In 2020, the adoption of Python as a programming language will skyrocket. This article provides three laptops to get you started with your development journey ahead.
The “best laptop for python programming 2021” is a question that I get asked quite often. This article will help you to find the best laptop for your needs.
Python programming on a laptop
Python programming is a fantastic ability to have since it allows you to not only create your own programs or even websites based on your own desires and ideas, but it also allows you to benefit professionally from your knowledge, as IT professions are often highly compensated. It is essential to have the correct equipment, such as a high-quality laptop for Python programming, in order to maintain the pleasure of development over time.
Of course, you can write complicated and useful Python programs on a desktop computer, but a programming laptop offers a lot of benefits, not just because you can carry it everywhere with you, but also because it gives you a lot more flexibility. You may write the stated programming code directly on the computer if you are at university, for example, since you are studying computer science. A life as a digital nomad is feasible, given the ability to program anywhere in the globe and the ability to work and travel freely with a high-quality laptop.
Test Results: The Best Laptops for Python Programming and Development
Lenovo Yoga 730 is ranked first.
- Outstanding productivity results
- Dual USB-C Thunderbolt 3 ports
- High-quality construction
- Excellent performance
Best Python Development Laptop Performance
The Lenovo Yoga 730 is a flat 13.3-inch computer with a well-made aluminum shell that is, for the most part, convincing. Because to the low weight and tiny case dimensions, mobility is excellent. The battery life is a little disappointing, since despite a 48 watt-hour battery, the air runs out after roughly five hours of video playing – in contrast, the prior model Yoga 720, with a battery of the same capacity, achieves almost seven hours of video playback.
Despite its little key travel, Lenovo’s standard keyboard provides a good typing experience. The mouse pad is very pleasant to use and feels nicely produced. A fingerprint sensor is also included on the right side of the keyboard for fast and simple Windows login. In a convertible, the hinge is crucial, since if the display does not lock firmly and correctly in the different places, the quick-change artist will be useless. The Lenovo Yoga 730 does well here, as well as in the so-called tent posture and as a tablet – albeit the display has a tendency to jump when you touch it too vigorously.
The Lenovo Yoga 730 is powered by an Intel Core i5-8550U (4.0 GHz) CPU with 16 GB of RAM. A 512 GByte SSD is used to store the files. Lenovo continues to push the boundaries of communication with the addition of the high-performance Thunderbolt protocol to both built-in USB type C ports. External graphic cards and docking stations, among other things, may be linked this way. Positive: The casing has a conventional USB interface, allowing USB sticks to be utilized without the need for adapters, and the stylus pen supplied in the package may also be linked to the USB socket via a bracket.
In the benchmark PCMark 7 test, the gadget scored 5,930 points, over 800 points more than our current 1st place in the top ranking (Toshiba Satellite Pro). The PCMark 7 test measures a laptop’s total system performance; the higher the result, the more powerful the notebook, implying that the Lenovo Yoga 730 can handle anything from simple office apps to basic image and video editing. The Yoga just has to struggle a little when it comes to more advanced video editing and games.
IPS panel with high contrast
In our test, the 13.3-inch touch display (1,920 x 1,080 pixels) received a solid 77 out of 100 marks, thanks in part to the excellent checkerboard contrast of 215 to 1. With 246 candelas per square meter, the maximum brightness with which unpleasant light reflections can be countered seems to be a little low for our liking – but still within the acceptable range.
Conclusion: For a Python Developer Laptop, this is the best option.
The Lenovo Yoga 730 impresses us in every test — the 13.3-inch convertible receives a score of 9.8 out of ten. Highlights include the craftsmanship and, owing to a powerful CPU, the performance category. Positive: During the test, we didn’t find any significant flaws, and a stylus pen is included in the delivery – the quick-change artist uses it to play out all of the tablet’s capabilities.
Acer Swift 7 is ranked second.
- The best value-for-money
- The screen is solid.
- Long-lasting battery
- Extremely light and thin
The Acer Swift 7 is the best laptop for Python developers in terms of price and performance.
The 2020 Swift 7 is the world’s thinnest laptop. At least, that’s what the maker, Acer, says; we can’t confirm or deny this since we don’t have (yet) every laptop on the market in our test lab. The Acer Swift 7’s proportions, in any case, are rather stunning. It is just 9.7 millimeters thick at its narrowest point, thanks to the small feet. This number only rises to 10.1 millimeters at the “thickest point.” In a nutshell, the Acer laptop is very slim. The weight of 2.0 lbs. is more than enough for a 14-inch tablet. If mobility is your top priority, there are few better models for on the road.
