6 Intel Server Innovations to Watch in 2024

Intel servers are known worldwide for their high-performance compound capability, better management, and storage options.  

These servers are built on Intel’s advanced processor technologies, such as the Intel Xeon series, for better reliability, expandability, and efficiency.  

Intel servers support many technologies and applications, such as cloud computing, data analytics, artificial intelligence, and business applications.  

With the growth in technology, they include suitable innovations to boost your business efficiency in 2024. 

Let’s take a look at six prime innovations in the article below. 

#1: Integration of Intel Xeon Scalable Processors

The integration of Intel Xeon scalable processors into Intel servers is one of the most advanced innovations for 2024. These processors provide a powerful blend of performance, flexibility, and efficiency for modern businesses and are designed to handle various workloads, including data analytics and artificial intelligence. 

Companies can get scalable and robust computing infrastructure according to their growing needs by properly integrating Xeon processors into these servers. This server innovation provides a range of benefits, such as:  

• Better Performance: Get high computational power for demanding workloads and ensure faster processing abilities to reduce redundancy. 
• Scalability: Support smooth scaling of your computational resources and allow businesses to manage workloads efficiently as their operations grow. 
• Security Purposes: This integration supports high-end Intel security technologies such as SGX to protect your crucial business data from all potential threats. 
• Energy Efficiency: This technological integration optimizes overall power consumption to reduce operational costs and support sustainable IT practices.

#2: Intel Ethernet 800 Series to Accelerate Network Performance

Another innovation of these servers is Intel’s Ethernet 800 series. This advanced connectivity solution is designed to improve network performance in Intel servers. It is designed to improve your network performance with innovative and versatile work capabilities to optimize your NFV, storage, HPC-AI, and hybrid cloud workloads.  

These network adapters are built to support up to 100 Gbps speeds, which makes these devices ideal for data-intensive applications like cloud computing, virtualization, and large-scale data centers.  

By integrating the Ethernet 800 series into your servers, your organization can significantly improve networking capabilities and ensure smoother and more efficient data flows for suitable operations. Some key advantages of this innovative technological integration are: 

• High-Speed Connectivity: These Ethernet-based connectors support high-speed data transfer and improve your overall network efficiency. 
• Lower Latency: This ability reduces data transmission latency and ensures better response times for crucial applications and real-time services. 
• Advance Traffic Management: This technology includes a dynamic device personalization option to optimize your network’s traffic management and enhance the performance of specific workloads. 

#3: Intel Optane Persistent Memory to Revolutionize Data Storage

Intel Optane Persistent Memory is included in Intel-based servers as a huge advancement in data storage technology. It combines the characteristics of traditional memory and storage options to provide high-level performance and capacity. This persistent memory retains your data even if the power is off; it provides a particular combination of speed, persistence, and larger memory capacities.  

This technology is highly beneficial for work that requires fast access to large data sets, such as in-memory databases, big data analyses, and real-time data processing. You can get further benefits using this technology, such as:  

• High Memory Capacity: This memory technology provides better capacity than the ancient DRAM option. It enables your business to manage and process resource-in memory-intensive data sets. 
• Improved System Performance: This option improves your overall server performance and reduces all issues related to data processing. It provides a more efficient work environment and presents a reliable option for your business operations. 

#4: Intel Deep Learning Boost to Empower AI-Driven Workloads

AI and deep learning workloads can be easily accelerated with the help of a set of innovative instructions called Intel Deep Learning Boost (DL Boost). It is built into Intel Xeon Scalable CPUs.  

DL Boost maximizes neural networks’ performance by increasing the effectiveness of crucial operations like matrix multiplication, which is essential for AI algorithms.  

This technology can greatly benefit applications like natural language processing, picture recognition, and predictive analytics, enabling your company to handle AI workloads more quickly and effectively. It also includes some benefits. 

• Accelerated AI Performance: Speeds up AI processing by up to 30x. It enables faster training and inference for deep learning models.
• Lower Latency reduces the time it takes to process AI tasks and improves the responsiveness of AI-powered applications.

#5: Intel Smart Edge to Enable Edge Computing for Businesses

A comprehensive edge computing architecture called Intel Smart Edge aims to move data processing capability closer to the point of data production. With the innovative Intel Smart Edge, businesses can implement and manage edge computing systems that handle data locally. 

This reduces the need for centralized data centers and increases overall system responsiveness. Applications like IoT deployments, smart cities, and industrial automation that demand real-time data processing and low-latency transmission would benefit most from this technology. It provides benefits like: 

• Enhanced Bandwidth Efficiency: This reduces the amount of data that needs to be sent to centralized data centers. It optimizes your overall bandwidth usage, reducing network congestion.
• Scalable Edge Deployments: This platform supports a wide range of edge devices and applications., allowing our businesses to expand their edge computing infrastructure as needed.

#6: Intel Resource Director Technology to Optimize Workload Management

The key to optimizing server performance and business efficiency is effective workload management. With Intel Resource Director Technology (RDT), resources are allocated inside a server as efficiently as possible, guaranteeing that workloads that are crucial to performance get the resources they need to run as efficiently as possible. 

• Intelligent Resource Allocation: Intel RDT intelligently allocates critical resources like CPU, cache, and memory and manages their distribution. This ensures that more important jobs are given more resources, while tasks that are less important are given fewer resources.  

Bottom Line 

Intel-based servers include advanced innovation to provide you with improved performance for your business operations. These servers commit to robust security options that protect your business data from massive attacks and online threats. These servers navigate all the challenges and opportunities of the digital age. 

These innovations provide all the tools and technologies required to improve efficiency in different domains. So, these servers can be your perfect choice, whether you are a small business looking to boost its IT infrastructure or a big business wishing to stay at the forefront of technological innovation.

Read more: 7 Essential Storage Solutions Every Business Needs