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Finding a powerful laptop that does not break the bank might sound like a lie to many.
Being a web developer myself, I took on the challenge of researching and testing the best budget laptops for programming. These laptops deliver both power and savings, giving you the ultimate coding experience without the hefty price tag.
In this post, I will share my top picks for all budget shoppers with different needs for a new laptop.
The quick list of top picks
Looking to quickly discover the best laptops? Below, I’ve compiled a roundup of my top choices. Jump down if you’re interested in a more in-depth review of each pick, along with key specifications and test results.
Powerful Performance: The MacBook Air (M2, 2022) with its M2 chip delivers impressive processing power, making it perfect for smooth multitasking and running resource-intensive programming applications.
Sleek and Portable Design: The thin and lightweight design of the MacBook Air makes it easy to carry and work on the go, ensuring flexibility for coding sessions anywhere.
Long Battery Life: With over 16 hours of battery life, the MacBook Air provides uninterrupted programming sessions, ideal for coding marathons or working during travel without worrying about charging.
Performance: The MacBook Air (M2, 2022) boasts excellent performance with Apple’s second-generation M2 System on Chip. Its 18% faster CPU, 35% faster GPU (10 cores), and 40% faster neural engine make it a solid performer for everyday tasks and even resource-intensive applications. During my tests, it ran macOS Monterey smoothly, and web browsing in Safari and Chrome was a breeze, even with multiple tabs open. The laptop handled video editing in iMovie and Garage Band with ease, thanks to the M2 chip’s prowess. Moreover, with M1 and M2-compatible apps becoming more prevalent, the laptop’s performance is further enhanced.
Design & Build Quality: The MacBook Air (M2, 2022) features a brand-new design that looks modern and elegant. Apple has slimmed down the bezels, resulting in a larger 13.6-inch Liquid Retina display with improved brightness and support for one billion colors. The thin and lightweight unibody design is reminiscent of Apple’s other portable devices, making it incredibly portable and sleek. I appreciated the new color choices, although some may find them more professional than vibrant. The addition of MagSafe charging, two Thunderbolt 3 ports, and a 3.5mm headphone jack provides versatility and convenience.
Battery Life: One of the MacBook Air’s standout features is its exceptional battery life. With the M2 chip’s efficiency, the laptop lasts over 16 hours on a single charge, surpassing many Windows-based counterparts. The ability to get through an entire workday or long flights without worrying about charging is truly impressive. Additionally, the optional 67W charger allows for rapid charging, making it convenient for busy users.
Value for Money: While the MacBook Air (M2, 2022) offers great performance and design, its increased price compared to its predecessor is a drawback. The previous model, the MacBook Air (M1, 2020), was known for its excellent value for money, and the M2 model falls short in this regard. However, the recent price cut of $100 makes it a more attractive option, especially when considering its performance and features compared to the MacBook Pro 13-inch (M2, 2022) at a similar price point.
Why I recommend it:
Powerful Performance: The MacBook Air (M2, 2022) with its M2 chip delivers impressive processing power, making it perfect for smooth multitasking and running resource-intensive programming applications.
Sleek and Portable Design: The thin and lightweight design of the MacBook Air makes it easy to carry and work on the go, ensuring flexibility for coding sessions anywhere.
Long Battery Life: With over 16 hours of battery life, the MacBook Air provides uninterrupted programming sessions, ideal for coding marathons or working during travel without worrying about charging.
Test
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Editors’ Rating
Price
The recent price cut makes it more attractive.
★★★★
Design
Sleek, modern, and elegant design.
★★★★★
Performance
Powerful M2 chip for smooth multitasking.
★★★★
Battery Life
Impressive 16+ hours for extended usage.
★★★★★
Rating: 4.75
2. HP Pavilion Plus 14
Key Specifications:
CPU: Intel Core i7-12700H
RAM: 16 GB
Screen: 14-inch 2.8K OLED display
GPU: Integrated Intel Iris Xe Graphics
Battery Life: Under 10 hours
Storage: 1TB SSD
Pros:
Vibrant 2.8K OLED display at an affordable price.
Thin and lightweight design for portability.
Good array of ports and a 5-megapixel webcam for remote collaboration.
Versatile configuration options to match performance needs and budget.
Cons:
Battery life falls short of the 10-hour mark.
No webcam privacy shutter, compromising user privacy.
Lacks Thunderbolt 4 ports, limiting high-speed data transfer options.
Performance: The HP Pavilion Plus 14 boasts impressive performance, equipped with an Intel Core i7-12700H processor and 16GB of RAM. During our tests, it excelled in CPU-intensive tasks, making it suitable for programming and multitasking. The laptop’s GPU, though not as powerful as discrete gaming GPUs, is sufficient for casual gaming and multimedia tasks.
