AMD Ryzen 5 9600X 6-core AM5

AMD Ryzen 5 9600X 6-core AM5

AMD
94 综合评分
vs
Intel A10-5800B

Intel A10-5800B

Intel
66 综合评分

买家怎么说

AMD Ryzen 5 9600X 6-core AM5

88 满分 100 置信度中 29 条评价

AMD Ryzen 5 9600X 因其出色的游戏性能、能效和相比前几代更低的温度而广受赞誉。用户强调系统静音和散热的显著改善,使其成为新装机或从旧平台升级的诱人选择。虽然有些人指出,与7000系列相比,性能提升不足以让现有AM5用户升级,但总体情绪非常积极,许多人推荐它作为预算友好的绝佳选择。

优点
  • 出色的游戏性能
  • 更低的功耗和温度
  • 系统运行更安静
  • 预算装机的良好价值
  • AM5平台的未来保障
缺点
  • 不附带散热器
  • 旧主板需要更新BIOS
  • 相比7000系列性能提升有限
  • 不附带导热膏
👍 Gaming performance 8
👍 Power efficiency 6
👍 Thermal management 5
👍 Value for money 5
🤔 Upgrade worth 4
👎 Cooler inclusion 3

Intel A10-5800B

暂无用户反馈

评分

Efficiency
AMD
98
Intel
77
Budget
AMD
97
Intel
66
Productivity
AMD
94
Intel
71
Gaming
AMD
87
Intel
63
Ai Llm
AMD
82
Intel
61
Server
AMD
80
Intel
59

规格

AMD Ryzen 5 9600XIntel A10-5800B
Processor
BrandAMDAMD
SeriesRyzen 5Ryzen 7
Model9600XA10-5800B
CodenameGranite RidgePiledriver
Classdesktopdesktop
Process4★7
Cores & Clocks
Cores6★4
P-cores68★
Threads12★4
Base Clock
3,900
3,800
Boost Clock
5,400
4,200
Cache
L2 Cache6★4
L3 Cache3232
Performance
PassMark Multi
30,092
25,703
PassMark Single
4,571
3,381
Memory
Memory TypeDDR5★DDR4
Max Speed
5,600
3,200
Channels2★—
Max Memory
192
无数据
ECC✓✓
Platform & Power
SocketAM5Socket FM2
PCIe5.04.0
PCIe Lanes28★20
TDP6565
Max Turbo Power88★—
Unlocked✓✓
Graphics & AI
Integrated GraphicsAMD Radeon Graphics—

优缺点

AMD Ryzen 5 9600X 6-core AM5

  • Strong single thread (97th percentile)97th %ile
  • Strong social proof (97th percentile)97th %ile
  • Strong platform (95th percentile)95th %ile
  • Strong efficiency (95th percentile)95th %ile

Intel A10-5800B

  • Strong efficiency (92nd percentile)92nd %ile
  • Strong single thread (86th percentile)86th %ile
  • Strong multi thread (82nd percentile)82nd %ile
  • Strong ai (81st percentile)81st %ile

价格

Intel A10-5800B is €56 cheaper (1.4x less).

AMD Ryzen 5 9600X 6-core AM5

Intel A10-5800B

结论

★ 胜出: AMD Ryzen 5 9600X

Scores 94 overall, wins 6 of 6 usage categories and 14 of 27 specs.

AMD Ryzen 5 9600X 更擅长:

Ai LlmBudgetGamingServerEfficiencyProductivity