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Thor Blade 16 Gaming Laptop Experience: Excellent Cooling Performance Improvement, Excellent Value for Money
- WBOYforward
- 2024-01-22 15:06:24651browse
Thor has always been well-known in the field of gaming computers and e-sports peripherals. With the release of Intel's 14th generation Core HX series processors, Thor has also opened up a new product line focusing on high performance and strong heat dissipation: Thor Hunting Blade 16 Cooler Gaming Notebook. Now, this website has got the Thor Blade 16 in the series, which uses the 13th generation Intel Core i9-13900HX processor. Let us take a look at the experience of this gaming laptop today.
The new Thor Hunting Blade 16 emphasizes the sense of e-sports and technology in design. It is visually tough and rich. The detailed design elements enhance the cool attributes. Friends who love e-sports style will definitely like the design of the new Thor Hunting Blade 16.
2. Hardware Analysis
As a brand new product series, the biggest attraction of the Thor Blade 16 Cool Gaming Laptop compared to before is its upgraded cooling system and excellent fan noise control. This series of notebooks adopts the "飍" (remarks on this site pronunciation: xiū) technology three-fan cooling system, the core concept of which is to focus on the essence of heat dissipation.
Here we first look at the nature of heat dissipation. When the notebook is working, the heat-generating CPU and graphics card contribute the main heat. The so-called heat dissipation is to find ways to collect the heat they emit and then "discharge it from the body" uniformly. Specific methods include active cooling and passive cooling.
Active heat dissipation means using "external force" to improve heat dissipation efficiency when collecting and dissipating heat. On notebooks, it is mainly air cooling. The principle of air cooling and heat dissipation is also very simple. That is, when the CPU, graphics card and other components on the motherboard generate heat, the heat pipe is used to collect the heat and then conduct it to the fins at the other end. The fins are generally located at the air outlet of the laptop, just like the radiator at home, and can play a good role in heat dissipation. The heat will be dissipated here.
At this time, the fan inside the notebook sucks in the cold wind from outside, blows it against the fins along the designed air path, and blows the scattered air The heat is blown out of the notebook, completing the process of active heat dissipation.
Passive cooling is to use materials with good thermal conductivity to directly contact the CPU, graphics card and other devices, and conduct the heat to the "outside" of the notebook through its own good thermal conductivity.
Through the above introduction, I believe everyone can understand that the key to notebook cooling is actually to improve the thermal conductivity efficiency, increase the area of the cooling fins, and increase the fan air volume.
The Thunder God Hunting Blade 16’s Shang Technology cooling system actually also carries out leapfrog stacking in these directions. First of all, in terms of heat conduction, they used a high-standard heat dissipation copper tube with a length of 1590mm, combined with the improved FIN process, to achieve a larger fin area and an effective heat dissipation area of 165680mm², ensuring efficient heat dissipation and helping to achieve more high performance.
Open the D case of the notebook, and you can see that the arrangement of the internal copper tubes is indeed spectacular. The thick and long Glacier Five tubes cover a large area of the motherboard. , quite impressive.
In terms of cooling air ducts, Thor Hunter Blade 16 has also been optimized, adding an Auxiliary Cooling Fan to create a direct cooling mode, compared with traditional cooling The module greatly increases internal airflow, allowing cold air to continuously circulate and reduce the internal temperature of the fuselage.
In addition, Thor Hunter Blade 16 has also designed a separate heat pipe for power supply MOS and PCH heat dissipation, which does not increase the burden on core heat dissipation and makes every heating element feel smooth and full. .
Overall, the Thor Technology cooling system of the Thor Blade 16 is indeed very good. This site has also dismantled the ROG Gunslinger 7 Plus Super Competition Edition before ( i9-13980HX RTX 4090), although the heat dissipation scale of Thor Hunting Blade 16 is lower than that of the Gunslinger, with the current stack of materials, it should not be a big problem to suppress RTX4080, And this Thor Hunting Blade 16 It uses RTX4060, which is a "dimension reduction attack". From a horizontal perspective, it should be the player with the most sufficient cooling materials among the current 4060 graphics card notebooks.
In addition to heat dissipation, it can be seen from other aspects that the memory expansion and hard disk expansion are all within easy reach of the naked eye, making upgrades and expansions very convenient. It comes with 1 DDR5 5600MHz memory with a capacity of 16G, which can be easily expanded to 32G dual-channel.
The built-in hard drive is Kioxia’s CL68D1024 solid-state drive, which uses PCIe4.0*4 channels and has a capacity of 1TB. We will test the specific performance later. There is an additional M.2 slot under the hard drive for easy expansion.
