servers. Growing demand for data centers in different business domains like IT & telecommunications, healthcare, banking, agriculture, & government is expected to aid its demand. The number of people who are browsing the internet have increased over the years, resulting in increased internet traffic and the need for more data centers. According to ITU, there were about 4.1 billion net users worldwide in 2019. The increasing number of data centers would provide opportunities for the micro servers to grow.
• Edge Computing- Edge computing is a highly emerging application for micro server ICs, with the highest growth rate expected. Edge computing has risen to prominence as a result of the implementation of the hyperscale cloud coupled with increasing investments in IoT. Edge computing in fact is a novel enabler of both customer insights & retention as organizations strive in remaining competitive in the digital business era, particularly in a post-pandemic world. Edge computing applications will be driven by cloud-independent solutions developed by system integrators, independent software vendors, and enterprises. Furthermore, the increasing adoption of 5G solutions will provide lower latency and a means to connect the growing number of various edge devices, especially within the consumer space. Edge computing is becoming increasingly important for applications like connected & autonomous vehicles, IoT and smart manufacturing, and smart cities. It has accelerated the growth of edge data centers, and the increasing significance of compact servers due to space constraints creates opportunities for micro servers.
• Web Hosting and Cloud Computing- Another important factor driving the micro server IC demand is increased need for web hosting and cloud computing. The cost of cloud storage and online web hosting has decreased in recent years, increasing demand for web hosting and cloud computing. Cloud computing necessitates increased data processing, security and storage for cloud service providers. Several cloud computing service providers are competing to offer cloud computing solutions at a reasonable cost. Because micro server ICs require less initial investment, many small and medium-sized businesses are likely to choose them over traditional full-fledged enterprise-class servers.
• Media Storage- With regards to micro server adoption, media storage is the most common application. As a result, factors such as the continuous growth of digital content, the increasing popularity of video-on-demand content, the propagation of high-definition videos & various other interactive applications, and the growth in user-generated content drive the demand for micro server IC.
Final Thoughts
A key driver for the popularity of micro server IC is advancements in micro server IC technology. Over the last few years, the size of a transistor utilized in the micro server IC has decreased, making them smaller and more energy-efficient. Several micro server IC users have replaced their existing micro server ICs in order to improve energy efficiency, compute capacity, and reduce heat that is generated by the micro server ICs. Because of advancements in micro server IC technology, companies are making micro server ICs that are more energy-efficient at a lower price than previous micro server IC architectures of the same company.