Intel
Core i7-13700
Core i7
Current Price
$299.00
MSRP: $359.00
Overall Rank
(Consumer CPUs only)
(Consumer CPUs only)
#48
of 234
Overall Rank
#64
of 251
Value Rank
#71
of 207
Gaming Rank
#105
of 251
Productivity Rank
#116
of 251
Core Specifications
Cores
16
Threads
24
P-Cores
8
E-Cores
8
Base Clock
2.1 GHz
Boost Clock (Single)
5.2 GHz
Socket
LGA1700
Lithography
10nm
Cache
L1 Cache
80 KB per core
L2 Cache
2 MB per core
L3 Cache
30 MB (shared)
Power & Thermal
TDP
65W
Base Power
65W
Max Turbo Power
219W
Memory Support
Memory Types
DDR4/DDR5
Max Memory
N/A
Memory Channels
N/A
ECC Support
No
Platform & Connectivity
PCIe Version
5.0
PCIe Lanes
20
Integrated GPU
Yes
Integrated GPU Model
Intel UHD Graphics 770
Closest Competitors by Performance
Core i5-14600KF16,933
Core i9-1290016,873
Core i7-13700 (Selected)16,812
Core i5-13600KF16,591
Core i5-13600K16,401
Quick Stats
Generation
13th Gen
Release Date
1/3/2023 - 3 years old
Status
N/A
Market Segment
Desktop
Performance Scores
Overall
16812Measured against consumer CPUs only
Value56.2
Efficiency258.6
Benchmark Scores
Cinebench R23 Single2,008
Cinebench R23 Multi25,369
Geekbench 6 Single2,638
Geekbench 6 Multi14,469
PassMark36,186
Console Comparison
Comparison based on overall performance score calculated from multi-core benchmarks. Console CPUs are optimized for gaming workloads.
Core i7-13700
100%100%
Xbox Series X(Gen 9 (2020))
59%59%
PS5(Gen 9 (2020))
56%56%
Xbox One X(Gen 8 Mid (2016-2017))
10%PS4 Pro(Gen 8 Mid (2016-2017))
10%Notes
The Core i7-13700 features 16 cores (8 P-cores, 8 E-cores) with 65W base TDP on Raptor Lake, boosting up to 5.2 GHz. This locked processor delivers excellent balanced performance for gaming and productivity without overclocking capability. Perfect for mainstream high-end builds prioritizing efficiency over maximum clocks. Despite lacking unlocked multiplier, it provides strong gaming performance and capable multi-threaded handling for content creation. The efficient TDP works well with standard cooling, making it ideal for balanced gaming and productivity systems without K-series thermal demands.