I. Know All the Core Parameters
1.1 Overview of Basic Parameters
The Intel i5-1350P SRMJ5 FJ8071505204400 processor belongs to the 13th generation Intel® Core™ i5 processors. It has 12 cores (including 4 Performance-cores and 8 Efficient-cores), can reach 16 threads, and has a 12MB level-3 cache. In terms of power consumption TDP, the base power consumption is 28W, the maximum turbo power consumption is 64W, and the minimum guaranteed power is 20W. Its core architecture is Raptor Lake U, and the lithography process is Intel 7.
In terms of memory support, this processor also performs quite well. The supported memory types include DDR4-3200, DDR5-5200, LPDDR4X-4266, and LPDDR5-6400. It can support a maximum memory of 64GB, has 2 memory channels, and does not support ECC memory. Its socket type is BGA 1744, the package size is 50mm x 25mm, and the maximum operating temperature is 100 °C.
Judging from these basic parameters, the Intel i5-1350P has a good configuration foundation and is suitable for various mobile device scenarios, providing certain hardware condition support for its performance.
1.2 Interpretation of Performance-related Parameters
In terms of core frequency, the base frequency of the large cores of the i5-1350P is 1.9GHz, and the maximum turbo frequency can reach 4.7GHz. The main frequency of the small cores is 1.4GHz, and the turbo frequency can reach 3.5GHz. In terms of single-core performance, it has corresponding performance in benchmark tests such as GeekBench 5. Compared with some previous-generation products, such as the 12th-generation Core i5-1250P, its single-core performance has increased by 6%.
In terms of multi-core performance, although the number of cores has reached 12, from the actual test data, compared with some competing products, the multi-core performance has only increased by about 2%. The overall multi-core computing ability needs to be comprehensively evaluated in combination with specific usage scenarios and other paired hardware.
The graphics performance is also a point that cannot be ignored. It integrates the Intel Iris Xe Graphics. The basic frequency of the graphics card is 0.40 GHz, the accelerated frequency can reach 1.50 GHz, there are 80 execution units, and it supports DirectX 12.1, OpenGL 4.6, and OpenCL 3.0, etc. In terms of the maximum resolution, it can reach 4096 x 2304 @ 60Hz under the HDMI interface, 7680 x 4320 @ 60Hz under the DP interface, and 4096 x 2304 @ 120Hz on the eDP-integrated tablet. It can basically meet the graphics processing requirements in scenarios such as daily office work and light entertainment.
These performance-related parameters jointly determine the performance of the Intel i5-1350P in actual use. Later, we can further analyze what role it can play in combination with specific application scenarios.
II. Uncover the Performance
2.1 Actual Measurement of Single-core and Multi-core Performance
For the performance of the Intel i5-1350P processor, let’s first look at the actual measurement situation of its single-core and multi-core aspects. The data given by different evaluation institutions can allow us to understand its strength more intuitively.
In the benchmark test of Geekbench 5, the single-core performance score of the Intel i5-1350P can reach 1727 points. With this score, it ranks 144th in the single-core performance ranking on the Dinghuo website. Compared with the previous-generation i5-1250P, its single-core performance has a certain improvement, with an improvement amplitude of about 6%. For example, in some daily single-task processing scenarios, such as using office software for document editing or simply opening web pages for browsing, the relatively high single-core performance enables it to have a fast response speed and can handle it smoothly, so that users will not feel obvious lag.
In terms of multi-core performance, under the detection of Geekbench 5, its multi-core performance score is 9270 points, and it ranks 287th in the multi-core performance ranking on the Dinghuo website. Compared with the i5-1250P, the multi-core performance has only increased by about 2%. Although the number of cores has reached as many as 12, from the perspective of the overall multi-core computing ability, it still needs to be comprehensively evaluated in combination with specific usage scenarios and other paired hardware. For example, when handling multiple tasks, such as opening multiple office software, multiple browser pages, and running some background programs at the same time, it can take into account various tasks well. However, when facing tasks that require extremely high multi-core performance, such as ultra-large-scale data computing, compared with those high-end multi-core processors, its performance is slightly inferior. Nevertheless, among processors of the same type, its single-core and multi-core performance is still at a mid-level and can meet the diverse usage needs of most ordinary users for daily office work, study, and light entertainment.
