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After more than four years of work on the new "Zen" microarchitecture for their x86 processors, the beginning of 2017 heralds AMD's fresh attempt at recapturing the high-end segment. After having previously abandoned this front in the eternal battle between David and Goliath, AMD has rolled out the heavy guns in the form of a cutting-edge processor design going by the name of Ryzen.
The AMD Ryzen 5 1600X is a processor hailing from the new "Summit Ridge" generation with six physical CPU cores that, thanks to Simultaneous Multithreading (SMT), are capable of processing two threads at once on each core. This means that the number of processor cores is effectively supplemented by the addition of six further virtual cores to make a total of 12 virtual cores. The 6-core mid-range model functions at a high clock rate of 3,6 GHz per core which, due to the implementation of Precision Boost, performs real-time tuning in accordance with the performance demands placed on the processor. This holds true in respect to both games and applications, adjusting itself on-the-fly in prices 25 MHz increments within the TDP framework up to a maximum of 4,0 GHz Turbo.
In addition to these improvements the chip architecture also produces less heat and operates more quietly than any of its predecessors and is specially designed and optimised to work at high clock frequencies. These optimisations are due in part to the drastic improvements in energy efficiency and the low 95 Watt Thermal Design Power (TDP) of the CPU cores. The impressive specifications of this processor demonstrate the extent to which AMD's time has been invested into research and development. This goes a long way towards explaining the massive single-thread performance increase of up to 52% in terms of Instructions Per Cycle (IPC) as well as the manner in which the processor excels in highly parallelised multi-thread applications. These combined factors result in consistent and optimal performance.
The days of racking your brains perfecting the art of the manual overclock are at an end as the CPU can control the entire process itself: The AMD Ryzen 5 1600X is equipped with the revolutionary Auto-OC feature known as Extended Frequency Range (XFR) to allow the processor's clock frequency to be drastically increased over the factory-set boost clock, provided sufficient cooling is supplied to the processor. As soon as the integrated CPU sensors detect the need for greater heat dissipation, the Ryzen CPU adjusts its clock rates to the respective cooling solution accordingly.
Motherboards equipped with the AM4 socket serve as the foundation for AMD's range of Ryzen CPUs, and they also offer cutting-edge interfaces. The CPU itself possesses four dedicated PCI-Express 3.0 lanes providing compatibility with modern SATA and PCI-Express SSDs in both M.2 and U.2 formats as well as support for the NVM-Express protocol (NVMe for short). A further 16 PCIe 3.0 lanes deliver abundant bandwidth for even high-end gaming graphics cards. Additional PCIe lanes for data storage, expansion cards and peripheral devices are allocated separately, dependent upon the chipset of the motherboard. The new AM4 platform also supports up-to-date external device interfaces like USB 3.1 Gen 2 with Type A and/or Type C connectors and high data transfer rates of up to 10 Gbit/s.
The CPU's integrated memory controller supports AM4 motherboards as well as speedy and energy-efficient DDR4-RAM in dual-channel mode with or without ECC error correction. Ryzen processors are also continually monitored by AMD's special "Pure Power" sensors. These sensors monitor temperatures, voltages and frequencies in order to perfectly tailor energy usage with an eye to different use case scenarios. Even with respect to SIMD instruction set extension AMD is now pulling up equal to the competition and has now mastered AVX2 (Advanced Vector Extensions), which enable dramatic performance improvements in floating-point calculations in scientific simulations, video-, picture- and audio editing, as well as video games and multimedia applications, in so far as the application supports this feature.
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