Autodesk, as well as other CAD software vendors, recommend using Inventor on the laptop-style computer, rather than a typical PC.
These laptops are made up of materials that are more CAD-oriented, while classic PCs have components that are more dedicated to the world of office automation or games.
Thus there are specific graphics cards (Nvidia Quadro, ATI FireGL), high-end processors, a good amount of memory, etc.)
Best Laptop for Autodesk Inventor
In addition, these laptops are often tested and certified by CAD software vendors, reducing display bugs, crashes, and unsuitable hardware.
Autodesk is also testing these laptops for use with Autodesk Inventor.
It’s not necessarily very well known, but there is a list of certified laptops that you can get from the Autodesk site.
Manufacturers of laptops are much less numerous than conventional PCs.
We mainly find laptops at:
- Hewlett Packard
This comparison classifies the laptops from the fastest to the slowest according to the speed at which they were able to perform several tasks (rebuilding parts, updating the assembly, creating a drawing, etc.)
What can be noted in this ranking is that, contrary to what one might think, it is not necessarily the laptop with the most powerful processor on paper that obtains the best results.
General system requirements for programs for 2D and 3D graphics | Autodesk Inventor
Modeling is quite a complex process, work on complex projects never ends with 1 program. A complex of different programs for different tasks is always used.
Very often, 3D specialists open several programs in which they work simultaneously. This causes a double load on the system. If the PC is not designed for such a load, freezes and lags. Below are the system requirements of programs for working with 3D graphics.
|RAM||CPU||VIDEO CARD||DISK SPACE|
|REVIT||8 – 16 GB||six-core, from 2.5-3 GHz||with support for DX 11 and Shader Model v 5.0||5 GB|
|CIVIL 3D||8 – 16 GB||quad-core, from 2.5-3 GHz||with DX 11 support and 2-4 GB of memory||10 GB|
|INFRAWORKS||8 – 16 GB||4-6 cores, from 2.5-3 GHz||support for DX 10.1 and 1–2 GB of memory||10 GB|
|NAVISWORKS MANAGE||2 GB||quad-core, from 2.5-3 GHz||with support for DX 9, Shader Model v 2.0 and OpenGL||15 GB|
|INVENTOR PROFESSIONAL||8 – 24 GB||Intel Xeon E3, i7 2-3 GHz||with DX 11 support and 1-4 GB memory||40 GB|
|AUTODESK NASTRAN||2 – 32 GB||4-8 cores, from 2.5-3.5 GHz||with support for DX 11 and 1-2 GB of memory||40 GB|
|INVENTOR HSM||8 – 24 GB||quad-core, from 3 GHz||with DX 11 support and 1-4 GB memory||40 GB|
|3DS MAX||4 – 8 GB||dual-core from 2 GHz||with DX 11 support and 1-4 GB memory||6 GB|
|FUSION 360||3 – 4 GB||dual-core from 2.0 GHz||512 MB memory||2.5 GB|
|AUTOCAD||from 4 GB||quad-core, from 2.5-3 GHz||with DX 11 support and 1-4 GB memory||16 GB|
3D graphics is a very demanding thing, for which every system parameter is important: processor, RAM, video card, drive type, motherboard, cooling. Naturally, if you are a beginner and you do not plan to work with complex and complex 3D scenes, you do not need a productive PC. However, as your professional experience grows, so do the demands on your PC.
