2500k vs 2600k – Desktop Processor Comparison
2500k vs 2600k
A 2500K vs 2600K direct comparison would reveal very little difference between the two, making it tricky to decide where they will really differ.
The Core i5 2500K model and the Core i7 2600K model are the flagship top of the line models made for desktop computers.
2500k vs 2600k basics:
The 2500K processor has 4 cores and a clock speed of 3.3 GHz with a maximum turbo frequency of 3.7 GHz while the 2600K processor also has 4 cores but with a clock speed of 3.4 GHz that can reach up to 3.8 GHz with the new Intel Turbo-Boost technology.
Both processors have an integrated 850 MHz Intel HD graphics 3000 graphics processor and a Thermal Design Power of 95W.
The main difference comparing the 2500k vs 2600k would be the size of the L3 cache, which is 6MB for the i5 while 8MB for the i7.
The L3 is shared by all cores, along with the graphics processor, and having a larger cache means greater efficiency.
The 2600K also has Hyper-Threading capabilities, with a total of 8 threads available, making it more efficient and a much more powerful model.
This is negligible though if one will only be using web browsers, office programs, and running multimedia entertainment software.
You would only notice a difference in performance if you run multiple CPU and GPU demanding programs such as video editing, animating, programming, and playing high-end games.
2500k vs 2600k specs:
Core i5 2500k (Q1 2011)
-4 cores
-3.3ghz
-6MB L3 Cache
-Average retail price $200
Core i7 2600k (Q1 2011)
-4 cores + 4 hyperthreading cores
-3.4ghz
-8MB L3 Cache
-Average retail price $300
What do these numbers mean?
It means these are two of the best performing processors out there currently.
They are at an extremely reasonable price and all the bugs with the original motherboards have been completely resolved.
Lastly, considering the 2500k vs 2600k, if you are looking for a new computer and want a processor that is future proof, well as future proof as any technology is, then there should be no question that one of these will suit your needs.
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The Intel Core I7 2600K For High-Performance Computing
i7 2600K
The Intel i7 2600K is a beast released from the renowned Sandy Bridge architecture which paved the way for more powerful and efficient computers due to the 32 nm fabrication technology adapted for its class of microprocessors.
The Intel Core naming convention follows the i3, i5, and i7 standard arranged in increasing computational power.
One of the most powerful models in the high-performance class designed for desktop computers is the Intel Core i7 2600K, which runs at an amazing rate of 3.4 GHz.
This model was launched in the first quarter of 2011 with price ranging between $317 and $326.
As an i7 processor, the 2600K is capable of the Intel Turbo Boost functionality that extends the power of the processor up to 3.8 GHz.
This boost in computational power is designed for demanding applications that require extra muscle power to execute a multitude of commands simultaneously.
With four cores, the 2600K can handle up to eight threads for unprecedented hyper-threading implementations.
Multithreading capability is further enhanced by Intel Smart Cache technology backed by 8 MB of dedicated memory. Furthermore, L3 cache is used to enable multilevel caching.
The bus to core ratio of the 2600K is rated at 34.
For this ratio, the processor reaches a direct media interface (DMI) rate of 5 gigatransfers per second (GT/s) on a 64-bit instruction set.
A notable feature of Sandy Bridge processors is the integration of the graphics processing unit on the same chip.
The Intel Core i7 2600K has a graphics clock rate of 850 MHz. With Turbo Boost, this rate is increased up to 1350 MHz.
When compared with the older Clarkdale architecture, this class of Sandy Bridge microprocessors has a GPU that is twice as powerful.
The processor graphics is powered by Intel HD Graphics 3000 and supports almost every Intel graphics technology except for wireless display.
Intel Quick Sync Video, InTru 3D Technology, Insider, Clear Video HD Technology, and Flexible Display Interface are all supported.
The Intel Core i7 2600K is truly built for performance computing so that other hardware enhancements are supported such as DDR3 RAM that can accommodate up to two channels with a maximum bandwidth of 21 GB/s.
Maximum memory size is specified at 32 GB.