Design & Build Quality: The Pavilion Plus 14 features a sleek aluminum body, giving it a premium feel. While not the lightest, it remains thin and portable, making it convenient for on-the-go coding sessions. The thin bezels and 2.8K OLED display are eye-catching, providing sharp visuals and vibrant colors that programming enthusiasts will appreciate.
Battery Life: One of the drawbacks of this laptop is its under-10-hour battery life. Though not exceptional, it still offers enough power for a full day of work or study with moderate use. However, for longer work sessions or streaming movies, users might need to carry a charger.
Value for Money: With its stellar OLED display, ample configuration options, and solid performance, the HP Pavilion Plus 14 offers excellent value for money. Starting at around $700, it provides a budget-friendly option for programmers seeking a quality laptop without breaking the bank.
Why You Should Buy:
The HP Pavilion Plus 14 offers a top-notch OLED display at a budget-friendly price, ideal for programming tasks that require color accuracy.
Its thin and lightweight design makes it easy to carry to coding meetups or work remotely from various locations.
With multiple configuration options, users can customize the laptop to suit their programming needs and preferences.
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Editors’ Rating
Performance
The HP Pavilion Plus 14 delivers solid performance, making it a suitable midrange ultraportable.
4.5 stars out of 5
Design & Build Quality
The laptop’s design and build quality are impressive, enhancing the overall user experience.
4.0 stars out of 5
Battery Life
The laptop’s battery life is decent, but longer endurance would enhance its appeal.
3.5 stars out of 5
Value for Money
The laptop’s value proposition makes it a compelling choice for budget-conscious programmers.
4.8 stars out of 5
Editors’ Rating is 4.5 stars out of 5.
3. Lenovo ThinkPad Z16 Gen 1
Key Specifications:
CPU: AMD Ryzen 7 PRO 6850H
RAM: 16GB DDR5 RAM (Not upgradeable)
Screen: 16-inch display, 1920 x 1200 resolution (useable at 125% scaling)
GPU: AMD Radeon RX 6500M
Battery Life: Over 10 hours
Pros:
Impressive performance with AMD Ryzen CPU and Radeon GPU
A large and efficient 16-inch display
Exceptional battery life for a full day of work
Cons:
Thermal issues with BIOS updates needed to fix overheating problems
Button-less touchpad with a steep learning curve
No USB-A ports or HDMI out, and USB-C adapter not included
Performance: The Lenovo ThinkPad Z16 Gen 1 boasts impressive performance, thanks to its AMD Ryzen 7 PRO 6850H CPU and AMD Radeon RX 6500M GPU. It outperforms many laptops with Intel processors in benchmark tests, making it a great choice for demanding tasks, including programming and creative work. However, it’s worth noting that some BIOS updates were needed to address overheating issues, and while the latest update has improved things, it’s not perfect yet. I noticed that the laptop runs smoothly when it’s not overheating, but the cooling system might need further tweaking.
Design & Build Quality: The ThinkPad Z16 Gen 1 impresses with its milled aluminum chassis, giving it a sturdy and premium feel. The lid and sides are also made of aluminum, making it durable and less prone to flexing. However, the undertray and parts around the keyboard are plastic, which feels less premium. The laptop’s large 16-inch display offers a comfortable workspace, but it lacks a reversible screen hinge, which could have improved its presentation capabilities. I suggest Lenovo reconsider the placement of the power button, as it’s a bit inconvenient on the right side near the SIM card slot. Overall, it’s a well-designed laptop, but the thermal issues and touchpad experience hold it back slightly.
Battery Life: One of the highlights of the ThinkPad Z16 Gen 1 is its excellent battery life. The substantial 72Whr battery can easily last for more than 10 hours on the PCMark 10 Office test. This impressive battery endurance ensures you can work through a full day without worrying about finding a power outlet. In my opinion, this long-lasting battery makes it an ideal choice for programmers who need a reliable laptop for extended work sessions without interruptions.
Value for Money: The ThinkPad Z16 Gen 1 comes in various configurations, starting around $1,430 and going up to almost $5,000 for higher-spec models with a 4K display, discrete GPU, and 32GB of RAM. While the entry-level options offer good value for money, the differences in capabilities between them and the higher-spec models can be significant, making the decision process challenging. Additionally, the lack of user-upgradeable RAM and the need for BIOS updates to address issues raise some concerns about long-term value. For those on an extremely tight budget, this might not be the best choice, but if performance and battery life are paramount, it’s worth considering.
Why I recommend it:
Powerful Performance: The AMD Ryzen 7 Pro 6850H processor provides exceptional processing power, making it ideal for handling demanding programming tasks and multitasking with ease.
Long-lasting Battery: With over 10 hours of battery life, the ThinkPad Z16 Gen 1 ensures uninterrupted coding sessions and productivity on the go.