With this tiny form, there seems to be adequate for a substantial battery, since the power life is rather excellent. The Acer Swift 7 lasts 704 minutes in our Word scenario with a realistic 200 candelas per square meter display brightness, which is more than 11 hours. Those who like watching films may do it for about ten hours at a time. Even if we significantly increase the workload and replicate it with PCMark 8, it still takes a little more than 6 hours. Overall, we are really pleased with the outcomes.
Nice case, but poor input
In the exam, the processing might also persuade. The case’s materials are acceptable for the premium market while also giving it a noble and high-end appearance. Furthermore, the frame has a high torsional rigidity (that’s what the phrase implies), which means it can bear a lot of force and only bends reluctantly. In the test, the clearly visible hinge, which does not allow for convertible mode, also proves to be quite stable. The keyboard and touchpad, in particular, have drawbacks: The Acer Swift 7’s ultra-slim design eliminates practically the entire stroke path on the keys. As a result, there is very little feedback while typing. However, the click feature in the otherwise adequate touchpad is missing.
The Acer Swift 7 is a high-performance laptop.
The provided hardware is more than enough for office and multimedia tasks, as well as Python programming. Acer utilizes the exceptionally energy-efficient Intel Core i7-8500Y with a 2.5 GHz base rate and a maximum power dissipation of 4.5 watts as the hardware heart. The HD Graphics 615 is a compatible GPU that comes with the CPU. The CPU is equipped with 16 GB of RAM and a 512 GB SSD. Wireless communication is provided via a WLAN chip that supports the current ac standard, Bluetooth, and an LTE module.
Acer, on the other hand, must make suitable accommodations for cable connections, particularly given the low height. There are just two USB 3.1 ports and a 3.5 mm jack connection. Aside from that, there are no physical ties. In the workplace, this inevitably implies carrying a variety of adapters, such as for connecting a second monitor, a beamer, or a simple USB stick. The Swift 7 is unlikely to be employed in serious business settings due to its lack of docking capability.
Display is mediocre.
In the test, the display of the 2018 Acer Swift 7 is only halfway convincing. The 14-inch mirrored screen only has a Full HD resolution (1,920 x 1,080 pixels), which is shockingly low for a Windows device in this price bracket. The laboratory results are fine, but don’t startle us out of our seats: The highest brightness is a respectable 305.1 candelas per square meter, but the chessboard contrast is rather low at 157:1. Furthermore, in contrast to comparable devices, the brightness distribution throughout the display surface is merely poor.
When you consider that the new Acer Swift 7 is available for a reasonable price, we don’t think it has too many flaws. As a result, Acer just provides too much for the money.
Conclusion: For a Python Dev Laptop, the best proce performance ratio is
In our tests, the new Acer Swift 7 proves to be an incredible beast. On the plus side, we have an ultra-thin casing, light weight, and long battery life. The whole image is enhanced by the sturdy technology, which contributes to high performance, as well as the comparably above-average display. There’s also a very reasonable pricing, which the Swift 7 can easily meet. A fantastic laptop for all programmers, including Python devs.
Lenovo Thinkpad E590 is ranked third.
- Security features fit for a business
- Battery life is excellent.
- Design that is simple yet effective
- Fantastic keyboard
Lenovo is a fantastic laptop for Python programmers.
The delivery scope is manageable. The ThinkPad E590 comes with a USB-C charger and some documents in the package. It includes a warranty document as well as a setup instructions.
Good craftsmanship and a classic design
The ThinkPad E590’s design is straightforward. It’s immediately identifiable as a ThinkPad. The information likewise contains no surprises. The notebook is mostly constructed of a tough, torsionally strong plastic. There aren’t any squeaky areas here.
In compared to today’s thin bezel laptops, the display frames seem to be out of style. They do, however, complement the gadget and emphasize the ThinkPad E590’s solid build. The 720p webcam is located in the top display frame, while the Lenovo logo and type indication are located in the bottom frame.
The touchpad on the ThinkPad is slightly skewed to the left due to the number pad. However, this has no effect on typing. It does a fantastic job. There isn’t much more to say about it.
The red trackpoint, which is standard on all ThinkPads, is the most noticeable characteristic of the keyboard. Some people swear by it, while others dismiss it as useless nonsense. Personally, I am unconcerned about it. I don’t use it very much. However, when I use it, it performs as expected. It reacts to input accurately and is simple to control.