With all the raw power sported by the 2600K, it is expected to have a high thermal design power (TDP) operating at 95 W.
Overall, the i7 2600K is highly recommended for computer enthusiasts who require extra processing power for editing videos and rendering 3D.
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The I5 vs I7 Comparison
The i5 vs i7 Comparison
The Intel Core series finally settled with a more organized naming of their microprocessors using the i3, i5, and i7 naming conventions.
The Intel Core i5 and i7 microprocessors are of particular interest since these components provide high-level performance for demanding applications.
The i5 vs i7 comparison thus becomes more relevant especially with the introduction of the Sandy Bridge microarchitecture that uses the 32 nm processing technology.
Compared to its predecessor, the Sandy Bridge architecture integrates a graphics processing unit with twice the power. Overall CPU performance is also increased to as much as 17%.
The Core i7 processors occupy the extreme performance demand in the mobile market.
The Core i7 Extreme runs at a standard CPU clock rate of 2.7 GHz.
With Intel Turbo Boost technology, a clock rate of 3.7 GHz is achieved via dynamic CPU control.
It also sports the L3 multilevel cache of 8 MB.
Because of its extreme computing power, the Core i7 Extreme runs with a thermal design power (TDP) of 55 W, which is the highest value among all the processors in the Intel Core series.
All other processors carrying the i7 naming convention with model numbers between 26xx and 28xx run between 1.5 and 2.5 GHz.
The Core i5 processors, on the other hand, occupy the upper mainstream portion of the mobile market.
Model numbers use the 24xx and 25xx coding system.
The i5 processors follow a similar range of CPU clock rates as the i7 but are limited to 3 MB of L3 cache. TDP for the i5 is rated at 17 W and 35 W for higher and lower end models, respectively.
Just like the i7, the i5 is also designed to run the Turbo Boost technology providing up to 50% more processing power.
From the i5 vs i7 comparison, it is clearly evident that i7 processors are more powerful than i5, hence, also more expensive.
Cheapest i7 processors cost about $300 while the Extreme variant costs about $1000. Cost of the i5, on the other hand, plays around $250.
Cheapest laptop running the i5 is Lenovo IdeaPad starting at $549.99, while the more expensive i5 laptop is HP EliteBook at $1,600.
Acer Aspire at $600 with i7 processor is the cheapest in its class, while Dell XPS 16 at $2,699.99 is at the higher end.
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i5 2500k Review – The Latest And Greatest Of The Core i5 Line
i5 2500k Review
Released earlier this year, the Sandy Bridge Intel Core i5 2500k is the latest in Intel’s popular line of computer processors.
Like its predecessors, the 2500k cashes in on Intel’s successful computing formula.
It combines speed, power and a large capacity for memory.
Whether it is being used for simple word processing or for more complex computations such as gaming or streaming high definition video, the i5 2500k may represent Intel’s perfection of the i5 line.
The i5 2500k shares a number of things in common with other popular i5 processors.
Like the i5 650, the i5 750 and the i5 760, the 2500k uses a quad core design, ideal for complex computing such as streaming online games or encoding video.
Like its predecessors, it also runs on a 64-bit instruction set and has a 95W Max TDP.
It even uses the same memory type, which means that it can be upgraded using memory cards from the older models.
Like the i5 650, it contains Clear Video HD technology, making it perfect for downloading sports matches or watching BluRay movies.
While the i5 2500k shares some traits with its predecessors, it also improves upon the older technology.
With a maximum memory size of 32 GB, it has twice the memory capacity of any of the older models.
It also employs the 2.0 updated version of Intel Turbo Boost technology.
With all of this added power, it is a good thing that this processor is the first of the i5 line to introduce thermal monitoring technologies.
This helps to keep the system cool and running smoothly.
Its system cache is a 6MB Intel Smart Cache, which is actually a step backward from the 8MB versions found in the i5 750 and 760.
That said, the 2500k is a faster, more powerful processor and is suited to nearly any home computer use.
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Welcome to 2500k vs 2600k
Welcome to 2500k vs 2600k!