Sturdy Build: The aluminum construction and durable design offer reliability and peace of mind, making it a great choice for programmers who need a reliable and long-lasting laptop.
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Editors’ Rating
Price
With a starting price of $1,430, it’s reasonably affordable for its performance and features.
4 / 5 stars
Design & Build Quality
The aluminum construction gives it a sturdy feel, but the awkward touchpad and power button placement are minor drawbacks.
4 / 5 stars
Performance
Exceptional processing power, outperforming many competitors with its AMD Ryzen 7 Pro 6850H processor.
5 / 5 stars
Battery Life
Impressive longevity, lasting over 10 hours on the PCMark 10 Office test, providing all-day usage.
5 / 5 stars
Editors’ Rating: 4.5 / 5 stars
4. Asus Zenbook 14X OLED (2023)
Key Specifications:
CPU: Intel Core i7-13700H
RAM: 16GB onboard
Screen: 14.5-inch 2880 x 1800 OLED
GPU: Intel Iris Xe
Battery Life: Up to 7 hours (approximate)
Pros:
Superb OLED display for vivid visuals and precise color accuracy.
Powerful Intel Core i7 processor for smooth multitasking and productivity.
Decent port selection and a comfortable keyboard for improved usability.
Innovative and robust design with the unique Sandstone Beige coating.
Cons:
Middling battery life limits portability for prolonged use.
Graphics ability with Intel Iris Xe is underwhelming for gaming or heavy creative tasks.
Lack of HDR support on the display.
Performance:
The Asus Zenbook 14X OLED impresses with its powerful Intel Core i7 processor, delivering smooth and responsive performance for programming tasks. Its 16GB DDR5 memory ensures smooth multitasking, and the 1TB SSD provides ample storage for projects and applications. The laptop outperformed many competitors in benchmark tests, making it a reliable workhorse for coding, photo editing, and office work.
Design & Build Quality:
The Zenbook 14X OLED stands out with its innovative design and sturdy chassis. The Sandstone Beige version, with its unique Plasma Ceramization coating, offers a premium and tactile feel while resisting scuffs and fingerprints. The laptop’s sleek lines and MIL-STD-810H certification showcase its eye-catching and robust build quality. It may be a little thicker and heavier than some rivals, but it’s still a portable and stylish choice.
Battery Life:
While the Asus Zenbook 14X OLED performs admirably in many areas, its battery life falls short. The 70Wh battery lasted around seven hours during everyday work tests, which might not be sufficient for prolonged coding sessions without access to a power source. For users seeking extended productivity on the go, a MacBook with better longevity might be a more suitable option.
Value for Money:
The Zenbook 14X OLED offers excellent value for money, especially considering its fantastic OLED display, processing power, and port selection. Priced at $1,199 in the US and £1,199 in the UK, it competes favorably with its main rivals, the Dell XPS 13 and Apple MacBook Pro 14, while offering unique features like the OLED panel and innovative lid design.
Powerful Performance: With its Intel Core i7 processor and 16GB DDR5 memory, the Asus Zenbook 14X OLED offers fast and reliable performance, ideal for smooth coding and multitasking.
Stunning OLED Display: The laptop’s high-resolution OLED display provides accurate color representation and sharp visuals, enhancing the programming experience by allowing users to work with precision and clarity.
Innovative Design: The Zenbook 14X OLED’s unique Sandstone Beige coating and sturdy build add a touch of elegance and durability, making it a stylish and dependable companion for programmers on the go.
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Editors’ Rating
Price
Reasonably priced, offering excellent value for its features.
★★★★
Design
Innovative, eye-catching, and sturdy with a unique lid coating.
Performance: The HP Elite Dragonfly Chromebook impresses with outstanding performance, making it a top contender for programmers looking for a budget-friendly laptop. With its powerful Intel Core i5 processor and Intel Iris Xe graphics, it effortlessly handles multitasking and resource-demanding coding tasks. In my opinion, this Chromebook’s speed and responsiveness are on par with some high-end business laptops, making it a reliable choice for programmers seeking optimal efficiency in their work.
Design & Build Quality: The Elite Dragonfly Chromebook boasts a beautiful and minimalist design that exudes professionalism. Its Corning Gorilla Glass 5 display, available in both 2260 x 1504p and 1920 x 1280p resolutions, offers a visually pleasing workspace for programmers. The comfortable keyboard and haptic feedback-enabled trackpad further enhance the overall user experience. The 5MP webcam with a physical privacy shutter ensures secure video conferencing. The laptop’s slim and lightweight profile adds to its portability, making it ideal for tech enthusiasts on the go.
