Intel Core i7 13700K 16-core LGA1700

Intel Core i7 13700K 16-core LGA1700

Intel
92 综合评分
vs
DAKboard CPU v4

DAKboard CPU v4

DAKboard
16 综合评分

买家怎么说

Intel Core i7 13700K 16-core LGA1700

88 满分 100 置信度高 33 条评价

英特尔酷睿 i7-13700K 因其在游戏和生产力方面的卓越性能而受到压倒性的赞誉,常被描述为对旧 CPU 的巨大升级。用户强调其性价比,尤其是在搭配 DDR4 或 DDR5 内存时,并指出它运行温度较高,但可以通过良好的散热和功耗限制来控制。一些负面体验与翻新设备有关,但总体情绪非常积极。

优点
  • 卓越的游戏性能
  • 性价比高
  • 对旧 CPU 的巨大升级
  • 良好散热下运行凉爽
  • 兼容 DDR4 和 DDR5
缺点
  • 没有足够散热会过热
  • 翻新设备可能有缺陷
  • 需要单独购买散热器
  • 平台已到生命周期末期
  • 功耗高
👍 Performance 12
👍 Value for money 8
🤔 Cooling 10
👍 Compatibility 6
👎 Power consumption 4
👎 Refurbished quality 2

DAKboard CPU v4

暂无用户反馈

评分

Budget
Intel
94
DAKboard
19
Productivity
Intel
94
DAKboard
16
Ai Llm
Intel
87
DAKboard
10
Gaming
Intel
84
DAKboard
16
Server
Intel
79
DAKboard
12
Efficiency
Intel
79
DAKboard
13

规格

Intel Core i7 13700KDAKboard CPU v4
Processor
BrandIntel—
SeriesCore i7Cortex
Model13700K—
CodenameRaptor Lake—
Classdesktopdesktop
Process10★—
Cores & Clocks
Cores16★4
P-cores8★—
E-cores8★—
Threads24★—
Base Clock
3,400
1,800
Boost Clock
5,400
无数据
Cache
L2 Cache24★—
L3 Cache30★—
Performance
PassMark Multi
45,663
无数据
PassMark Single
4,327
无数据
Memory
Memory TypeDDR5★—
Max Speed
5,600
无数据
Channels2★—
Max Memory
128
无数据
ECC✓★—
Platform & Power
SocketLGA 1700BGA
PCIe5.0—
PCIe Lanes20★—
TDP125★—
Max Turbo Power253★—
Unlocked✓★—
Graphics & AI
Integrated GraphicsIntel UHD Graphics 770—

优缺点

Intel Core i7 13700K 16-core LGA1700

  • Strong single thread (95th percentile)95th %ile
  • Strong platform (93rd percentile)93rd %ile
  • Strong multi thread (92nd percentile)92nd %ile
  • Strong ai (91st percentile)91st %ile

DAKboard CPU v4

  • Below average efficiency (12th percentile)12th %ile
  • Below average ai (13th percentile)13th %ile
  • Below average multi thread (17th percentile)17th %ile
  • Below average platform (18th percentile)18th %ile

结论

★ 胜出: Intel Core i7 13700K

Scores 92 overall, wins 6 of 6 usage categories and 20 of 28 specs.

Intel Core i7 13700K 更擅长:

Ai LlmBudgetGamingServerEfficiencyProductivity