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Best Laptop for Autodesk Inventor | Comparison Table 2022
|2021 Newest HP Spectre x360 2-in-1 13.3" 4K UHD Touchscreen Laptop, i5-1035G4, 8GB | 256GB PCIe SSDBacklit Keyboard, 4K Webcam, Thunderbolt 3, Intel Iris Plus Graphics, Win 10, with Stylus (Renewed)||HP||Check Price|
|Dell Inspiron G5 15 5500 (Latest Model) Gaming 15.6" Core I7-10750H(6-Core) 512GB SSD 16GB RAM FHD 144HZ RTX 2070 8GB Win 10 Home (Renewed)||Dell||Check Price|
|Razer Blade 14 Gaming Laptop: AMD Ryzen 9 5900HX 8 Core, NVIDIA GeForce RTX 3070, 14" QHD 165Hz, 16GB RAM, 1TB SSD - CNC Aluminum - Chroma RGB - THX Spatial Audio - Vapor Chamber Cooling||Razer||Check Price|
|Lenovo ThinkPad P50 15.6 inches FHD Laptop, Core i7-6700HQ 2.6GHz, 16GB RAM, 480GB Solid State Drive, Windows 10 Pro 64bit (Renewed)||Lenovo||Check Price|
|HP Zbook Studio G5 15.6" LCD Mobile Workstation - Intel Core i9 (8th Gen) i9-8950HK Hexa-core (6 Core) 2.90 GHz - 32 GB DDR4 SDRAM - 512 GB SSD - Windows 10 Pro - in-Plane Switching (IPS) Technol||HP||Check Price|
|Microsoft Surface Book 2 13.5" (Intel Core i7, 8GB RAM, 256 GB)||Microsoft||Check Price|
|HP Omen 17.3-in Gaming Laptop Computer i7 16GB 512GB RTX 2060 6GB - 17-cb1070nr - Black||HP||Check Price|
|Lenovo ThinkPad P71 17.3'' Mobile Workstation Laptop (Intel i7 Quad Core Processor, 16GB RAM, 500GB HDD + 128GB SSD, 17.3 inch FHD 1920x1080 Display, NVIDIA Quadro M620M, Win 10 Pro)||Lenovo||Check Price|
|Acer Predator Helios 300 PH315-54-760S Gaming Laptop | Intel i7-11800H | NVIDIA GeForce RTX 3060 Laptop GPU | 15.6" Full HD 144Hz 3ms IPS Display | 16GB DDR4 | 512GB SSD | Killer WiFi 6 | RGB Keyboard||Acer||Check Price|
Best Laptop for Autodesk Inventor | 2022 Products OverviewError: Unknown Link Type
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How to Pick The Best Laptop for Autodesk Inventor in 2022 | Unrivaled Guide
It is the heart of the machine that does all the processing work. Intel configurations such as i3, i5, i7 are used nicely on client-level PCs and laptops, and Xeon has become the dominant rule in large workspaces/graphics. However, Intel is not the only segment of the processor market. In particular, the late AMD is also making its way to the high-end market with Ryzen and Ryzen Threadripper processors, even though it hasn’t become a staple of OS vendors yet.
Engine and Cable
This processor is compatible with most institutions, and the speed at which these centers perform calculations is called the gigahertz (GHz) clock speed. Single-core and dual-core processors are now rare, and today’s most common processors include at least four high-quality 7-core, Ryzen 6-core, and 12-core or higher Xeon / Threadrippers. Direct 3D navigation and editing programs like AutoCAD generally work in one way, one center, so this fast clock state is clearly high.
In addition to constantly writing and modifying the source code to enable multithreaded help, Autodesk is currently in 2D CAD and 3D Laptops for Virtualization applications to get exceptional points. Has great features that allow you to take advantage of a variety of facilities. Anyway, if you’ve done a lot of work to provide programs like Cray, Maya, blender, most of them have been read in detail, and from now on, multi-institute processors are good. prize. Most institutions can perform multiple tasks at the same time, so you can get ready quickly. When a multi-computer system appears
We recommend a medium-sized client processor with hyper-threading and SMT (Multiple Embedded Sync). This is sufficient for most light CAD work. However, if you happen to be using a redesign program like Ansys or a distribution program like Keyshot, you can benefit greatly from the additional features that keep you from taking advantage of the high CPU costs.
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Excessive CPU overload
Perhaps the spirit of overload was transmitted, the expressive power of the CPU is clearly improving. Now, I often say that you shouldn’t overdo counter PCs that rely on discounts, for example, if you’re likely to achieve a business chip away, or if you’re in a professional office. Excessive jumps produce PC turns, there is no difference in the number of passing pressure tests, and jumps increase the chances of a complete PC hit. So, I think this is fine for domestic and university customers, but I don’t think it should be said too much for business customers. Add-ons are often overlooked in CAD programs and are not worth the risk of losing a job.
Also, not all processors are over-supported, for example, Xeons is not over-portable and all AMD Ryzen CPUs are over-supported. In addition to the processor, the motherboard also needs to be extremely compatible.
Memory (Random Access Memory)
The amount of RAM and real memory on your PC controls the amount and size of projects and databases that can always be opened. Your operating system may be limited as today’s systems grow in unexpected ways and usually require more RAM. For 2D CAD-specific workflows, 8GB of RAM should definitely be a base to consider.
For 3D CAD applications, we generally recommend 16GB or more of RAM. But as always, with a lot of RAM, you can do multiple projects with large amounts of open and free data. In an era when more RAM than given is needed to realize CAD functions, the OS can change that part to secondary memory (a part of the hard drive that gives instructions to the RAM of the PC). You can continue working, but you will find that your mission is weak.