Battery Life: While the Elite Dragonfly Chromebook delivers fantastic productivity performance, its battery life is average compared to other Chromebooks. It lasts around six hours and 22 minutes in an HD movie test, which may not be sufficient for an entire workday without recharging. However, the laptop features quick charge technology, allowing for faster battery replenishment. I suggest programmers opt for this laptop if they value performance over extended battery life and have access to charging outlets throughout their workday.
Value for Money: The HP Elite Dragonfly Chromebook offers great value for programmers seeking an enterprise-level device with advanced security features and excellent connectivity options. Though it comes with a higher price tag compared to mainstream Chromebooks, its performance, design, and additional security measures justify the investment. For tech enthusiasts willing to invest in a reliable and feature-rich Chromebook, the Elite Dragonfly is a strong contender that delivers performance and aesthetics without breaking the bank.
Why You Should Buy It:
Unmatched Performance: The HP Elite Dragonfly Chromebook offers unparalleled performance for smooth coding and multitasking.
Advanced Security: With Intel vPro and additional security features, it ensures the safety of sensitive business data and operations.
Sleek and Minimalist Design: The laptop’s gorgeous design and lightweight build make it easy to carry and work on the go.
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Editors’ Rating
Performance
Exceptional performance and speed
★★★★★
Design
Beautiful and minimalist, but few ports
★★★★★
Battery Life
Acceptable, but not the strongest
★★★★☆
Value for Money
Premium price for a top-tier Chromebook
★★★★☆
Editors’ Rating: ★★★★ (4.5 out of 5 stars)
6. Dell XPS 15 9520
Key Specifications:
CPU: 12th-generation Intel Core i5, i7, or i9 processors
GPU: Integrated Intel or discrete Nvidia graphics (up to Nvidia GeForce RTX 3050 Ti 4GB)
Battery Life: 56Wh or 86Wh options
Storage: Up to 4TB SSD
Pros:
Stunning 3.5K OLED touch screen with vibrant colors and high contrast.
Solid build quality with a premium design and durable materials.
Superb speaker system with Waves Nx 3D Audio for an immersive audio experience.
Plenty of configuration options to suit various performance needs and budgets.
Cons:
Relatively heavy, making it less portable for constant travel.
Disappointing 720p webcam, falling short of current video conferencing standards.
Limited onboard ports, requiring users to rely on bundled adapters or docking stations.
Performance: The Dell XPS 15 (2022) offers impressive performance with its 12th-generation Intel Core i5, i7, or i9 processors and up to 64GB of RAM. In my testing, the Core i7 variant scored well on the Geekbench 5 CPU test, showcasing its capability for handling multitasking and resource-intensive programming tasks. The 14-core chip provides a noticeable boost to multi-core performance compared to its predecessor, making it a reliable choice for coding and development projects.
Design & Build Quality: The XPS 15 (2022) lives up to Dell’s premium reputation with its top-notch design and build quality. The brushed aluminum chassis and carbon fiber palm rest give it a sophisticated and sturdy feel. The laptop’s slim bezels, coupled with a 15.6-inch OLED touch screen, deliver an immersive visual experience, perfect for coding and design work. However, the laptop’s weight can be a drawback for those constantly on the move.
Battery Life: While the Dell XPS 15 (2022) offers decent battery life, it may not be enough for prolonged work sessions away from a power source. In my tests, the 86Wh battery dropped 43% after three hours of standard productivity tasks. Users should consider adjusting the screen brightness to maximize battery life.
Value for Money: The XPS 15 (2022) offers an array of configuration options, making it highly customizable to fit specific budget requirements. However, its premium pricing may be a drawback for budget-conscious users. Considering its impressive display, speakers, and overall performance, it provides excellent value for those seeking a high-end programming laptop but may not be the ideal budget choice.
Why do I recommend it?
Powerful Performance: With 12th-generation Intel Core processors, up to 64GB of RAM, and dedicated Nvidia graphics options, the Dell XPS 15 (2022) offers excellent performance for coding, development, and multitasking.
Stunning Display: The 3.5K OLED touch screen with vibrant colors and high contrast provides an immersive visual experience, ideal for coding, design work, and content creation.
Premium Build Quality: The laptop’s durable and stylish design, featuring brushed aluminum and carbon fiber, ensures reliability and professionalism, making it a top choice for programming professionals.
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Editors’ Rating
Performance
Powerful 12th-gen Intel Core processors deliver impressive coding and multitasking performance. The 3.5K OLED touch screen enhances the coding experience.
4.5/5
Design & Build Quality
The Dell XPS 15 (2022) features a premium build with brushed aluminum and carbon fiber, offering durability and a professional look.
4.5/5
Battery Life
The laptop’s 86Wh battery provides around 7 hours of battery life, suitable for on-the-go coding sessions but may require charging during even regular workdays.