For this type of gaming notebook that is not primarily portable, battery capacity is relatively less important, but the Thor Hunting Blade 16 is still equipped with a 63Wh battery.
In terms of processor, this Thor Blade 16 uses the 13th generation Intel Core i9-13900HX processor, which is an HX55 super-voltage mobile CPU. Orthodox 13th generation Core. It is built on the Intel 7 process and has 8 performance cores and 16 energy efficiency cores, with a total of 24 cores and 32 threads. The maximum core frequency can reach 5.4GHz and the L3 cache is 36MB. It comes with a 32 EU Xe core display, which has powerful performance comparable to that of a desktop.
The GPU is the Geforce RTX 4060 laptop GPU, and the peak power consumption is also directly given to 140W full power consumption. It has 3072 CUDA cores, a GPU frequency of up to 2370MHz, 8GB GDDR6 video memory, and supports the new DLSS3 technology, which can achieve AI frame insertion and bring a smoother gaming experience.
3. Baking Machine Benchmark
Earlier we mainly introduced the hardware stacking situation of Thor Hunting Blade 16. For a machine with extremely high cost performance For e-sports enthusiasts, the hardware specifications of the Thor Blade 16 are quite satisfactory, especially the superior Sing Technology cooling system, which makes people look forward to the performance of this notebook in terms of heat dissipation. So below we will use a series of benchmarks and oven tests to see what its actual level is.
Before starting the test, the editor set the Windows system power option to "Best Performance", At the same time, set the performance output to violent mode in the "Control Center" software that comes with the notebook, and connected the graphics card The mode is set to standalone direct connection.
First of all, the editor performed an AIDA64 single-bake FPU on it. After about 10 minutes, the CPU temperature was about 96°C and the CPU function was The power consumption fluctuates around 110W, and this performance release is quite outstanding.
Then we used FurMark Donut to bake the GPU alone. After 10 minutes, the core temperature stabilized at 76.7℃, and the power consumption stabilized at around 140W at full blood. level, it can be seen that the Thor Hunting Blade 16 is also able to handle the RTX 4060 laptop GPU running at full blood.
Next we run the above two softwares at the same time, simulate the maximum pressure, and run double baking for about 10 minutes. After 10 minutes, the CPU stabilized at around 44W and 75℃, the GPU stabilized at 131W and 77.3℃, and the overall performance reached 175W, which is absolutely outstanding for a cost-effective gaming notebook.
During the double baking process, the Thor Blade 16 was running at full load. The editor specifically measured the sound of the notebook fan at this time. When using the notebook normally, the sound of the human head At a distance, the noise is only 48.4dBA. This sound is probably equivalent to the sound of drizzle outside the window, which is in a relatively comfortable range. You must know that this is a gaming notebook running at full load. In the past review experience of the editor, I have rarely seen the fan sound so low during double baking.
At the same time, the editor also measured the temperature of the fuselage. The highest temperature was 43℃ near the power key above the keyboard area. The hottest temperature in the keyboard area was probably near the right shift key. The temperature is 41.8°C. Overall, the temperature is not high. There is no discomfort when typing on the keyboard at this time. It can be seen that the heat dissipation structure of Thor Blade 16 can indeed dissipate heat well.
It is also worth mentioning that the Hunting Blade 16 is equipped with the only charging port on the market that supports 140W fast charging, which can be used for moderate gaming whether it is traveling or taking it out. Or quick energy replenishment. Moreover, the 140W PD can reach 35W and 80W when charging, and can basically reach the 3060 level, which means that you can also play a game while charging, while the ordinary 100W PD can only achieve 35W and 30W when charging. It can perform some intelligent functions during charging. Office, audio and video and other light work.
After completing the oven test, let’s take a look at the overall performance of the Thor Hunting Blade 16 through a series of running scores. The first is CineBench R20, which represents the theoretical performance of the CPU, with a single-thread score of 804 points and a multi-thread score of 10,819 points. In R23, it reached a single-core score of 2091 points and a multi-core score of 28342 points, which is quite outstanding. It is completely comparable to the desktop 13th generation Core i7 processor.
The editor also used 3D Mark’s CPU Profile to test the multi-threaded performance of the i9-13900HX processor in Thor Hunting Blade 16. In this project, the single-thread score was measured at 1149 points, and the maximum thread score reached 12682 points, which is equally amazing.
The site then used 3D Mark to conduct Time Spy benchmarking. The overall score of Thor Blade 16 reached 11,476 points, of which the RTX 4060 laptop GPU score was 10,936. point.
