Is 32GB overkill? In general, yes. The only real reason an average user would need 32GB is for future proofing. As far as just simply gaming goes, 16GB is plenty, and really, you can get by just fine with 8GB.
Well it depends on how you use your computer. If you hoard movies than you'll have a problem. 256 GB can be enough depending on how you run it, most mechanical engineering software are usually under 30 GB. 256 GB can be enough depending on how you run it, most mechanical engineering software are usually under 30 GB.
If you want to flex your gaming skills then Core i5 would be a good value for money as most modern game titles use much of the GPU for resources rather than the CPU. In many cases all the cores are not utilised during gaming In that case you should look out for a better GPU instead of investing that money on the CPU.
A majority of people go with 8 GB RAM. However, if you plan to do photo editing or video editing, 8GB RAM will not be enough. You need a minimum of 16 GB. Similarly, engineering students and designers engaged in CAD/CAM work need a minimum of 8 GB RAM.
SSD's are much more expensive than regular hard drives. For SSD size, 128GB is usually enough. But now that 256GB is getting more affordable, gauge how much storage space you'll take up and consider storing large files like movies and such on flash drives or external hard drives.
An SSD will load everything faster, but RAM can keep more stuff open at once. If you find your computer being unbearably slow in literally everything it does, an SSD is the way to go, but if, for example, your computer only starts acting up once you open your "lots of tabs," you'll want the RAM boost.
The 15.4-inch Macbook Pro with retina display is the only contender for a Macbook for engineering majors. It has a dedicated graphics card Nvidia GeForce 750M on top of the regular Intel HD Iris graphics. With 16GB of RAM and 512 GB of SSD drive, it is a good investment for your engineering career.
Yes. Ok, nowadays, with modern/new games you will want 16gb of RAM. If you do more than just gaming (rendering/editing/graphical work), 32gb starts to become the minimum, 64gb the norm, and 128 for overkill (extreme usage).
RAM frequency is measured in MHz and usually immediately follows the DDR version in the RAM spec. For example, 8GB DDR4-2400 RAM is running at a frequency of 2400MHz. Frequencies of RAM typically range from 800MHz in older DDR2 modules up to 4200MHz in DDR4. Current gen DDR4 modules start at 2133MHz.
4GB of RAM has been standard for a few years now but mainstream computers have been moving into 8GB territory. Higher end laptops and gaming PC's are now even using 16GB. IS&T recommends 8GB. That's more than enough for doing anything, including SolidWorks and virtualization.
“You Can't Mix RAM Size.”
Generally, most laptops or computers come with two slots for RAM sticks, and sometimes more. It is advisable to use RAM sticks by the same manufacturer, of the same size, and of the same frequency. But there's a simple reason behind why mixing RAM sizes is usually not the best way.also, 256gb is generally MORE than enough for college, especially if you don't store a ton of movies and such.
How to increase your RAM without buying a new
- Right click "Computer " then click on "Properties".
- Then click on "Advanced system setting".
- Now go to "Advanced" tab , then under it , for performance options click on "Settings".
- Now under "Advanced" tab for virtual memory options click on "change".
- Now another dialog box will open [ virtual memory ] as shown below.
What Are the Best Laptops for College?
- Lenovo Yoga 920. College Choice Score: 100.
- HP Spectre x360. College Choice Score: 99.34.
- Dell XPS 15. College Choice Score: 98.82.
- Apple 15" MacBook Pro, Retina, Touch Bar.
- Apple MacBook Pro 13-Inch (2017)
- Microsoft Surface Laptop.
- HP Chromebook 13.
- Apple MacBook Air 13.3-Inch.
8GB RAM. Now we're into performance territory. If you're serious about your PC, then I consider this to be the new default. If you're buying or building a machine dedicated to photo or HD video editing and rendering, or just want a fast system, then 8GB of RAM is the minimum you should consider to avoid frustration.
Engineering college years are the best for playing video games. Therefore, an external graphics card is highly necessary. More memory would be better.
The Intel Core i7 is a top choice CPU for a student's engineering laptop. The processor can handle power demanding tasks, like gaming, video and film editing, CAD, and much more. Intel Core i7 packs the lightning-speed transfer of Thunderbolt 3 technology, and allows users to seamlessly edit and share 360 videos.