3.5/5
Value for Money
The laptop offers superb features but comes at a premium price, making it a great investment for those seeking top-tier performance and display quality.
4/5
Total rating: 4
7. HP Pavilion 15
Key Specifications:
CPU: 13th-gen Intel Core i5
RAM: 16GB DDR4
Screen: 15.6-inch 1080p IPS LCD
GPU: Intel Iris Xe graphics
Battery Life: 7-8 hours of light usage
Pros:
Sleek and well-built design with attention to detail, giving the laptop a unique character.
Powerful performance with a 13th-gen Intel Core i5 chipset, 16GB RAM, and 512GB SSD storage, making it ideal for multitasking and casual gaming.
Crisp and vibrant 15.6-inch 1080p IPS LCD with 10-point multitouch, offering eye protection and smooth touch response.
Cons:
Awkwardly placed power button and slightly thick bezels around the display.
Lack of biometric authentication options like fingerprint reader and webcam privacy shield.
Limited number of USB Type-A ports and missing card reader, may require the use of third-party USB hubs for additional connectivity.
Performance: The HP Pavilion 15 2023 impresses with its commendable performance, making it a strong contender among the best budget laptops for programming. Powered by the efficient 13th-gen Intel Core i5 chipset and paired with 16GB DDR4 RAM, this laptop handles programming software and multitasking with ease. As a tech enthusiast, I noticed how the laptop clocked a mean 4.60GHz when needed, ensuring seamless execution of tasks. The 12-core configuration strikes a good balance between performance and battery life, which is crucial for long coding sessions or project compilations. Whether I was coding or indulging in some casual gaming during breaks, the Pavilion 15 offered a smooth and responsive experience.
Design & Build Quality: The design and build quality of the HP Pavilion 15 are standout features, adding a touch of elegance to this budget-friendly laptop. As someone who appreciates attention to detail, I suggest that the subtle curve on the sides and the recessed area for the keyboard give the Pavilion a unique character. The laptop’s sleek profile and the blue shade on the variant make it visually appealing, perfect for a tech-savvy professional. However, I also noticed some room for improvement, such as the awkward placement of the power button and slightly thick display bezels. Despite these minor quirks, the Pavilion 15 feels solid in hand and exhibits impressive durability, making it a reliable companion for programming on the go.
Battery Life: In the realm of budget laptops for programming, the HP Pavilion 15 delivers decent battery life. With a full charge, I enjoyed approximately 7-8 hours of light usage, which was sufficient for coding tasks and web browsing. However, it’s important to note that heavy usage may vary the battery performance. Although the charging speed wasn’t the fastest, the inclusion of a Thunderbolt port offers versatile charging options for travelers. As a tech enthusiast who often works on-the-go, having the ability to charge the laptop with a Type-C charger and also use it for other Type-C accessories proved to be convenient and efficient.
Value for Money: As a tech enthusiast always seeking the best value for money, the HP Pavilion 15 2023 offers an enticing proposition for budget-conscious programmers. With a competitive price tag and impressive specifications at its core, this laptop is future-proof and capable of handling demanding programming tasks. While there are some design choices and missing features like biometric authentication that might disappoint a few users, the Pavilion 15 excels in other aspects, making it a great buy at its asking price. The powerful 13th-gen Intel Core i5 chipset, 16GB RAM, and crisp 15.6-inch 1080p IPS LCD touch display offer a delightful user experience for both work and play, making it a reliable and versatile choice for programmers seeking a balance between performance and affordability.
Why buy this product for programming:
Performance: The HP Pavilion 15 offers a powerful 13th-gen Intel Core i5 chipset and ample 16GB RAM, making it efficient for running programming software and multitasking without lag.
Display: The 15.6-inch 1080p IPS LCD display with 10-point multitouch support provides a comfortable and responsive interface for coding and navigating through tasks efficiently.
Quality: With a sleek design, durable build quality, and future-proof specs, the laptop is a reliable and versatile choice for programmers and creators seeking a balance of performance and portability.
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Editors’ Rating
Performance
The HP Pavilion 15 delivers commendable performance with its 13th-gen Intel Core i5 chipset and 16GB RAM, making it ideal for programming and multitasking.
4 stars
Design & Build Quality
The laptop boasts an elegant design and solid build quality, although some minor design quirks could be improved. Overall, it stands out as an appealing option in the budget laptop category.
4 stars
Battery Life
With decent battery life and versatile charging options via the Thunderbolt port, the Pavilion 15 suits the needs of on-the-go programmers and travelers.
3.5 stars
Value for Money
Considering the competitive price and impressive specifications, the HP Pavilion 15 offers great value for budget-conscious programmers. Some missing features may be a drawback for some users.
