AMD Ryzen 7 2700X 4.35 Ghz AM4 Processor

AMD Ryzen 7 2700X 4.35 Ghz AM4 Processor

These processors incorporate a massive performance improvement in all aspects, which means that AMD's four-n-core, hexa-core, and octa-core CPUs exceed their predecessors and combine innovative íres with a pioneering platform, as well as cutting-edge I/O interfaces. AMD's new "Zen" architecture is so flexible and helpful that it can be installed on high-end desktop platforms, as well as on APUs mainstream using integrated graphics and allowing processors to scale from high performance servers for data centers to the end.

AMD ZEN – THE ARCHITECTURE OF THE FUTURE

The AMD Ryzen 7 2700X is a processor coming from the new "Summit Ridge" generation with eight n &o clock CPU óals, which, thanks to Multithreading Simulate & Aneuteo (SMT), are capable of processing two threads at once in each n &uteuco. This means that the number of processor counts is supplemented by the addition of eight additional virtual clobings to make a total of 16 effective \line} {\cs6\f1\cf6\lang1024} {\cs6\f1\cf6\lang1024} {\cs6\f1\cf6\lang1024} {\cs6\f The top-end 8 n &uanicas model works at a clock speed of 3.7 GHz per n &uteacto which, thanks to the implementation of Precision Boost, performs a real time optimization according to the demands of the processor performance. This is both for the games and for the applications, to be instantly installed in precise increments of 25 MHz within the TDP frame up to a maximum of 4.3 GHz.

The chip architecture also produces less heat and operates silently than any of its predecessors and is specially designed ñ and optimized to work with high clock frequencies. These optimizations are due in part to the improvements in energy efficiency and the 95 watts of the power of the ñ or t &eestics (TDP) of the n &uantias of the CPU.

Silicon is lithographed in the advanced 12 nm FinFET manufacturing process with stacked transistors (also known as 3D transistors). This remarkable scale reduction has resulted in the space that is released into the processor matrix, allowing the integration of a total of 4 MB of level 2 cach éres and a complete 16 MB level 3 cach in the central part of the PC. Due to the cleverly controlled cach buffer and thanks to the "Smart Prefetch" hop prediction algorithms, Ryzen is able to ensure instant access to the data and the performance of c &aecutepido in all use cases-regardless of whether the task involves virtual games or cloud computing and virtualisation.

UNLOCKED CPU

All AMD Ryzen CPUs are "unlocked" and come with an unlocked multiplier that allows overckers to achieve relatively high clock speeds in a virtually foolproof way. The overcocks mentioned are easily realizable by manual alterations to the BIOS or UEFI, or by software tools that are ñ ed to increase the set impulse clocks of the set.

EXTENDED FREQUENCY RANGE (XFR) FOR DISCONNECTION &O ' S &AUTOM

As one of the "X" variants, the AMD Ryzen 7 2700X is equipped with the revolutionary Auto-OC function known as the Extended Frequency Range (XFR) to allow the processor clock frequency to be increased dr &austically during the set of the configured f &arectibrated amplification clock, provided that sufficient cooling is provided to the processor. As soon as the integrated CPU sensors detect the need for greater heat dissipation, the Ryzen CPU adjusts its clock speeds to the respective cooling solution accordingly.

Therefore, the user's interaction is unnecessary: &iex; the overclocking has never been so f &arecucil! Depending on whether the CPU temperatures are being maintained by a comparatively low air cooler ñ or, a large (double) tower cooler, an AiO or a custom water cooler, or even extreme liquid cooling options such as LN2, XFR, the clock frequencies are adapted to the degree of cooling performance provided.

THE AM4 PLATFORM

The base plates equipped with the AM4 z ó serve as the basis for AMD's Ryzen processor range and also offer cutting edge interfaces. The CPU itself has four dedicated PCI-Express 3.0 lanes that provide compatibility with the modern SATA and PCI-Express SSDs in the M. 2 and U.2 formats, as well as NVM-Express (NVMe for short). Another 16 PCIe 3.0 lanes offer plenty of bandwidth even for high end game play cards. Additional PCIe lanes for data storage, expansion cards, and rich perif devices are allocated separately, depending on the base board chipset. The new AM4 tambi &eatern platform supports updated external device interfaces such as USB 3.1 Gen 2 with Type A and/or Type C connectors and high data transfer speeds of up to 10 Gbit/s. The CPU integrated memory controller supports AM4 cards, as well as DDR4-RAM r &aaiptios y eficiente de energ íres a en modo de double carcase con o sin correcci &oatón de errors ECC.

Ryzen tambi processors are continuously monitored by AMD's "Pure Power" sensors. These sensors monitor temperatures, voltages and frequencies in order to perfectly adapt the use of energy to with an eye to different scenarios of use cases. Even with respect to the extension of the SIMD instruction set, AMD now dominates AVX2 (Advanced Vector Extensions), which enable dram improvements in the performance of the floating point links in cient simulations, and the video, image and audio, as well as video games and multimedia applications, to the extent that the application supports this function.

Character íres:

• 8 n "Zen" calls with a power t &erenmic power of dñ or 105 watts (TDP).
• 16 threads thanks to Multithreading simult &aUteños (SMT).
• Single and multithreaded thread performance very high.
• The 3.7-GHz Base and 4.3 GHz Turbo with Precise Increase &oatutico XFR
• Unlocked multiplier for manual overclock (unblocked CPU)
• Great cach Memory: 4 MB L2 and 16 MB L3.
• FinFET transistors of 12 Nan performance.
• Extensions of AVX2 instruction sets for complex vector-vector links.
• Two AES units for a reliable and reliable r &aecatos data encryption.
• Modern AM4 platform with extensive functions
• Supports power to DDR4-RAM (Dual-Channel).