CPU Comparison: Intel Core Ultra 7 164U vs Intel Core2 Duo T6600 @ 2.20GHz

Key Findings

The Intel Core Ultra 7 164U leads in single-threaded performance by up to 266.4%
In multi-threaded workloads, the Intel Core Ultra 7 164U shows superior performance with a 1804.9% advantage
The Intel Core2 Duo T6600 @ 2.20GHz has the highest core count with 2 cores

Performance Rankings & Market Position

Intel Core Ultra 7 164U

Laptop

Release Date

Q2 2024

Market Position

890th fastest in multithreading

4890 CPUs455th fastest in single threading

4890 CPUs201st fastest in

1434 Laptop CPUs

Intel Core2 Duo T6600 @ 2.20GHz

Laptop

Release Date

Q1 2009

Market Position

4018th fastest in multithreading

4890 CPUs3509th fastest in single threading

4890 CPUs1046th fastest in

1434 Laptop CPUs

Performance

Single-Thread Performance

164U

3,151

2.20GHz

860

Multi-Thread Performance

164U

15,106

2.20GHz

793

Specifications: Intel Core Ultra 7 164U vs Intel Core2 Duo T6600 @ 2.20GHz

💻CPU Model

Intel Core Ultra 7 164U

164U

Intel Core2 Duo T6600 @ 2.20GHz

2.20GHz

🔄Other Names

Intel(R) Core(TM) Ultra 7 164U

164U

Intel(R) Core(TM)2 CPU T6600 @ 2.20GHz, Intel(R) Core(TM)2 Duo CPU T6600 @ 2.20GHz, Intel(R) Core(TM)2 Duo CPU T6600 @ 2.20GHz

2.20GHz

⚡Base Clock

N/A

164U

2.2 GHz

2.20GHz

🚀Turbo Clock

N/A

164U

N/A

2.20GHz

💻Cores/Threads

N/A

164U

2 Threads: 2

2.20GHz

🔌Socket

FCBGA2551

164U

PGA478

2.20GHz

⚡TDP

9 W

164U

35 W

2.20GHz

💾Cache

N/A

164U

L1 Instruction Cache: 2 x 32 KBL1 Data Cache: 2 x 32 KBL2 Cache: 1 x 2048 KB

2.20GHz

The Intel Core Ultra 7 164U and Intel Core2 Duo T6600 @ 2.20GHz compete in the Laptop segment. The Intel Core2 Duo T6600 @ 2.20GHz leads in single-thread performance, which is crucial for gaming and everyday tasks.

For multi-threaded applications, the Intel Core2 Duo T6600 @ 2.20GHz takes the lead, despite having the same core count.

Power consumption differs significantly, with the Intel Core2 Duo T6600 @ 2.20GHz drawing more power under load (35W vs 9W). This may impact system thermal design and power supply requirements.