2.2 Display of Graphics Processing Ability
The Intel i5-1350P integrates the Intel Iris Xe Graphics. This integrated graphics card has its own unique parameter characteristics and actual application performance. The basic frequency of the graphics card is 0.40 GHz, the accelerated frequency can reach 1.50 GHz, there are 80 execution units, and it supports DirectX 12.1, OpenGL 4.6, and OpenCL 3.0, etc. In terms of the maximum resolution, it can reach 4096 x 2304 @ 60Hz under the HDMI interface, 7680 x 4320 @ 60Hz under the DP interface, and 4096 x 2304 @ 120Hz on the eDP-integrated tablet.
In actual graphics-related application scenarios, it performs well. When playing high-resolution videos, such as watching 4K high-definition movies, it can decode and play them relatively smoothly, and the color reproduction and other aspects can also achieve relatively ideal effects, allowing users to enjoy a high-quality viewing experience at home. For some lightweight games, such as “League of Legends” and “CS:GO”, under low graphics quality settings, it can also maintain a certain frame rate to ensure the basic smoothness of the game and meet the needs of players for occasional leisure and entertainment. However, when running large 3A games that require extremely high graphics processing, such as “Shadow of the Tomb Raider” and “Cyberpunk 2077”, under high graphics quality, phenomena such as screen lag and frame dropping may occur. After all, it is an integrated graphics card, and there is still a gap in graphics processing ability compared with professional discrete graphics cards. Generally speaking, for users who have no professional graphics processing needs and only use the computer to watch videos and play small games occasionally after daily office work, the graphics processing ability of the Intel i5-1350P is completely sufficient.
III. Detailed Analysis of Unique Advantages
3.1 Performance Improvement Brought by the Architecture
The Intel i5-1350P processor adopts a new performance hybrid architecture, which is the key to its performance advantages. It includes 4 high-performance P-Cores (Performance-cores) and 8 high-energy-efficiency E-Cores (Efficient-cores), and the two cooperate to lay the foundation for the excellent performance of the processor.
The high-performance P-Cores are mainly responsible for handling tasks that require high computing performance. For example, when running professional design software for complex graphics rendering, decompressing large files, or handling high-load single-threaded applications, the P-Cores can rely on their powerful computing ability to quickly complete data processing and ensure the efficient execution of tasks, so that users will not be trapped in a long waiting time.
The role of the 8 E-Cores is also not to be underestimated. They focus more on dealing with scenarios of multi-task parallelism. In daily use, when we open multiple office software, multiple browser pages, and run some background programs at the same time, the E-Cores can give full play to their high-energy-efficiency advantages, reasonably allocate resources, and ensure the stable operation of each task to avoid system lag.
This architecture that combines high-performance P-Cores and high-energy-efficiency E-Cores enables the Intel i5-1350P processor to switch flexibly in different usage scenarios and handle them freely. Whether it is a professional application scenario that focuses on single-thread performance or a daily office and entertainment scenario that requires multi-task parallel processing, it can accurately schedule core resources according to the actual situation and play corresponding advantages, bringing users a smooth and efficient usage experience.
3.2 Introduction of Other Highlights
In addition to the unique architecture, the Intel i5-1350P processor also has many highlight features worth mentioning. In terms of memory support, it supports multiple memory types such as DDR4-3200, DDR5-5200, LPDDR4X-4266, and LPDDR5-6400, and the maximum supported memory can reach 64GB, and the number of memory channels is 2. Such a memory support configuration means that it can load data faster. Whether it is starting large software or quickly opening multiple files, it can benefit from the larger memory capacity and appropriate memory types to achieve a fast response.
Looking at the cache design, this processor is equipped with a 12MB level-3 cache. The role of the cache is like a “data transfer station” for the processor. Since the CPU operation speed is much faster than the memory read and write speed, the existence of the cache is to solve the contradiction of this speed mismatch. With this 12MB level-3 cache, when the processor processes data, many commonly used data can be directly retrieved from the cache without frequently accessing the memory, which greatly improves the efficiency of data reading and further improves the response speed of the entire system.