The keys are incredibly responsive to input and provide a very enjoyable typing experience. For my tastes, they could provide a bit more resistance, but that’s high-level complaining. Even lengthier messages are simple to type on the ThinkPad keyboard, and as long as you don’t utilize the one-finger hack method, your coworkers will appreciate how quiet the keyboard is.
The fingerprint sensor is located underneath the number pad, as is the ThinkPad typeface seen on all devices of this kind.
There are enough ports for any use.
The ThinkPad E590 has a plethora of ports. They are on both sides, as previously stated. The USB-C port, which may also be used for charging, is located on the left side. The HDMI port is right next to it. Following that are two USB-A ports, one of which is a power USB port. The 3.5mm combo connection is located on the left side of the device. You may connect the laptop to an external display through the USB-C connector and charge it if the monitor supports it.
The card reader, USB-A 2.0 port, Ethernet port, and Kensington lock are all located on the right side. I’m not sure why a USB 2.0 port is still present today. The only practical use for this is as a mouse. However, a USB-C connector would have been preferable.
However, everything vital is accessible in general. A monitor may be connected through HDMI. If you want additional connections, there are a variety of docking stations available, which significantly expand the options.
Lenovo equipped the ThinkPad E590 with a matt Full HD IPS panel. Reflections that are distracting? Nothing. The link between size and resolution is excellent. As a result, your material appears crisp and clear. Large viewing angles are also possible thanks to the screen, thus even lateral views of the display are not an issue.
Colors are vibrant and realistic without being overdone. The ThinkPad E590, on the other hand, does not have very high color accuracy. We calibrated it with the Spyder 5 as we do with all test devices: 63 percent sRGB, 45 percent NTSC, and 47 percent AdobeRGB coverage are not satisfactory figures. They are not, however, exceptions. With Ryzen CPUs, the HP Probook 450 G6 (test) and the MateBook D (test) get comparable results.
In normal usage, the color space coverage isn’t a deal breaker. Just keep in mind that this ThinkPad isn’t designed for color-critical tasks. The color values are suitable for all other jobs.
Unfortunately, the ThinkPad E590’s display isn’t very bright. An average of 219 cd/m2 was recorded. In a confined environment, this is more than enough. However, you should opt for a shaded spot outside since contents are easily outshined in bright sunshine.
Windows 10 Pro 64-bit is pre-installed on the ThinkPad E590. Unfortunately, the system has bloatware, such as Candy Crush Saga and Candy Crush Friends. McAfee also wants you to purchase a premium product. You may disagree about both Spotify and Xing. If the apps are bothering you, you can remove them altogether. There is also a Lenovo Vantage installed. This is a hub that lets you to update your ThinkPad drivers. Furthermore, you have access to all pertinent information at a glance, which may be useful for assistance in the event of a mishap.
You still have access to 209 GB of the 256 GB SSD in the delivery condition.
Good results in the workplace on a daily basis
The ThinkPad is powerful enough to handle all of the office duties you’ll come across in a day’s work, notably Python programming. All of your data loads rapidly with the PCIe SSD. The integrated Intel graphics provide you enough capability to do simple jobs in Photoshop quickly. The ThinkPad E590 will not slow you down while doing more difficult activities. And, since the color space coverage isn’t great, point graphics modification isn’t necessary.
Exceptional battery performance
You don’t have to be concerned about running out of power with the battery. In normal usage, the ThinkPad E590 lasted little under six and a half hours. As a result, even extended travels without access to a power source may be readily completed.
Notebook for work that is quiet
In normal life, you won’t hear the ThinkPad E590. It goes about its business silently and unfazed. During the stress test, the fans may be heard. But only if you’re in a peaceful setting. They are easily drowned out by keyboard sounds.
The temperature is also maintained under control. The casing only warms up at the hinge region in front of the display. The notebook’s waste heat is routed there. All other sections are kept at a comfortable temperature. The CPU reached a maximum temperature of 73° on the inside.
Conclusion Lenovo ThinkPad E590 is an excellent Python developer laptop.
For a reasonable price, the ThinkPad E590 provides a lot of performance for your regular job. The built-in hardware guarantees that your data loads swiftly and without delay. You have a lot of options for connecting peripherals thanks to the many ports.
