Number of threads |
8
2 (33.3%) better
vs
6
|
Base frequency |
3.3 GGz
1 GGz (43.5%) better
vs
2.3 GGz
|
Power Consumption (TDP) |
15 Wt
-10 Wt (-40%) better
vs
25 Wt
|
Number of cores |
6
2 (50%) better
vs
4
|
Maximum frequency |
4 GGz
0.4 GGz (11.1%) better
vs
3.6 GGz
|
Manufacturing process technology |
7 nm
-7 nm (-50%) better
vs
14 nm
|
Passmark |
11565
4248 (58.1%) better
vs
7317
|
AMD Ryzen 5 2600H | AMD Ryzen 5 4500U |
General information | |
Type | |
Для ноутбуков | Для ноутбуков |
Architecture codename | |
Raven Ridge | Renoir (Zen 2) |
Number of cores A large number of cores improves performance in multithreaded applications.
At the moment, increasing the number of processor cores is one of the priorities for increasing performance. | |
4 | 6
2 (50%) better
|
Number of threads More threads help the cores process information more efficiently. Real performance will be noticeable in very specific tasks (video editing, databases). | |
8
2 (33.3%) better
|
6 |
Base frequency | |
3.3 GGz
1 GGz (43.5%) better
|
2.3 GGz |
Maximum frequency Processors with high clock speeds perform more calculations per second and thus provide better performance. | |
3.6 GGz | 4 GGz
0.4 GGz (11.1%) better
|
Manufacturing process technology | |
14 nm | 7 nm
-7 nm (-50%) better
|
Crystal size | |
246 мм2 | no data |
Transistor count | |
4500 million | no data |
64 bit support | |
Max number of CPUs in a configuration | |
1 (Uniprocessor) | 1 |
Socket | |
FP5 | FP6 |
AMD-V | |
Series | |
AMD Ryzen 5 | AMD Renoir (Ryzen 4000 APU) |
Maximum core temperature | |
no data | 105 °C |
PCI Express revision | |
3.0 | no data |
PCI-Express line count | |
12 | no data |
L1 Cache More threads help the cores process information more efficiently. Real performance will be noticeable in very specific tasks (video editing, databases). | |
128K (на ядро) | 128K (на ядро) |
L2 Cache | |
512K (на ядро) | 512K (на ядро) |
L3 Cache | |
4 Мб (всего) | 11 Мб (всего) |
Power Consumption (TDP) The calculated heat output shows the average heat output in operation under load,
the larger the value - the more the requirements for cooling and energy consumption increase. | |
15 Wt
-10 Wt (-40%) better
|
25 Wt |
Benchmarks | |
Passmark | |
7317 | 11565
4248 (58.1%) better
|
Cinebench 10 32-bit single-core | |
no data | 5337 |
Cinebench 10 32-bit multi-core | |
no data | 24156 |
Cinebench 11.5 64-bit single-core | |
no data | 175 |
Cinebench 15 64-bit multi-core | |
no data | 894 |
WinRAR 4.0 | |
no data | 3493 |
x264 encoding pass 1 | |
no data | 210 |
x264 encoding pass 2 | |
no data | 59 |
TrueCrypt AES | |
no data | 5 |
3DMark06 CPU | |
no data | 8934 |
Geekbench 2 | |
no data | 14964 |
Geekbench 3 32-bit single-core | |
no data | 3960 |
Geekbench 3 32-bit multi-core | |
no data | 18690 |
Cinebench R20 single core | |
no data | 444 |
Cinebench R20 multi core | |
no data | 1972 |
Technologies and extensions | |
AES-NI More threads help the cores process information more efficiently. Real performance will be noticeable in very specific tasks (video editing, databases). | |
+ | + |
AVX The presence of AVX commands improves performance in floating-point operations and in processor-demanding
applications. | |
RAM parameters | |
Supported memory types | |
DDR4 Dual-channel | DDR4-4266 |
Maximum memory size The maximum amount of RAM that can be used with this processor. | |
32 Gb | no data |
Max memory channels | |
2 | no data |
EEC memory support EEC memory is specially designed for systems with high requirements for data processing reliability.
This type of memory automatically recognizes errors that occur. Typically used on server computers. | |
Virtualization technologies |
Graphics specifications | |
Integrated graphics The presence of a video core allows you to use a computer without using a video card. | |
+ | + |
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