For example, in daily office work, when we frequently switch between different documents, tables and other files, the cache can help quickly present the file content; when performing some light entertainment, such as watching online videos or playing small games, it can also ensure that the picture loading, data transmission and other links are smoother, meeting the diverse usage needs of users, so that the Intel i5-1350P processor can show good adaptability and performance in many application scenarios.
IV. Multiple Practical Application Scenarios
4.1 Easily Handle Office Scenarios
In daily office scenarios, the Intel i5-1350P processor can easily handle various tasks and provide a powerful guarantee for the improvement of office efficiency by virtue of its excellent performance and many features.
In terms of document editing, whether it is using Word to write long reports or using Excel to process complex data tables, it can run smoothly. Its 4 Performance-cores play a powerful computing role when handling such single-threaded tasks and have a fast response speed. For example, when opening large documents or performing complex formula calculations, users hardly feel obvious lag and can quickly complete operations such as content input, format adjustment, and data calculation, allowing office workers to efficiently complete text processing and data sorting work.
The same is true for table processing. When we open multiple worksheets at the same time and perform multi-task operations such as data screening, sorting, and chart making, the 8 Efficient-cores start to play a role. They reasonably allocate resources to ensure the stable operation of each task and avoid system lag, so that office workers can freely switch between different worksheets and efficiently complete data processing tasks.
In the video conference, an indispensable scenario in modern office work, the Intel i5-1350P also performs excellently. Taking the commonly used Tencent Meeting application as an example, when enabling various optimization functions for an hour of online video calls, the processor can maintain a low CPU and GPU occupancy rate on the premise of ensuring the same video quality. This means that it has stronger parallel processing ability and can allocate more resources to other tasks. For example, during the meeting, simultaneously consulting materials and recording meeting contents will not be affected due to insufficient processor performance.
In addition, operations such as web browsing and PPT production that are often involved in daily office work can also be easily handled by the Intel i5-1350P. The multiple memory types it supports and the large memory capacity can achieve fast data loading. Whether it is starting office software or switching different files, it can respond quickly, creating a smooth usage experience for office workers and fully meeting the diverse needs of daily office work.
4.2 Entertainment Experience without Disappointment
In entertainment scenarios, the Intel i5-1350P processor also has good applicability and can bring users a good entertainment experience.
When we want to watch high-definition videos, such as enjoying 4K ultra-high-definition movies, the Intel Iris Xe Graphics integrated by it plays its own advantages. The basic frequency of the graphics card is 0.40 GHz, the accelerated frequency can reach 1.50 GHz, there are 80 execution units, and it supports DirectX 12.1, OpenGL 4.6, and OpenCL 3.0, etc. With such configuration support, it can decode and play high-definition videos relatively smoothly, and the color reproduction and other aspects can also achieve relatively ideal effects, allowing users to enjoy a high-quality viewing experience at home as if they were in a cinema.
For some games that do not have extremely high configuration requirements, such as popular online games like “League of Legends” and “CS:GO”, the Intel i5-1350P can also handle them with ease. Under low graphics quality settings, it can maintain a certain frame rate to ensure the basic smoothness of the game, allowing players to enjoy the fun of the game and meet the needs of occasional leisure and entertainment. For example, after work, when playing several rounds of “League of Legends” with friends, the processor can ensure that there will be no frequent lag or frame dropping during the game process, allowing players to fully immerse themselves in the game battle.
Although it is an integrated graphics card, when facing large 3A games that require extremely high graphics processing, such as “Shadow of the Tomb Raider” and “Cyberpunk 2077”, under high graphics quality, phenomena such as screen lag and frame dropping may occur. However, for most ordinary users who have no professional graphics processing needs and only use the computer to watch videos and play small games after daily office work, the performance of the Intel i5-1350P processor in entertainment has completely met their expectations and can bring them a relaxed and pleasant entertainment time.
V. See the True Quality in Comparison with Competitors
5.1 Comparison of Parameters of Processors at the Same Level
In the market, there are many processors at the same level and with the same positioning as the Intel i5-1350P. We have selected several common competing products to compare the core parameters and performance indicators in order to more clearly highlight the advantages of the Intel i5-1350P.