The usual fallacy that increasing RAM makes your PC run faster is not supported in any office. Too much RAM means that you have all the long-lived space to erase large datasets before Windows starts using virtual memory. If you present 32GB of RAM while using 9GB of RAM in your project, your PC will be able to play as if you were using 16GB of RAM or 64GB of RAM. Smash must be integrated to work with the CPU. This data can be found on the CPU vendor’s website.
Smash can be exported to DDR3 / DDR4 with a replication rate of megahertz. My suggestion, in this case, is to consider at least 8GB for 2D CAD and 16GB for 3D CAD, make sure the RAM is stored in the CPU, and if possible buy a larger module and put it on the board. Leaving free memory.
Hard Disk Storage (SSD or HD)
Industrially available hard disks are roughly divided into two types: SSD (Surface State Drive) and HDD (Hard Disk Drive). HDDs are the most common form factor and are often found in established laptops. All 3D Max Rendering PC upgrades and laptops come with SSDs, depending on the customer, as determined at the time of purchase. The machine’s hard drive consists of a round container that stores details on its attractive surface of revolution.
Since the data was used directly from this fast spinning circle, these drives are inaccurate, noisy, slow, and stiff (because of the moving parts). SSDs are facing the difficulties facing HDDs, in which case SSDs have no moving parts. After that, SSD is much smaller than HDD, quieter, definitely much more powerful, and seems to have a faster data transfer rate than HDD.
SSDs are roughly divided into SATA and PCIe depending on the communication method used. SATA solid-state drives are limited to a maximum data transfer rate of 600MB / s, which is the SATA optical connector, while PCIe-based solid-state drives can use and write over 2500MB / s. There are many SSDs that can read and write at 3500MB / s for Photoshop laptops. Most high-end frames have an SSD boot drive (the drive where the frame is displayed). We also recommend SSDs for all CAD boot events on your PC or workspace.
Card (GPU) Design
CAD is one of the most sought-after graphics workflows, and it is a common perception and teaching that the most expensive and expensive graphics cards (GPUs) are organized around CAD. This is not allowed in all cases but may vary by the product vendor. For example, Autodesk CAD applications build less powerful CPUs. Decreasing the reliance on the GPU and increasing the CPU clock will improve performance in a straightforward style.
Most Autodesk CAD applications are compatible with both game consoles (GeForce, Radeon) and professional (Quadro, Radeon Pro WX / FirePro) card makers, so generally for domestic Screenwriting customers. We recommend that you purchase a card for game consoles, and for customers with recent experience, purchase a card for professionals.
When choosing a GPU, there are many things to consider, such as whether to use it within the scope of its intended use. This way it’s hard to tell what you’re trying to do, but sometimes when it comes to CAD, make sure the GPU has it for any 4GB VRAM event.
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For screens, there is a simple standard that “the bigger the better”. We strongly recommend using an ultra-wide CAD display, such as the LG 34UC79G. It has an aspect ratio of 21: 9 and a resolution of 1440p, which is between standard 1080p and 4K. The CAD screen space you get with such a display is absolutely incredible and clearly superior to what 4K can offer on a 16: 9 rating scale. Widescreen displays are expensive and legally difficult to buy in a professional environment, but they look incredibly nice to do a lot of work and have insane CAD ratings for mirroring and writing spaces. Will give you.
It’s also worth noting when considering 4K displays that this lens isn’t in place on many projects and can result in tedious swap boxes and inseparable content. In addition, creating and moving screens almost always sends the number of pixels, which requires a very good CPU and GPU. 4K is not recommended for CAD unless AutoCAD can handle 4K well.
Which version of AutoCAD should I choose?
You can only purchase the basic version of the program. AutoCAD has dozens of add-ons, each of which is suitable for different tasks. There are even pre-built kits for AutoCAD.
A set of 6 programs for the design of architectural structures:
- Revit is a specialized program for the visualization of building structures.
- AutoCAD is a very popular 2D and 3D modeling software.
- Civil 3D is the best software for creating infrastructure and documentation.
- InfraWorks is another good BIM infrastructure software.
- Navisworks Manage is a versatile software with the ability to integrate with other applications and use cloud-based editing.
- 3DS Max is a well-known 3D modeling software.
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Is cooling required to work with AutoCAD?
Of course yes. Any 3D modeling computer generates a huge amount of heat, even more than a gaming PC. Cooling must be present.
Often the question arises: air or water cooling? For professional 3D specialists, we recommend water. Firstly, it is more efficient, and secondly, it produces less noise. Despite the fact that water cooling is an order of magnitude more expensive than air cooling, using it will allow you to avoid most of the problems associated with overheating PC components.