Server Processors

High-performing processors are indispensable when it comes to large-scale, demanding workloads where reliability and performance are non-compromisable for successful business operations. Choose a processor from ServerBasket’s collection of top-tier CPUs to run virtualization, databases, web servers, cloud computing, AI/ML, HPC, Big Data, scientific simulations, rendering, and content creation. Our CPUs have heavily advanced architecture, core counts, clock speeds, and multi-threading features that are designed to serve greater user loads and data volumes while elevating your business results.

If your workloads require working with more demanding applications like AI, virtualization, Big Data, etc., up to 16 cores suffice. For extremely heavy tasks that include High-Performance Computing, large scientific simulations, and complex video rendering, 32 to 64 cores are needed, but ML tasks need more than 64 cores based on complexity. Our collection includes processors from top brands like AMD and Intel with maximum cores reaching up to 256.

Thermal Design Power or TDP is a crucial indicator of a server processor’s efficiency. It is the maximum power the processor consumes during full load. A higher TDP is indicative of a better performance but dissipates more heat. TDP determines the choice of a proper cooling solution that can ensure the longevity of the hardware. Clock speeds, core counts, and voltage affect TDP. Choose from our processors to find a range of CPUs with configurable TPD choices and fine-tune power efficiencies to your environments.

Cache memory is a high-speed memory that stores frequently accessed data/instructions for fast data retrieval instead of retrieving it directly from RAM. L1, L2, and L3 are the types of cache memory where L1 is the closest, fastest, and smallest. L2 is assigned to the CPU or is shared between cores to accelerate multi-threading. L3 is the largest cache shared among multiple cores for less frequently used data. This minimizes the need to access main memory which is slower and reduces latency too.

The processor’s architecture decides the overall performance of the server affecting the speed and efficiency at which the data is processed. Different processor architectures include x86, ARM, AMD EPYC, MIPS, RISC-V, and AMD64. Each architecture has its pros and cons. X86 is the most popular CPU architecture, mostly used in Intel and AMD processors. It is based on multi-core performance, scalability, broad software compatibility, cost advantage, and advanced technologies like AI acceleration.

We are India’s most trusted e-store for IT hardware solutions. We have solutions for all applications and needs with variations available to cater to the targeted use cases. Access a premium collection of quality-certified enterprise CPUs for servers from leading brands like Intel and AMD. Find the CPUs tailored to your goals at the most affordable prices with custom configuration support from an adept IT team. Enjoy a complete set of services like free shipping, warranty support, and easy returns along with flexible payment options and exclusive discounts.

Intel Xeon processors are designed for heavy workloads, with support for multi-core processing, robust virtualization, and scale-up performance. They provide support for ECC memory, minimize system errors, and maintain data integrity, giving them tremendous reliability for enterprise use, data centers, and mission-critical business applications.

Intel Xeon processors are built for servers, workstations, and HPC workloads with an increased number of cores, larger cache memory, and support for ECC. They are particularly good at multitasking, virtualization, and reliability, while Intel Core processors with fewer cores than Xeon CPUs are consumer-level, ideal for desktops, laptops, and general-purpose computing.

Yes, Intel Xeon processors feature DDR5 memory that delivers high bandwidth and low latency. These processors also feature ECC (Error-Correcting Code) memory, which monitors data corruption and rectifications, providing system stability and data integrity for mission-critical applications.

Yes, Intel Xeon processors have integrated AI accelerators and HPC support. Due to the Intel Deep Learning Boost and AVX-512, these CPUs help to process AI, ML, and data-intensive workloads efficiently by providing faster model training and inference.

Intel Xeon processors have some of the most advanced security features built into them, such as Intel SGX (Software Guard Extensions), Intel TME (Total Memory Encryption), and Boot Guard. These features help to protect the confidentiality of data, secure workloads, and suppress unauthorized access altogether.

AMD EPYC processors provide greater core units and memory bandwidth, which is best suited for parallel workloads. Intel Xeon processors are optimized for single-threaded performance, as well as are ideal for enterprise and mixed workloads. Both provide strong security and reliability for modern data centers.

You can buy Intel Xeon processors from ServerBasket at an affordable price. We provide authentic, high-performance processors with warranties and technical assistance, guaranteeing excellent compatibility with your server setup and accelerated application performance.