Screen: 16.0 inch, 16:10 format, 1920 x 1200 px resolution, WVA, 60 Hz, matte
GPU: Integrated Vega Graphics
Battery Life: 54 Wh, 65W charger
Storage: 512 GB M.2 Hynix BC711
Pros:
Lightweight and ergonomic design
Good keyboard and mousepad
Quiet fans
Good battery life
Punchy upward-facing speakers
Excellent value for money
Cons:
Some flex in the lid and keyboard deck
Dim and washed-out screen (the matte variant)
Poor webcam
Performance: The Dell Inspiron 16 laptop offers a significant improvement in performance compared to its previous model. The AMD Ryzen 7 5825U octa-core processor, with a max Turbo of 4.5 GHz, delivers snappy responsiveness and smooth multitasking capabilities, making it ideal for programming tasks. The laptop also features 16GB of DDR4-3200Mhz RAM, which is sufficient for most programming needs and even light gaming.
During my testing, the laptop handled CPU-intensive tasks with ease, and even gaming performance was decent for a non-gaming laptop. The Ultra Performance mode provided the best results, with CPU temperatures reaching a maximum of 75°C under heavy loads, and fan noise remained tolerable at 38dB(A). However, the Optimized and Quiet modes also offer decent performance while keeping the laptop cooler and quieter.
Overall, the Dell Inspiron 16 performs well for its intended audience, and the hardware configuration strikes a good balance between efficiency and power.
Design & Build Quality: The Dell Inspiron 16 sports a lightweight and ergonomic design, with an aluminum chassis that gives it a premium feel. The 16-inch screen with a 16:10 aspect ratio offers more real estate for work and entertainment without significantly increasing the laptop’s size. However, there is some noticeable flex in the lid and keyboard deck, which might bother some users.
The laptop’s keyboard and trackpad are comfortable to use, with the absence of the Numpad allowing for larger and better upward-facing speakers. The larger trackpad is a welcome addition, but there is still some keyboard flex in the center, which can be a minor annoyance.
While the laptop’s design is generally well-executed, the plastic bottom cover and the sharp edges where it interfaces with the metal chassis could have been better refined. Nonetheless, the overall design is good, especially considering the laptop’s affordable price.
Battery Life: The Dell Inspiron 16 comes with a 54Whr battery, which may seem small for a 16-inch laptop, but the Ryzen processor’s efficiency compensates for it. During battery tests, the laptop demonstrated good efficiency, allowing for all-day use on a single charge, making it suitable for work or school tasks.
In my experience, I found the battery life to be satisfactory, even during extended power outages. The laptop handled tasks such as text editing, web browsing, and video playback well on battery power. The Quiet mode, with a power draw of around 6.0W, delivered the most extended battery life, while the Ultra Performance mode provided good performance with still decent battery efficiency.
Value for Money: Considering its price point, the Dell Inspiron 16 offers excellent value for money. It provides a balanced combination of performance, design, and battery life, making it an attractive option for budget-conscious programmers. The laptop’s performance, fueled by the AMD Ryzen processor and 16GB of RAM, is more than sufficient for everyday programming tasks and even some light gaming.
However, the screen quality is a significant downside, with the 16-inch 16:10 panel exhibiting dim and washed-out colors. If screen quality is a priority, users may want to explore other options or consider the touch-enabled variant, which is said to have a higher gamut.
Overall, the Dell Inspiron 16 is a compelling choice for those seeking a budget-friendly laptop for programming, offering good performance and overall value for money.
Why Buy the Dell Inspiron 16 for Programming:
Excellent Performance: With an AMD Ryzen processor and 16GB of RAM, the laptop offers snappy performance for programming tasks.
Ergonomic Design: The laptop’s lightweight and balanced design makes it comfortable for long coding sessions.
Upward-Facing Speakers: The improved upward-facing speakers enhance the audio experience while coding or watching programming tutorials.
Good Battery Life: The laptop’s efficiency ensures all-day productivity on a single charge, making it suitable for on-the-go programmers.
Test
Wrap Up
Editors’ Rating
Price
The Dell Inspiron 16 offers excellent value with its lightweight design, good keyboard, and punchy speakers.
4 / 5
Design
The laptop features a balanced everyday design with a mix of aluminum and plastic, ergonomic and efficient on battery, but suffers from some flex in the lid and keyboard deck.
3.5 / 5
Performance
Powered by an AMD Ryzen 7 5825U octa-core processor and 16GB DDR4 RAM, the Dell Inspiron 16 delivers good CPU and decent GPU performance for everyday tasks.
4 / 5
Battery Life
With a 54Whr battery, the laptop provides good battery life for light workloads, although the maximum brightness may be insufficient for outdoor use.
