Despite the major rebranding efforts of Intel beginning January 2006, the company continued to sell “Yonah Core” computers for Pentium M and Core series which were the first Intel processors to be used as the main processor in Apple Macintosh computers. The 32-bit microarchitecture of the “32-bit” Yonah CPU, Intel’s first dual-core, low-power mobile processor, contradicted its name and had more in common with Pentium and M-brand CPUs than the subsequent 64-bit core micro arch architecture of the Core 2-brand CPUs. The dual-core layout of the Yonah CPUs was similar to the two connections of Pentium-M and Core-2 CPUs packaged on a single silicon chip (IC).
Intel also introduced a dizzying array of Pentium-class chips such as the MMX (1996-1999), Pentium I (1995-1998), Pentium II (1997-1999), and Pentium III (1999-2003) as well as Pentium 4 (2000-2008) and even Pentium M (2005-2008). Later that year, the first generation of Intel Core processors was introduced, paving the way for Intel’s Core and Core 2 CPUs and eventually made the leap to the current Core i3, i5, and i7 lineups. The next rung on the ladder was the Core i5, a popular mid-range processor introduced by Intel in 2009.
Intel Core processors arrived on the desktop in mid-2006, replacing the Pentium series, which included Intel’s high-end processors. The Pentium 20th anniversary edition was released in 2014 to honor the venerable grandfather of PC processors but continues to occupy a strategic position at the lower end of the Intel product range. Meanwhile, AMD is on the rise in Intel’s first choice for computer processors.
Intel is the market leader in the powering of most Windows and Mac OS X -based systems, providing processors for servers, embedded devices, and an increasing number of mobile devices. The popular Intel (r) Core (TM) processor series (Core i3, Core i5, Corei7, and Core i9) provide power to household and family laptops, gaming consoles, everyday business laptops, beefed-up mobile workstations, and everything in between. It is an impressive legacy that makes Intel the leading manufacturer of CPUs and offers tangible benefits for laptop users.
Intel mobile processor technology is more efficient and produces less heat than desktop chips without sacrificing CPU performance or simple portability. Recent generations of Intel Core Y Series processors in laptops consume only 7 watts of power and produce very little heat, eliminating the need for a fan. Our Intel laptops make the longest-running systems that you can buy with long battery life and energy-saving Intel processors, Intel chipsets, and numerous Lenovo-specific features.
Given that so many consumers are looking for a new desktop or laptop PC, one of the biggest considerations is what processor it will have. In our tests in recent years, we have seen some trends that should be kept in mind when deciding on processor options.
In the past, we analyzed the differences between Intel’s Core i3, Core i5, and i7 CPUs, as well as things like Intel’s 7th Generation Kaby Lake processors and Google’s Mesh Node Wi-Fi systems that lived up to the hype. Intel CPUs in laptops from Lenovo Table 1 shows the Intel processor brands in Lenovo laptops. Lenovo’s core processors are best suited for business-ready ThinkPad systems, Yoga 2-in-1s, and high-speed Legion gaming laptops.
The Intel Core brand promises internal consistency and continuity, and the processor families are largely very similar. The range of Core Processors includes Intel Core i3, Intel Core i5, Intel Core i7, and Intel Core i9 (X series) as of June 2017. These are identical but more powerful versions of Intel’s best-selling Xeon processors for the server and workstation markets.
These processors have a higher core count (eight for the ninth-generation i5), a bigger cache, and bumpier graphics performance, but still have the same memory capacity as the i5, although that may change in the future. The 11th-generation Core i5 processors consume more power than the 10th-generation Core i5 processor and AMD Ryzen processors but they are still affordable, their six CPU cores provide enough power for graphics-intensive games and they do not emit much heat, although that could cause major problems for long term. At the top of the Intel Core Pack, you will find many of the most powerful processors, the Core i9-9900K being a current favourite for gaming.
The 11th generation Core i7 processors run hot and consume more power, but their two additional processor cores provide at least a noticeable speed boost for high-end video editing and 3D creation apps, and you won’t notice any difference when surfing or editing documents. If that’s the type of work that you’re doing, you should avoid the 11th generation Core i9 models that are a lot cheaper than the Core i7 versions, but consume a lot more power and offer better performance.
If you want straight to the point, most core i7 CPUs are better than most Core i5 CPUs and the same goes for most Core i3 CPUs. You will also get better Intel Celerons and Intel Pentium processors.
The core name is a high-level categorization that helps to differentiate a processor within a certain generation. A specific kernel name does not mean that the processor has a certain number of cores, but it guarantees functions such as hyper-threading, which helps the CPU process commands faster. The processor number for a 6th or 9th generation Intel (r) Core (TM) processor starts with a single-digit indicating generation number, followed by a three-digit item number.
Intel Core i9 CPUs are the most powerful option in Intel’s core processor palette going forward, so don’t be afraid to spend some money. Core i7 processors can have between six and eight cores and hyper-threads, depending on the model. Hyper-threading creates a virtual core that works in such a way that the processor has more cores working simultaneously.
Intel Celeron processors are a series of desktop and laptop CPUs based on Pentium 4-core chips. They have less cache and memory for slower speeds, making them an affordable choice for browser-based activities rather than processor-heavy applications. Popular for its phenomenal performance in a tiny case, the HP Slim Desktop PC packs an Intel Pentium processor into a tower just a foot (3.74 inches) wide.