HP fitted it with powerful Nvidia GeForce GTX 1050Ti graphics and an equally powerful processor, so that one of HP's latest and greatest 2-in-1s has the brains and brawn as well. This makes it a capable machine and one of the best laptops for engineering students.
The 15.4-inch Macbook Pro with retina display is the only contender for a Macbook for engineering majors. It has a dedicated graphics card Nvidia GeForce 750M on top of the regular Intel HD Iris graphics. With 16GB of RAM and 512 GB of SSD drive, it is a good investment for your engineering career.
The Lenovo Ideapad S340 is another budget option for engineering students. This model has an Intel i3 processor and a fusion of both solid-state drives and mechanical hard disk drives. At just under $500, this is a good option for people looking for a mix of style, portability, and usability.
The Macbook air is a powerful laptop for day to day use. It is light, has an amazing battery life and can pretty much do everything that an engineer needs to do. It can be used for programming, web surfing, running heavy programs (one at a time) and you won't have to change it in the course of your 4 year engineering.
You are not required to have a laptop. We would strongly recommend that you at least have access to a computer where you live. A tablet, or even a phone, can do some of what you need, but it cannot be your only computer. Most engineering software will not run on a tablet.
Gaming laptops can be used for engineering as well, but there are many differences between these two types of computers. Yes, they are both very powerful and pack really strong hardware, but they are not the same.
Best laptops for engineering students at a glance:
- HP Spectre x360 15T (2019)
- ThinkPad X1 Extreme Mobile Workstation.
- Razer Blade Pro.
- Samsung Notebook 9 Pro.
- Dell G3 15.
The majority of our recommended laptops come with the Intel quad-core i5, which is more affordable compared to the i7. However, if budget isn't an issue, we'd recommend an 8th Gen i7 processor. RAM – Your laptop's performance comes down to memory. For AutoCAD, 8GB of RAM is enough for basic CAD.
Best Graphics Card for Autocad 2020
- Best Graphics Card for Autocad 2020.
- #01 – PNY Video Card Graphics Cards VCQK620-PB.
- #02 – PNY NVIDIA Quadro K1200 – ( VCQK1200DP-PB)
- #03 – ATI AMD FirePro W4100 2GB GDDR5 4Mini DisplayPorts Low Profile PCI-Express Video Card 100-505979.
Despite the fact that AutoCAD is a graphics-intensive program, one does not necessarily need a dedicated graphics card to run the program. Also, if you use AutoCAD for activities such as 3D modeling, you will need a graphics card that can support the 3D features without compromising on speed.
Currently the best processors for performance/cost are Intel's i7 and i9 processors. They are available with between 6 and 8 cores per chip. SOLIDWORKS is essentially a single threaded application (i.e. it can't do the next calculation before it calculates the last) most tasks use more than 1-2 processors.
Only considering IPC and Core-Clocks, the currently best CPU for CAD Apps when actively working on projects is the Intel i9 9900K which Turbo Boosts up to 5GHz on one Core. Some more great runner ups are: AMD Threadripper 1900X. AMD Ryzen 2700X.
Lenovo H50 desktop is listed as the best computer for AutoCAD for a reason. It comes with an Intel Core i5 processor (3.2 GHz), 8 GB RAM, and 1 TB HDD. It has Intel HD graphics 4400, and its current price on Amazon is around $550, which is the pretty affordable price for such a powerful machine.
In AutoCAD, Intel didn't only deliver better CPU performance, it also brought about improved GPU performance. For AutoCAD, Intel is the go-to; for the others, AMD fares just fine. I mentioned at the outset that if your workload is heavily GPU-dependant, then the platform surrounding it might not matter too much.
Rule of thumb: The more complex your models and the higher resolution your textures, the more RAM you'll need. Basically, the more you throw at it, the more you need. I don't generally recommend less than 16GB for most people working in 3D and 32GB systems are so affordable that it's pretty reasonable to go for it.
How much RAM should you have? A pro workstation needs a baseline of 16 GB of system memory. Most applications for 3D and CAD suggest 8 GB minimum to run. With 16-32 GB you will notice snappier performance.