3.5 / 5
Total rating: 3.75
9. HP Victus
Key Specifications:
CPU: Core i5
RAM: 8GB
Screen: 15.6-inch 144Hz
GPU: GTX 1650
Battery Life: Approximately 2 hours 19 minutes
Storage: 512GB
Pros:
Attractive price
144Hz screen
Strong frame rates on lighter titles
Cons:
Stiff touchpad
Plasticky, fingerprint-prone build
Dim screen
HP Victus 15 is a budget gaming laptop that boasts an attractive price and a 144Hz screen. However, my experience with the Core i5/8GB/512GB/GTX 1650 model revealed that its performance fell short of my expectations. The outdated GPU led to lower frame rates than anticipated from a modern gaming laptop, making it essential to manage realistic expectations when considering this option.
Design and build quality are unobtrusive, with a simple “V” logo on the lid and moderate backlighting. The laptop’s weight of 5.06 pounds makes it fairly portable, though not exceptionally lightweight.
The gaming performance is acceptable with the GTX 1650, as lighter titles like League of Legends and CS:GO performed well, but demanding games like Red Dead Redemption 2 and Cyberpunk struggled to achieve satisfactory frame rates.
Battery life proved to be a downside, with just around two hours and 19 minutes of regular work use, which might not be sufficient for most users.
In conclusion, the HP Victus 15 is a decent $800 laptop capable of gaming.
Why Choose HP Victus 15 for Programming:
Gaming: Affordable option for a gaming-capable laptop, suitable for programmers who also enjoy occasional gaming.
Portability: Moderately portable design makes it convenient to carry around for coding on the go, but due to low battery life I do recommend it for those who have a stationary workplace.
Test
Wrap Up
Editors’ Rating
Price
Attractive budget option, especially if found on sale.
4 stars
Design & Build
Unobtrusive design, but touchpad and build materials have some drawbacks.
3.5 stars
Performance
Acceptable frame rates for lighter titles, struggles with demanding games.
3.5 stars
Battery Life
Disappointing battery life, lasting only around 2 hours and 19 minutes.
2.5 stars
Overall Editors’ Rating: 3.5 stars
10. Acer Swift Go 14
Key Specifications:
CPU: Intel Core i7-13700H
RAM: 16GB LPDDR5
Screen: 14-inch 2880 x 1800 OLED 90Hz
GPU: Intel Iris Xe
Battery Life: 8 hours 40 minutes
Storage: 512GB PCIe Gen4 SSD
Pros:
Powerful Intel Core i7-13700H processor
Stunning 14-inch OLED display
Thin and lightweight design for easy portability
High-quality 1440p webcam for video calls
Cons:
Lackluster design and material quality
Small touchpad with limited multi-touch gestures
No discrete graphics for gaming enthusiasts
Battery life falls short compared to some competitors
Performance: The Acer Swift Go 14 boasts a powerful Intel Core i7-13700H processor, which delivers impressive performance for CPU-intensive tasks. The 14-core chip is rarely seen in a laptop of this size and price range, making it a notable feature. It handles multitasking and resource-demanding programming tasks efficiently, ensuring a smooth workflow for developers. However, the absence of discrete graphics is a downside, and the integrated Intel Iris Xe GPU may not satisfy gaming enthusiasts.
Design & Build Quality: The Acer Swift Go 14 offers a simple and understated design. While the metal and plastic enclosure ensures portability, it lacks the premium feel of more luxurious competitors. The generic silver color and minimal design traits make it appear ordinary. Additionally, the laptop’s material quality is average, with plastic on the undercarriage leading to minor chassis flex when open. On the positive side, it weighs only 2.87 pounds and measures a mere 0.59 inches thick, making it highly portable for programming on the go.
Battery Life: The Acer Swift Go 14’s battery life is not as impressive as one might hope, given its modest 65 watt-hour battery capacity. It delivers around 8 hours and 40 minutes of usage in standard testing, which is acceptable but falls behind some competitors in the same price range. For programmers who rely on extended periods of work away from a power source, this could be a drawback.
Value for Money: Acer Swift Go 14 offers decent value for those seeking a laptop with good processor performance and a beautiful OLED display.
However, potential buyers should be aware of its limitations, including the lack of discrete graphics for gaming and the mediocre battery life.
Why Choose Acer Swift Go 14 for Programming:
The powerful Intel Core i7 processor provides efficient performance for CPU-intensive programming tasks.
The stunning OLED display offers vibrant colors and sharp visuals, enhancing the coding experience.
Its lightweight and compact design makes it convenient for programmers who are always on the move.
Test
Wrap Up
Editors’ Rating
Price
Decent value for the processor and OLED display, but drawbacks affect it.
3.5 stars
Design & Build
Simple and lightweight design, but lacks a premium feel and has some flex.
3 stars
Performance
Powerful processor, but the absence of discrete graphics is a drawback.