The build quality is great, and the ThinkPad has a solid feel about it. It’s also simple to update if your hardware is running out or your SSD is growing too tiny. Lenovo has done an excellent job in this area. For the display’s minor flaws, there are simply deductions.
Overall, the ThinkPad E590 is an excellent office and Python developer notebook with an excellent price-performance ratio.
A Python Developer’s Laptop Buying Guide
Because a laptop is a device that is always changing and progressing in terms of technology, I’d like to go into more depth in this post about the key characteristics and technical equipment that your new laptop should have for programming so that you may enjoy it for a long time. It’s infuriating to spend money in a technological equipment only to discover that it’s a lousy investment since key features and needs haven’t been addressed. It’s also crucial to recognize that a laptop for image processing, for example, should have distinct functionalities and technological specifications than a laptop for programming. The following sections will provide you essential hints and suggestions on what to look for in the future and how to pick the best laptop for programming.
By the way, if you want to program more freely and mobilely in the future and give your own goals and ideas full reign, there are a few technical variables and components you should be aware of, as you should compare them before purchasing. For a technological item, an online purchase may be especially beneficial, since many huge online stores now allow customers to compare computers with only a few clicks. As a result, you’ll have no trouble finding a laptop to program on that meets your needs. You may also profit from other purchasers’ opinions and ratings, particularly if their needs are similar to yours.
Important things to ask when purchasing a Python programming laptop
Before I go through the many components to consider when buying a laptop and some helpful hints on how to pick the best laptop for Python programming, I’d like to go over some key questions you should ask yourself before purchasing a new laptop. These questions will assist you understand what to look for when buying and will help you narrow down your programming requirements.
Question 1: What do you want to program exactly?
When it comes to programming, there are many options; after all, you may create databases, applications, software, websites, scripts, games, algorithms, and visualizations today (just to name a few).
Of course, you can program a lot more, but you should still ask yourself this crucial question, as the response to it will determine the components of your new laptop. The more complicated your future programs and concepts are, the more processing power your next computer will likely need. Your monitor’s inch size should be similarly huge. If you’re going to be writing a lot of code, for example, a screen size of at least 14 inches will be ideal (or more).
Question 2: In the future, which operating system would you want to use?
Although many development environments are now accessible for a variety of operating systems, you should still consider which operating system your new laptop should run. Should it be a Macbook, a Windows computer, or a Linux laptop, for example?
Question 3: Aside from Python, which programming language or tools would you use?
Programming has evolved dramatically in recent years and decades, with the introduction of new tools such as development environments that make programming more simpler and professional. If you already know what tools you want to program with in the future, it’s critical that you pay attention to the computer’s or, in this example, your new laptop’s performance needs. Make sure these apps and tools can be utilized if you want to use your laptop for programming in the future. Many tools, for example, need a specified operating system, memory capacity, and storage space.
Question 4: What percentage of your budget are you prepared to spend on this project?
The same goes for programming on a laptop: don’t save at the incorrect end! If you’re looking to get a new laptop for long-term programming, you should, of course, evaluate the cost. However, you should avoid picking a less expensive option if it will reduce your motivation in the future, for example, because vital apps will not run properly (due to insufficient RAM), or because the keyboard will not match your expectations and you will not like typing on your laptop.
In the long run, a too tiny display size might reduce your programming enjoyment, since you lose the thrill of programming if you strain your eyes too much (a lot of code on a too small screen). If you’re going to purchase a laptop for programming, attempt to save money in areas that won’t impede your future motivation and laptop work. With a few clicks on the internet, you can simply compare costs and select a laptop that meets your demands.
Question 5: What do you plan to do with your new Python programming laptop?
This inquiry is mostly focused on the crucial aspect of “mobility.” After all, a laptop allows you to move it easily, such as to education or job. At this stage, you should consider how you want to utilize your future laptop for programming. For example, do you want to keep it at the same workstation all of the time and simply move it on occasion, or will you relocate it on a regular basis? If you want to travel your laptop on a regular basis, you should consider the weight and size of your display while purchasing it.
Important qualities of a laptop for Python programming
If you want to purchase a laptop to program with in the future, there are a few things you should know about laptop components before you buy and compare them. These vital components, as well as useful ideas and other practical laptop advice, are listed below.
Mobility: As mentioned briefly in the previous section, mobility is an important consideration when purchasing a programming laptop. As a result, while making a purchase, you should consider both weight and screen size. In any case, you should pick a screen with a minimum size of 14 inches to ensure that your code is legible.
