Intel i5-12500H SRLCY FJ8071504785804
The Intel Core i5-12500H with the spec code SRLCY and ordering code FJ8071504785804 is a high-performance mobile processor. Here are its main characteristics:
- Core Configuration:
- It has a total of 12 cores, including 4 performance cores (P-cores) and 8 efficient cores (E-cores). This hybrid core architecture enables it to handle various tasks efficiently, providing good performance in both single-threaded and multi-threaded applications.
- With a total of 16 threads, the processor can handle multiple tasks simultaneously, enhancing the overall multitasking ability of the system.
- Frequency:
- The base frequency is 2.5GHz, which ensures stable operation for basic tasks.
- The maximum turbo frequency can reach up to 4.5GHz. When dealing with high-load tasks that require high-performance computing, the processor can boost its frequency to provide stronger computing power.
- Cache:
- It is equipped with an 18MB Intel® Smart Cache. The large cache size helps the processor store frequently used data and instructions, reducing the time needed to access data from the main memory and improving processing efficiency.
- Power Consumption:
- The processor base power is 45W, but the maximum turbo power can reach 95W, and the minimum assured power is 35W. This requires a proper cooling system in the laptop to ensure stable operation and prevent overheating.
- Memory Support:
- It supports a variety of memory types, including up to DDR5 4800MT/s, DDR4 3200MT/s, LPDDR5 5200MT/s, and LPDDR4x 4267MT/s, with a maximum memory size of 64GB. The high-speed memory support allows for fast data transfer and processing.
- Integrated Graphics:
- It comes with Intel® Iris® Xe Graphics. The graphics card has 80 execution units (EUs) and a maximum dynamic frequency of 1.30GHz, which is capable of handling basic graphic tasks such as video playback and light gaming. It also supports multiple graphics output interfaces such as EDP 1.4b, DP 1.4a, and HDMI 2.1.
- Advanced Technologies:
- It supports Intel® Thunderbolt™ 4, providing high-speed data transfer and connectivity options.
- It also integrates technologies such as Intel® Thread Director for efficient thread management, Intel® Gaussian & Neural Accelerator 3.0 for AI tasks, and various other technologies to enhance the overall performance and functionality of the processor.
What are the performance differences between the i5-12450H and the i5-12500H?
The Intel Core i5-12450H and i5-12500H are both 12th-generation Intel Core mobile processors, but there are several performance differences between them:
- Core and Thread Configuration:
- i5-12450H: It has 4 performance cores (P-cores) and 4 efficiency cores (E-cores), totaling 8 cores and 12 threads.
- i5-12500H: It has 4 big cores and 8 small cores, making a total of 12 cores and 16 threads. The i5-12500H has more cores and threads, which gives it an advantage in multitasking and handling parallel workloads.
- Clock Speed:
- i5-12450H: The base clock speed is lower, and the maximum turbo clock speed can reach up to 4.4GHz.
- i5-12500H: The base clock speed is 2.5GHz, and the maximum turbo clock speed can go up to 4.5GHz. Although the maximum turbo clock speed difference is not significant, the i5-12500H may have better performance in sustained high-load scenarios due to its better core configuration.
- Cache Size:
- i5-12450H: It has a 12MB cache (L3 cache).
- i5-12500H: The L3 cache is larger at 18MB. A larger cache can help the processor access frequently used data and instructions more quickly, improving overall processing efficiency.
- Benchmark Performance:
- In various benchmark tests, the i5-12500H generally scores higher than the i5-12450H. For example, in PassMark tests, the i5-12500H has a significantly higher overall score, indicating better comprehensive performance in terms of both single-threaded and multi-threaded performance.
- Integrated Graphics Performance (if applicable in specific scenarios):
Both processors have integrated graphics, but the i5-12500H may offer slightly better graphics performance due to its overall stronger processing capabilities and better cache management, which can be beneficial for tasks that require some level of graphics processing, such as light gaming or basic video editing, although the difference may not be very significant for high-demanding graphics tasks.
Post time: Oct-10-2024