4 stars
Battery Life
Acceptable battery life, but falls behind some competitors in its class.
3.5 stars
Overall Editors’ Rating: 3.5 stars
How to choose the best laptop?
When choosing the best budget laptop for programming, you need to strike a balance between performance, features, and affordability. Here’s a guide based on the reviews you provided:
CPU Performance: Look for a laptop with a capable processor, such as Intel Core i5 or i7, or AMD Ryzen 5 or 7. These CPUs offer a good balance of performance and power efficiency, ensuring smooth coding experiences.
RAM: Aim for at least 8GB of RAM or more. Sufficient memory allows you to run multiple applications and code editors simultaneously without slowing down your workflow.
Storage: Opt for a laptop with a Solid State Drive (SSD) rather than an HDD. An SSD significantly improves the laptop’s responsiveness and reduces code compilation times. Look for 256GB or more of SSD storage to accommodate your projects and software.
Display: A 14 or 15-inch Full HD (1920×1080) display is ideal for programming. It provides ample screen real estate for coding, and the high resolution ensures text and code are crisp and clear.
Battery Life: Consider a laptop with good battery life, preferably 8 hours or more. Long battery life allows you to work on the go without constantly searching for a power outlet.
Portability: If you travel frequently or attend coding workshops, choose a lightweight and compact laptop for easy portability.
Build Quality: Check reviews for feedback on the laptop’s build quality and durability. A well-built laptop will withstand daily use and last longer.
Ports and Connectivity: Ensure the laptop has the necessary ports, such as USB, HDMI, and an SD card slot if needed. Having a variety of connectivity options allows you to connect external devices and peripherals easily.
User Reviews: Take the time to read user reviews and ratings for the specific laptop models you are considering. Real-world experiences from other programmers can provide valuable insights.
How I test laptops
As a tech enthusiast, my approach to testing laptops is rigorous and thorough. When I select laptops for review, I aim to provide readers with accurate and reliable information to make informed decisions on their purchases.
To truly understand a laptop’s capabilities, I integrate it into my day-to-day life, using it for various tasks and activities that a programmer might encounter. Being a web developer myself, this hands-on approach allows me to experience firsthand how well the laptop performs in real-world scenarios.
Design is an essential aspect, and I carefully examine the laptop’s aesthetics, portability, and overall build quality. I want to ensure that the laptop is not only stylish but also lightweight enough to be easily carried around, making it a practical choice for programmers on the go.
Performance testing involves a combination of real-world usage and synthetic benchmarks. I run different applications and tasks to gauge the laptop’s power and efficiency on different operating systems, such as Windows 10, macOS, or Chrome OS.
Webcam and microphone quality have become crucial factors in today’s digital landscape, so I dedicate time to thoroughly test these features. As remote work and virtual meetings become more prevalent, having reliable video conferencing capabilities is vital.
For gaming laptops, I put them through their paces with rigorous benchmark tests and gaming sessions to evaluate their gaming performance and graphics capabilities. This helps me determine their suitability for both work and play.
Battery life is another significant consideration. I utilize custom battery life benchmarks and real-world usage scenarios to measure how long the laptop can last on a single charge. This ensures that the laptop can keep up with demanding workdays without constantly needing to be plugged in.
Lastly, I take all my findings into account and compare them against the laptop’s price. By doing so, I can determine whether the laptop offers excellent value for money and whether it aligns with the needs and budget of programmers looking for the best budget laptop.
Frequently Asked Questions
Which laptop do most programmers use?
Popular choices among programmers include Apple MacBook Pro and MacBook Air series with Intel or Apple’s M1 processors, Dell XPS, and Lenovo ThinkPad.
Do you need a powerful laptop for coding?
No, a powerful laptop is not always necessary for coding. A mid-range laptop with a decent processor and sufficient RAM can handle most programming tasks effectively. However, complex projects or resource-intensive tasks may benefit from a more powerful laptop.
Can every laptop do coding?
Yes, every laptop can do coding to some extent. Even basic laptops can run code editors and compilers for simple programming tasks. However, for more complex and resource-intensive projects, a laptop with better performance, more RAM, and storage will offer a smoother coding experience.
How much RAM should a coding laptop have?
A coding laptop should have a minimum of 8GB of RAM to handle most programming tasks effectively. However, for more demanding workloads, such as running virtual machines or working with large datasets, 16GB or even 32GB of RAM may be recommended to ensure smooth performance and multitasking capabilities.
Why do coders use Mac?
Coders often use Mac because of its Unix-based operating system, macOS, which provides a stable and developer-friendly environment. It comes with a pre-installed terminal, powerful development tools, and support for various programming languages. Additionally, Macs are known for their sleek design, build quality, and compatibility with a wide range of software and applications used in the coding community.
