In short, AstroGrav simulates gravity in three dimensions, taking into account not only the gravitational attraction between all the planets, but also the gravitational interaction between planets and all of their moons. The physical effects of the Sun’s gravitational pull are included and it also accurately simulates the tilt of the Earth as it orbits around the Sun, causing seasons. Most importantly, it also accurately calculates how mass accumulates on a planet or moon due to various collision processes, including orbiting bodies that may either be a planet or a moon. As a result, objects can orbit or drift around each other in complex gravitational relationships for thousands of orbits before the effect of those relationships produces any significant changes.
Astrograv is a pretty complicated simulation of gravitation in space, but the use cases are pretty straightforward. If you’re a serious astronomer or space geek who loves to get as close to reality as possible, it should be pretty clear that there are several hardware and software requirements that you’ll need. A long battery life is good, but so is a high processing power; similarly, multiple memory sticks and ample hard drive space will be useful for all your data sets. But why don’t we break down the important hardware specifications for those requirements?
Looking for laptops for yourself or someone else?
- AstroGrav is a complicated simulation of gravitation in space
- If you’re a serious astronomer or space geek, AstroGrav is for you
- AstroGrav has several hardware and software requirements, which are: battery life, processing power, memory, hard drive space
Requirements for a AstroGrav laptop
Major Picking a good graphics card
Professional graphics for AstroGrav
AstroGrav needs a lot of GPU power, so it’s important to get a certified professional card. If you don’t need a workstation card – go for a consumer-grade card with RTX in its name (e.g., RTX 2070). If you need a workstation card – there are two options:
- get the latest Quadro Ampere chip (RTX 5000, RTX 4000, RTX 3000)
- get the previous Quadro Turing chip (RTX 5000, RTX 4000, RTX 3000).
Entry-level: GTX 1650
The only other option is getting an entry-level graphics card, such as GTX 1650. This can be useful if you’re on a tight budget and you don’t need too much power for AstroGrav.
- get the latest Quadro Ampere chips (RTX 5000, RTX 4000, RTX 3000) if you need professional graphics for AstroGrav
- get the previous Quadro Turing chips (RTX 5000, RTX 4000, RTX 3000) if you need professional graphics for AstroGrav and your budget is tight
Major My processor recommendations that will work optimally with AstroGrav
The primary purpose of a processor is to execute commands, and AstroGrav isn’t a demanding application. This means that AstroGrav doesn’t require a powerful CPU. In this regard, there’s no need to get the most expensive or newest processor.
It’s hard to make any definitive recommendations for processors because there are so many possible setups. The only thing we can do is to look at different types of CPUs and make educated guesses about their performance in AstroGrav.
A common mistake is to overestimate the performance requirements for AstroGrav and buy the most expensive and newest processors. You can avoid that by following this simple advice: just go with what your laptop came with.
Since we’re not talking about hardcore 3D games, you can take advantage of all available resources by buying a laptop with an Intel Core i5-10300H processor – it’s one of the best cheap laptops for AstroGrav.
- buying the most expensive or newest processors is not necessary for AstroGrav, since it’s not demanding enough
- going with what your laptop came with is the best way to get good performance for AstroGrav
Major The best memory for AstroGrav in 2022
As for the AstroGrav application, the AstroGrav user’s needs can be divided into two main categories: visualization and processing.
Minimum (8 GB)
If you’re just running AstroGrav, 8 GB is just enough. It might not be perfect for processing – but it’ll do the job for the visuals. I know that I’ve had my AstroGrav laptop on 8 GB and it was working just fine. And if I didn’t have anything else running in the background, I could get away with it even today.
Recommended (16 GB)
However, if you’re running other programs alongside AstroGrav, 16 GB is what I would recommend. That way you won’t run out of memory when you’re doing any sort of processing-heavy work in AstroGrav, such as importing large-scale datasets or generating 3D visualizations. 16 GB is also a safe option if you don’t want to worry about not having enough RAM to keep your laptop alive when using it in any way – both for your daily routine and your professional use.
Best (32 GB)
For professionals, there’s no doubt that 32 GB is the best choice when buying a new laptop for AstroGrav – and all other programs. While we might see this trend shift down the line – by 2021 we’re still seeing an average of around 20% of laptops with 32GB or more RAM capacity in use. If you want to future-proof your investment in a new laptop – 32GB should be the minimum requirement for any computer running AstroGrav (or any other memory-hungry program).
Optional requirements for a AstroGrav laptop
Size is everything
For AstroGrav, I recommend the best laptop for this application to have a minimum of 256 GB SSD storage. A 512 GB SSD would be even better. As you might’ve guessed, I am partial to NVMe drives. And while a 1 TB drive is excellent for a laptop in general, a 2 TB drive would be a better fit for AstroGrav.
AstroGrav doesn’t require a powerful CPU or graphics card. So the only thing that’s important is the size of the SSD and how much space it provides for your software and files. That said, I do not recommend laptops with 4 TB or more SSDs – it’s unlikely that you’ll need that much space for this application.
In my opinion, if you’re planning on using AstroGrav heavily and frequently, you should consider upgrading the laptop storage. Adding more RAM would be a good idea too, but I think that upgrading the storage is a higher priority for this application because of how quickly its data will fill up the drive – which will lead to more frequent downtime or loading screens while waiting for data to load from external drives or cloud services.
- AstroGrav requires at least 256 GB of SSD storage, preferably 512 GB or more
- upgrading the storage is a higher priority than upgrading RAM for this application because of how quickly its data will fill up the drive – which will lead to more frequent downtime or loading screens while waiting for data to load from external drives or cloud services.
5 Best Laptops for AstroGrav
Pros and cons
- Exceptional display (15.6 300Hz IPS G-Sync)
- Featherweight (2.2 lbs)
- Not the best processor (i7-10750H)
- Run-of-the-mill memory amount (16GB)
Table of Best Laptops for AstroGrav
|GIGABYTE G5 GD||$790|
|Asus ROG Zephyrus G15||$1000|
|Acer Predator Triton 500||$1660|
|ASUS ROG Strix Scar||$3250|
|Eluktronics MAX 17||$3700|