For example, the AMD Ryzen 7 PRO 7840U adopts the Zen 4 architecture, is manufactured by TSMC’s 4nm process, has 8 cores and 16 threads, the maximum accelerated frequency can reach 5.1GHz, the level-3 cache is 16MB, and it integrates the Radeon 780M graphics card with 12CU units and a maximum frequency of 2.7GHz. The configurable power consumption is 15 – 30W. While the Intel i5-1350P adopts the Intel 7 manufacturing process, has 4 performance cores, 8 efficiency cores, a total of 12 cores and 16 threads, the maximum turbo frequency of the performance cores is 4.7GHz, has a 12MB level-3 cache, integrates the Intel Iris Xe Graphics (80EU), and the maximum frequency is 1.5GHz. The base power consumption is 28W. From the perspective of the number of cores, the 12 cores of the i5-1350P are more advantageous. Although the maximum accelerated frequency of the AMD Ryzen 7 PRO 7840U is a bit higher, the performance cores of the i5-1350P can show good strength when handling high-load single-threaded tasks.
Looking at the Intel Core i5 12490F, compared with the i5-1350P, there are differences in the number of cores, threads, etc. The information such as the number of its cores makes its ability to handle scenarios such as multi-task processing relatively weak. For example, when simultaneously opening multiple office software, multiple browser pages, and running background programs, the i5-1350P, relying on 12 cores and 16 threads and its unique performance hybrid architecture, can allocate resources more reasonably and run more stably.
There is also the Intel Core i5 13600KF. Although it belongs to the Core i5 series like the i5-1350P, there are differences in core parameter details, such as level-3 cache and graphics card parameters. The graphics card integrated by the i5-1350P can meet the basic graphics processing needs in daily office and light entertainment scenarios, and its 12MB level-3 cache also has a positive effect on data reading efficiency.
Through comprehensive comparison of the parameters of these processors at the same level, it can be seen that the Intel i5-1350P has its own unique advantages in terms of the number of cores, the number of threads, and the overall architecture combination, and can adapt to various different usage scenarios, bringing users a good usage experience.
5.2 Comparison in Different Application Scenarios
Office Scenario
In the common application scenario of office work, the Intel i5-1350P also demonstrates relatively strong competitiveness compared with competing products. Taking the HP EliteBook 840 G10 (equipped with the Intel i5-1350P) and the HP EliteBook 845 G10 (equipped with the AMD Ryzen 7 PRO 7840U) as examples, when using the CrossMark application to simulate the office environment for testing, whether in the AC mode with sufficient power supply or the DC mode powered by the battery, the Core i5-1350P shows a significant advantage in the total score of CrossMark. Especially in the battery mode, the surpassing margin is as high as 24%, which reflects that its IPC efficiency and multi-core parallel performance are better than those of the AMD Ryzen 7 PRO 7840U. Moreover, from the perspective of performance in the AC-DC state, the performance decline of the Core i5-1350P from the power supply mode to the battery mode is only 7.9%, while that of the AMD Ryzen 7 PRO 7840U is 21%. This indicates that the Core i5-1350P, relying on its 8 energy-efficient cores, has a faster frequency response in low-load scenarios and is more excellent in energy consumption management.
In the daily use of the Office office suite, such as writing documents with Word, processing data tables with Excel, and creating presentation slides with PPT, the response speed of the Core i5-1350P is relatively fast. Its 4 Performance-cores play a powerful computing role when handling single-threaded tasks. When handling multi-task operations, the 8 Efficient-cores can reasonably allocate resources to avoid lagging. In contrast, when some competing processors open multiple large office files simultaneously or frequently switch between different office software, response delays may occur.
In addition, in terms of video conferences, when using the Tencent Meeting application to enable various optimization functions and conduct a one-hour online video call test, on the platform of the Core i5-1350P, under the premise of ensuring the same video quality, the CPU and GPU occupancy rates are lower, indicating that this processor has stronger parallel processing ability and can allocate more resources to other tasks. For example, during the meeting, simultaneously consulting materials and recording meeting contents will not be significantly affected. However, some competing processors may have overly high occupancy rates in this scenario, causing the computer to lag and affecting the smoothness of other operations.