When conducting the 3D Mark Time Spy benchmark, this site also used a decibel meter to test the noise of the fuselage. From the results, we can see that under ultra-high load, Thor The Hunting Blade 16 remains quiet. The maximum sound level is only 48dBA, which is already a very quiet level when running 3D Mark Time Spy on a gaming laptop.
At the same time, the temperature of the fuselage is not high. The temperature above the keyboard area near the air outlet is only 38.5℃, and the temperature near the right shift key of the keyboard is only 34.6℃.
In terms of hard disk reading and writing, the reading speed of KIOXIA CL68D1024 solid-state drive in SEQ1M Q8T1 is 6150.99MB/s, and the writing speed is 6150.99MB/s. is 5347.32 MB/s.
As for the memory, the memory and cache tests were conducted through AIDA64. It can be seen that the DDR5 5600MHz memory equipped on the Thor Hunting Blade 16 shows good performance. The memory read The fetch speed is 46802 MB/s, the write speed is 38728 MB/s, the copy speed is 42070MB/s, the memory latency is 83.2ns, and the L3 cache latency is 16.0ns.
4. Game and Office Productivity Test
As can be seen from the baking machine and running score test, the theoretical performance of Thor Hunting Blade 16 is still very outstanding. , Next, we will conduct game testing as usual. During game testing, it is also conducted in violent performance mode and independent graphics direct connection mode. At the same time, the resolution of all games is the default 2.5K (2560×1600) resolution. .
The first is the e-sports online game "PlayerUnknown's Battlegrounds". During the test, under the highest image quality, the average frame number of Thor Blade 16 can reach 132 frames, which fully meets the high-frame play requirements at the highest image quality.
Then the editor used "Shadow of the Tomb Raider" for testing, also at the highest image quality of 2.5K, running the benchmark test that comes with the game, Thor Hunting Blade 16 can reach 119 frames and can be played easily.
Next is the next-generation version of the legendary 3A masterpiece "The Witcher 3". This game has very strict performance requirements. When testing, the editor used the "Super Ray Tracing" image quality in the game default. First of all It was measured that when the DLSS function is turned off, Thor Blade 16 can run to an average frame rate of 43fps, which is not too smooth, but it is still playable.
Then the best performance is to turn on DLSS2. The average frame rate of the game is increased to 50fps. The experience is much better, but it is still far from the standard of 60 frames for smooth play.
Next, the editor turned on the DLSS3 frame generation function. At this time, the average frame rate of the game directly reached 82fps, and it can be played smoothly. It can be seen that the frame generation feature of DLSS3 It works really well.
The following is still a game with great pressure, "Cyberpunk 2077", run its own BenchMark under super light pursuit, Balance is turned on by default The average DLSS is only about 44 frames. It is not easy for RTX4060 to run like this.
And when the DLSS 3 option is fully turned on, the average frame can be increased to about 64 frames, which can meet the needs of 2.5K high-effect light chasing. This NVIDIA Magic skills can indeed greatly improve the smoothness of the game experience.
In addition, the editor also tested the office properties of Thor Blade 16 through PCMark 10, and you can see that its score reached 8368 points, whether it is common basic functions or documents Editing, photos, videos, renderings, etc. all perform well. Therefore, if your work also requires visual content creation, I believe Thor Blade 16 will also become your right-hand assistant.
Finally, the battery life. This site also conducted a battery life test on the Thor Hunting Blade 16. During the test, the editor set the notebook graphics card connection mode to integrated display output mode, the system power scheme to "Best Energy Efficiency", the screen brightness and system volume to 50%, and the initial power level to 99%.
Then I used Thor Blade 16 to play 1080P high-definition movies locally for 2 hours. At the end of the test, the remaining power of the notebook was 67% and the power consumption was 32%. , for a 63Wh gaming notebook, this battery life performance is also quite satisfactory.
Conclusion
As Thor’s new product line, new molds, and new heat dissipation technology, Thor Hunting Blade 16 does feel like it’s reborn. Although the core configuration of the i9-13900HX RTX4060 version tested this time on this site is not new, but with the blessing of Shang Technology’s cooling system, Thor Hunting Blade 16 has better performance release and is quieter and smoother The user experience is , which is already considered a "leapfrog" compared with products with the same configuration currently on the market.
Currently, this i9-13900HX RTX4060 version of the Thor Blade 16 gaming notebook has been opened for pre-order. The 16GB 1TB version is priced at 7,499 yuan, and is currently another mainstream configuration, the I7-13650HX Compared with the processor products, the number of cores is 10 more, but the price is about 500 more. The advantages of the 13th generation Intel Core i9-13900HX processor are obvious, and the Hunting Blade 16 is undoubtedly the most popular among gamers at present. One of the cost-effective options.
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