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Can I do deep work with SOLIDWORKS on the mobile workstation?
I got a mobile workstation DellPrecision5760 today. I was surprised when I opened the package and took out the workstation. The A-plane and fuselage are all made of integral aluminum alloy CNC, and the sunken narrow frame design is adopted. The weight of bare metal is only 2. 13kg, which is completely invisible to the massiness of conventional mobile workstations, and more like a 1 large ultra-thin business book. In the past two years, many mobile workstations have been evaluated. It can be said that DellPrecision5760 is a 17 inch notebook, which is rare and light.
When you turn on the computer, you can see that the color display of the 4K screen is excellent, claiming to reach AdobeRGB 100%, 99% DCI-P3 color gamut, and most importantly, the brightness reaches 500 nits. Even outdoors, such as an open workshop environment, you don't have to worry about not being able to see the screen clearly and communicate with workers.
(This is an evaluation of the configuration parameters of the DellPrecision5760)
As the mainstream model of Dell's mobile workstation, the configuration parameters of DellPrecision5760 are self-evident, but today we take a different approach, starting with the unusual heat dissipation and interface, and see what is good about DellPrecision5760.
0 1 feeling of heat dissipation effect
In the daily work of engineers, it is indispensable to deal with large-scale assembly, complex engineering drawings and other operations, as well as simulation calculations and other scenes with a large amount of calculation. These scenarios all need to call high hardware resources, resulting in a rapid increase in calorific value. At this time, the general computer will start the fan for forced convection to reduce the temperature. If the overall cooling effect of the workstation is not good, the workstation will always be in a high temperature state, the computer will start the self-protection mechanism, and the frequency reduction will slow down the running speed of CPU, graphics card and other hardware. On SOLIDWORKS, the running speed of the software will obviously slow down, and you will also find that the computer will become very hot.
The heat dissipation of workstations should also be the focus of everyone's attention when purchasing computers. It can be said that the quality of computer heat dissipation is directly related to your work efficiency.
In the process of using DellPrecision5760, intuitively, the whole keyboard did not feel obvious heat. If you look closely, you will find that the heat is concentrated in a small area where the screen and keyboard are connected. On the back of the workstation, you can see that there is a rubber strip above the air inlet to support the whole fuselage, which provides enough space for air flow.
The rear of the fuselage is a sunken rotating shaft design, where you can see the radiator running through the back of the whole computer. When the screen is turned on, most of the heat will be blown away from the bottom of the screen without being reflected on the keyboard. In addition, aerogel is used as an insulating material between the palm rest and the heating element to block the final heat. Therefore, when testing, even if a large number of calculations are used for pressure testing, there will be no bad experience of overheating of the machine.
There is still room for super heat dissipation on the ultra-thin fuselage. You can relate your daily experience to the machine. In fact, this is a pair of "contradictory" requirements, but it has been realized on DellPrecision5760 through good industrial design.
The reason why there is such a high heat dissipation efficiency is not only the reasonable heat dissipation path planning, but also the dual-channel radiator design of DellPrecision5760, which arranges super-power radiators on the left and right sides respectively, which also makes it possible for mobile workers to conduct large-scale computing operations for a long time.
It is this emphasis on heat dissipation design that makes the mobile workstation have a stable environment. Feedback to the engineer's daily life, you will find that when running large-scale assembly and simulation analysis and calculation, the common phenomenon of stuck downtime will be much reduced.
02 lightning interface and hard disk configuration
The slim design of DellPrecision5760 is largely due to the cancellation of USB interface and HDMI high-definition interface design, and replaced by four Thunderbolt thunderbolt 4 interfaces. By using the Thunderbolt4 port instead of the traditional interface, it can not only help the machine to become thinner, but also has several significant advantages:
Flexible enough. Thunderbolt port can provide high-speed data transmission, output video signals and supply power to compatible devices.
High bandwidth and fast transmission speed. The bidirectional bandwidth of Thunderbolt4 port is 40Gbps (gigabit per second). This means that data can be quickly moved into or out of external storage, and up to five Thunderbolt devices can be connected for flexible device configuration-all these functions are realized through 1 port.
Strong compatibility. Thunderbolt4 port is compatible with many connection standards, including Thunderbolt, USB, DisplayPort and earlier versions of PCle. These ports are compatible with standard USB-C connectors.
With regard to storage, the DellPrecision5760 is equipped with a solid-state hard disk, which is not only faster than the common cheap mechanical hard disk, but also provides instant access to data. SSD provides instant loading performance, which means faster startup, faster application loading, better responsiveness and seamless multitasking.
The application of SSD will obviously improve the startup speed of SOLIDWORKS for engineers. Using SOLIDWORKS to open, save files and transmit data to the outside world, the speed will be greatly improved because of the use of solid-state hard disk.
Solid-state hard disk has no mechanical motor and fan, and solid-state hard disk based on flash memory has low energy consumption and low calorific value in working state. Without mechanical moving parts, common mechanical failures will not occur, and the tolerance to collision, impact and vibration is higher. Because the solid-state hard disk uses flash memory chips and has no mechanical parts, it has the characteristics of low calorific value and fast heat dissipation.
