At the recent CES show 2019 AMD has demonstrated a pattern of one of the new processors Ryzen 3000 (Matisse). This caused a storm of controversy about, whether the new CPU will offer greater, than eight cores. And now a well-known source of leaks Tum Apisak found evidence of the existence of the processor AMD Ryzen 3000 with 12 cores and 24 streams.
Engineering sample of this processor was seen in base UserBenchmark benchmark data. At this, that the new member of the family of Matisse, H2 indicates the designation at the end of the code name «2D3212BGMCWH2_37 / 34_N». Also note, that the sample tested on the motherboard AMD Myrtle-MS, which is a test platform for Socket AM4. That is, it is certainly a processor for the desktop segment, which is also compatible with current motherboards.
According UserBenchmark, during the passage of the average frequency of the processor in the test mode was Turbo 3,6 GHz, and the base - 3,4 GHz. The code name of the engineering model indicates, that the maximum frequency reaches Turbo- 3,7 GHz. TDP level in this case is 105 W. Note, that this is only an engineering sample, and they, as known, seldom have high frequency. Expected, with the result that the processors Ryzen 3000 will be able to offer a frequency in the region of 4.3-4.5 GHz.
Test latency cache indicates, the processor has 32 MB cache in the third level. You can also note, that the system has been tested with memory DDR4 from SK Hynix with a frequency 2666 MHz.
With regard to the test results, the first note of the nucleus growth performance as compared with current processors Ryzen 2000. In the processing of numbers of floating point operations engineering sample scored 130 points, that about 13 % More results Ryzen 7 2700X on the same frequency. Yet the architecture of Zen 2 really bring some improvements of the IPC.
At the end of note, each of 7 nm crystals processors third generation Ryzen comprises eight cores. Therefore, in this engineering sample clearly uses two crystal, and this in turn means, that AMD has the opportunity to release a 16-core processor performance Socket AM4.