Entertainment Scenario
In the entertainment scenario, the Intel i5-1350P also has a good performance. When playing high-definition videos, such as watching 4K ultra-high-definition movies, the Intel Iris Xe Graphics integrated by it can decode and play high-definition videos relatively smoothly, and aspects such as color reproduction can also achieve relatively ideal effects. Compared with some competing processors with integrated graphics cards, it can maintain the same level or even be better in terms of video playback smoothness and picture quality. For example, some competing processors may occasionally have lagging or color deviation when playing high-resolution videos.
In terms of games, for popular online games that do not have extremely high configuration requirements, such as “League of Legends” and “CS:GO”, the Intel i5-1350P can maintain a certain frame rate under low graphics quality settings to ensure the basic smoothness of the game, allowing players to fully enjoy the fun of the game. Compared with some competing processors at the same level, when running such games, the Intel i5-1350P has better control over frame rate stability and the lagging situation during the overall game process. However, when facing large 3A games that require extremely high graphics processing, such as “Shadow of the Tomb Raider” and “Cyberpunk 2077”, under high graphics quality, like many competing products, the Intel i5-1350P will also have phenomena such as screen lagging and frame dropping. After all, most of them are integrated graphics cards, and there is still a gap in graphics processing ability compared with professional discrete graphics cards.
In conclusion, in different common application scenarios, through the comparison of actual usage performance, the Intel i5-1350P shows its own competitiveness and can meet the diverse usage needs of most users for daily office work, study, and light entertainment.
6. Purchase Recommendations and Summary
6.1 Recommended Applicable Groups
The Intel i5-1350P processor, relying on its own performance characteristics, is suitable for many types of people to choose. For ordinary office workers, in daily work, whether it is writing documents with Word, processing data with Excel, creating PPTs, or frequently browsing web pages, it can rely on its 4 Performance-cores to quickly respond to single-threaded tasks. It is not easy to lag when opening large files or performing complex formula calculations. When handling multi-task operations, the 8 Efficient-cores can reasonably allocate resources to ensure the stable operation of simultaneously opening multiple office software, multiple browser pages, and running background programs. For workplace people who often need to handle a large number of files and deal with complicated office affairs, using a computer equipped with this processor can effectively improve office efficiency.
For light entertainment users, the Intel Iris Xe Graphics integrated by it can meet the daily needs of watching high-definition videos. For example, when enjoying 4K ultra-high-definition movies, it can decode and play them smoothly, and the color reproduction is also relatively ideal. When playing some games that do not have extremely high configuration requirements, such as “League of Legends” and “CS:GO”, it can maintain a certain frame rate under low graphics quality settings to ensure the basic smoothness of the game, so that users who want to have some leisure and entertainment after work can obtain a good game experience.
In addition, the student group is also one of the suitable groups. In the learning process, students need to use computers to consult materials, write papers, etc., and will also watch videos and play small games to relax during their spare time. The Intel i5-1350P processor is fully capable of handling these usage scenarios that combine learning and entertainment, and it is a good processor choice for students when purchasing computers.
6.2 Comprehensive Evaluation and Conclusion
Overall, the Intel i5-1350P processor has many advantages. Its new performance hybrid architecture combines high-performance P-Cores and high-energy-efficiency E-Cores, enabling it to flexibly cope with different usage scenarios and perform well in handling single-threaded and multi-threaded tasks. It supports multiple memory types and can support a maximum of 64GB of memory. Coupled with a 12MB level-3 cache, the data reading and loading speed is relatively fast, further improving the system response ability. The integrated graphics card can basically meet the graphics processing requirements in daily office and light entertainment scenarios, allowing users to enjoy a relatively smooth visual experience without having to purchase an additional independent graphics card.
Of course, it also has certain shortcomings. For example, when facing tasks that require extremely high multi-core performance, such as ultra-large-scale data computing, compared with some high-end multi-core processors, its multi-core computing ability is slightly inferior. When running large 3A games that require extremely high graphics processing, such as “Shadow of the Tomb Raider” and “Cyberpunk 2077”, under high graphics quality, phenomena such as screen lagging and frame dropping may occur. After all, compared with professional independent graphics cards, there is still a gap in the graphics processing ability of its integrated graphics card.
Post time: Dec-15-2024