Physical blue light protection technology
Blue light is harmful to vision, which is basically recognized in the industry, but sadly, as an engineer, he basically doesn't run away from the screen for more than 8 hours a day. I don't know if you've ever bought a computer film that protects against blue light, or if you've ever worn glasses that protect against blue light. These common forms are generally blocking the blue light band and allowing all blue light to be directly filtered out, but at the same time, it will also make the picture you see yellow, which will directly affect the visual experience.
The hardware anti-blue light technology adopted by Dell Precision5760 has adjusted the thinking, and directly curbed the harmful blue light from the source: through the adjustment of LED luminescent materials, the spectral distribution of the blue light intensity peak is changed, the harmful blue light with the wavelength of 4 15-455nm is removed, and the light energy is redistributed, thus avoiding the trouble that the ordinary anti-blue light screen is yellow, and the high-energy blue light peak is safely reduced without causing color distortion.
04 professional graphics card blessing
There is no pressure to render the new SOLIDWORKS2022 model with a high-profile graphics card.
The graphics cards carried by this machine are NVIDIARTXA2000, 4GB, GDDR6, GDDR 6 and RTX series, which are regarded as the flagship series of NVIDIA, with superior performance and stable output. What's more, it balances the heat dissipation problem, even with full output, the heat output will not be very large, which is very important for mobile office and directly determines the efficiency of engineers when they work deeply.
To the daily scenes of SOLIDWORKS engineers. The display of three-dimensional model state and the real-time rendering effect of RealView golden ball need the blessing of professional graphics card. Because the dynamic display of three-dimensional model on the two-dimensional screen is essentially because the data of three-dimensional model are analyzed in the computer operation center and projected onto the screen at a speed of thousands of times every moment. This process is completed by the graphics card. The more advanced the graphics card, the more complex the 3D model data can be processed. Therefore, people will obviously realize that it will be "cool" to use high-profile workstations/mobile workstations, because high-profile graphics cards can make most 3D models run easily in computers.
In SOLIDWORKS2022, the graphic display function has been further enhanced. Even for complex surface-mounted ligands, display changes can be obtained in real time without waiting for rendering (provided that the graphics card can still support it). At the same time, RTX series graphics cards are also equipped with NVIDIA's latest "black technology" ray tracing technology, which will greatly improve the efficiency of both fixed frame rendering and animation rendering.
05 configurable processor
The importance of the processor is self-evident, just as the 1 engine is to the car, it can be said that the processor accounts for a large part of the performance of a computer. In the processor market, the choices that ordinary users can make are very limited, and Intel can be said to be the number one player. Under Intel, people often come into contact with two mainstream series, namely Xeon series and Core series.
Xeon processor focuses on "multi-core computing", which can call hundreds of threads to perform operations at the same time, and is suitable for multi-task and generation. This situation is especially suitable for the simulation application scenario. The model is divided into thousands of "small grids" and the deformation and stress of each "grid" are calculated. Then, all grids are accumulated and summarized to get the overall deformation and stress values. Therefore, the operation logic of simulation is relatively simple, but the amount of operation is extremely large, so the "multi-core operation" using Xeon processor is more efficient.
The core processor is dominated by high frequency, and has a high frequency computing core, which can calculate complex operational logic, and the response time of this complex calculation is very short because of the high frequency. When SOLIDWORKS is used in daily life, there will be many complicated operation scenes. Take SOLIDWORKS2022 as an example: IFC is a data exchange standard for buildings, such as factory layout, equipment installation and so on. Import large IFC files, such as walls, roofs, beams and equipment. The imported data consists of many facets. The more details, the greater the number of facets. This kind of complex and huge faceted retrieval consumes computer resources very much.
SOLIDWORKS can quickly transform a complex facet shape into a mesh solid or an accurate solid (surface) by transmitting "high frequency" calculation force. This process is very complicated, which is actually the operation process of SOLIDWORKS when we retrieve large-scale assembly every day. Therefore, if your daily processing work is mainly based on CAD data, it is recommended to match the "Core" series processors.
As the mainstream model of Dell mobile workstation, DellPrecision5760 supports processor customization just like all mobile workstations in the same series. Whether it is "Xeon" or "Core", I believe everyone can match the model they want through the two examples just now.
6000+ parts with curved surface model DELLPrecision5760 with i7 local configuration can also be easily opened.
Just like the processor, the graphics card, hard disk and memory of DellPrecision professional mobile workstation can be customized according to their own needs.
Finally, talk about your personal experience with DellPrecision5760. With its stylish and lightweight design, engineers can easily carry it with them, and it is worthwhile to show the solution to customers. With the hardware debugging and selection of high-end machines, it is possible for mechanical engineers to work deeply on mobile workstations. If the budget supports it, it is highly recommended to start with one and feel the experience of soaring operational efficiency.
So, today's "deeply using SOLIDWORKS on mobile workstations, can you do it?" So much for sharing! Everyone must watch more, practice more, think more and learn more. I hope everyone can learn solidworks as soon as possible! ! Here, we also provide you with more courses to learn, click the link: