Intel Generation 14nm Processors are on the Way
Over two-thousand computers and applications around the world are currently evaluating Intel’s fifth generation Core family processors, also known as Skylake. Leading chip designer, Intel has utilized its vast experience in designing high performance computing solutions for companies ranging from small office sized PCs to massive multi-national corporate operations.
|Intel gen 14nm processor|
Intel is constantly looking for ways to incorporate state-of-the-art manufacturing technologies into its microprocessor products while still offering them affordable prices. This is how Intel’s newest processors are gaining popularity and making inroads on the global market.
With each new generation of Intel Core processors there comes with great advancements and new features which can only be described as ground breaking. The newest generation of Intel Core processors utilize a micro-architecture called “Clocking Intel”, which is very different from any other design.
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Previous micro-architecture designs were limited in their ability to scale up or down without significant performance loss. Intel’s core processing technology is now able to provide extreme efficiency in even the most demanding computing environments. These are truly remarkable times for Intel processors. Let’s take a look at some of the highlights of the new generation Intel Core processor family.
The new Core processor family’s main focus is on power efficiency and performance. In the past, Intel has used a single-core Intel CPU and a dual-core architecture occasionally. With the new generation Intel i5-based platforms, Intel has introduced a new product called the Intel core duo which utilizes a single-core Intel Celeron processor alongside a dual-core Intel Nehalem CPU.
The Nehalem was previously manufactured using a penta-core CPU which has enabled great increases in both speed and power but the new Nehalem CPU will be the first of its kind to utilize a single-core Intel processor.
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Intel has gone one step further by introducing two new name brand generations of its Intel Core processor lines. The Intel Pentium Processor is now called the Intel Pentium Nested.
The Intel Pentium Nested will be manufactured on the current Intel Nehalem CPU with a slight variation using a socket for the socketed AMD Exciting Technology (ATX). The same socket will be used for the Intel Pentium Processor as all previous generations of Intel Core processors. For those not familiar with the Intel numbering system, the new names are very easy to remember.
The introduction of the 14nm process is another major improvement to the new Core processor family. This process is more efficient than the current generation and delivers better performance on desktop PC hardware.
It has also shown superior reliability and performance in both desktop PC and server testing. The increased manufacturing capacity and the tighter wafer quality within the 14nm process have enabled Intel to reduce the manufacturing yield for Intel Pentium processors in comparison to their former 14-nanometer offerings.
Within the family of Intel micro-architecture products there is another significant product to discuss. The Intel Pentium processor is for the laptop segment. The typical laptop’s entire processor (the motherboard) and its memory are enclosed in a protective case with a lid.
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The new, thin-and-light design was created to increase the space available for electronic components and make them more portable. The entire system can be compacted into a small case with very little baggage. Furthermore the new notebook PC designs are using a much faster Processors with up to four threads and four Global Positioning System Units.
There are several other products in the works from Intel. Rumours abound that Intel is developing a new Haswell chip family. Rumours also suggest that Intel will soon release a new Haswell architecture, based on the anium architecture. These rumors don’t bear any resemblance with the current Intel xeon processors, so it will be interesting for us to see what the Intel roadmap ends up looking like.
Intel has clearly put a lot into their latest generation microprocessors. The new 14-nanometer manufacturing process technology provides significant improvements in performance per watt. These new 14-nanometer products will be available in stores by early next year.
Stay tuned for our next part of this article series where we take a closer look at the new chips manufactured by Intel.