Working memory: Working memory, often known as RAM, is one of the components to be aware of when making a purchase. After all, when it comes to executing software, applications, and tools, RAM is crucial. If you want to utilize pricey development environments and tools that need a lot of resources in terms of capacity, be sure your new laptop has adequate memory (Ram) to execute these applications without issues. You should aim for at least 8 gigabytes of RAM, preferably more.
Battery life: If you’ll be on the road a lot and won’t be able to charge your laptop battery for a long time, it’s important to think about battery life when purchasing a laptop. When you’re programming and your battery is running low, it might be really annoying. If you’re going to be on the road a lot, having a lengthy battery life is essential.
Screen resolution: Because technological advancements now allow for very high resolutions, pay attention to the screen resolution options for your new programming laptop: You may now set your resolution to Full HD 1920×1080, for example.
The screen size: When it comes to a programming laptop in general, the screen size is one of the most significant elements to consider, as choosing a screen that is too tiny may be quite annoying in the long run. It’s critical to be able to show enough code on the screen if you’re going to deal with a lot of tools and code in the future. As a programmer, you are often confronted with the task of programming in many places at the same time, therefore it is especially advantageous if they can all be presented on the screen at the same time in a clearly apparent manner. A screen size of 14-15 inches is more of a minimum need in this scenario.
Complex computer operations need resources, which your new programming laptop must be able to give. The laptop may need significant resources to actually conduct these sophisticated operations, especially when developing and running complex code. Choose a strong CPU, such as an Intel7 processor, if you want to ensure that you will be able to show very complicated developments and processes on your laptop in the future.
If you want to utilize tools and apps to assist you program in the future, but they will demand a lot of resources to show complicated operations, you should think about the graphics card before purchasing a new programming laptop. Because certain programming tools and development environments put additional strain on your laptop, you may want to consider upgrading to a more powerful graphics card, such an NVIDIA Geforce graphics card.
Keyboard: A programming laptop should be seen as a tool that allows you to actualize your own ideas and wants while also working in a goal-oriented and efficient manner. The “keyboard” is a critical aspect in determining how productive you are at work. When shopping for a new laptop, don’t forget to consider the keyboard; after all, it’ll be where you’ll be typing your programming code. Pay attention to the keyboard because the better you can type, the better you can work.
Even while terminology like matt, glare, and anti-reflective are typically used interchangeably by manufacturers, you should think about how often you’ll be using your new programming laptop outdoors, for example, or in situations where light could be reflected on your screen. If you’re not sure but don’t want light reflections to ruin your programming experience, a matt display is the way to go, since it can lessen or remove these reflections.
Other aspects to consider while developing on a laptop include:
- Return policy and warranty
- Touchscreen display
- Ventilation and volume of ventilation
- Other probable applications include gaming / games.
- Dimensions of the hard drive
Frequently Asked Questions about Using a Laptop for Programming
What does a laptop for Python programming cost?
Because numerous variables influence the price of a programming laptop, there is no one-size-fits-all solution to this topic, although most programming laptops cost approximately $ 800.00. Naturally, the cost varies based on the specifications and components.
Is it possible to get an inexpensive laptop for Python programming?
Of course, you may get a laptop for programming by minimizing your own criteria or purchasing a used laptop. However, saving money on a programming laptop is seldom a good idea since crucial tools like development environments may not work properly, or because the warranty may be void if you purchase a secondhand laptop. If you want to use your new programming laptop for a long time, for example, since it is required for your job, you should choose a device that fulfills your needs as well as the needs of your tools or software.
Where can I get the greatest deal on a programming laptop?
If you want to program from anywhere in the future, you have a lot of options when it comes to purchasing a new programming laptop. Purchasing from an online store is particularly advantageous since it allows you to compare key components, features, and considerations with only a few mouse clicks. Furthermore, since you can quickly compare costs, you frequently have the option to save money.
The “best budget laptop for programming” is the best option if you’re looking to get into programming. It’s a great inexpensive laptop that can be used for many different things.
Frequently Asked Questions
Which laptop is best for Python coding?
How much RAM is required for Python?
A: Python requires a minimal amount of RAM to run. You can start with as low as 1 GB or 2 GB and work up from there. The more memory, the better your results will be in terms of speed and accuracy
Which laptop is better for programming?
A: This is a difficult question to answer, because there are so many variables involved in the decision. Your programming needs and your budget for this item will greatly affect what you choose.
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