Data management and processing are at the heart of the work of Bioinformatics for whom the computer is an essential working tool. Although we often imagine him concentrated, sitting in front of his desktop PC, the Bioinformatics may however have to move and work far from his chair, in airports, train stations, libraries, etc. Mobility, therefore, becomes essential.
But with the range of portable PCs available on the market, it is not easy to make a choice. Data science is such that it involves powerful, ergonomic, and durable equipment.
Indeed, the laptop must be powerful enough to meet the software requirements of Big Data., do not slow down the system or just run the programs needed for projects.
The criteria for choosing a laptop for Bioinformatics often depend on the user’s profile, but also on his projects. However, the profession converges on a minimum prerequisite allowing to perform intense calculations and turns more towards portable PCs with high-end specifications.
Rather than directly offering you a selection of the best laptops for Bioinformatics, we invite you to think about the different characteristics of the operating system, processor, RAM, storage, graphics processor, screen.
The choice of the operating system for a Bioinformatics: Windows, macOS, Linux
Generally speaking, each of the operating systems has its advantages and disadvantages. However, it is a question of determining the OS best suited to the profile of the Bioinformatics.
macOS is appreciated for its performance and speed of execution.
Windows may be a choice for its better compatibility with more software, but Linux remains the OS of choice for Bioinformatics.
An operating system appreciated for its security and completeness, this OS, known to be complex, is easy to use by Big Data experts.
Nowadays, the majority of PCs being delivered under Windows, the OS is not determining in the choice of your laptop – unless you want to work under macOS -. You can then make Linux coexist with Windows and work with both systems as needed.
This, therefore, remains at the discretion of each.
Best Laptop For Bioinformatics
Best Laptop For Bioinformatics | Comperison Table 2021
|Dell XPS 15 9500 15.6" 4K UHD+ (3840 x 2400) Touchscreen 10th Gen Intel Core i7-10750H 32GB RAM 1TB NVMe SSD GeForce GTX 1650 Ti Windows 10 Professional Silver (Renewed)||Dell||Check Price|
|Apple MacBook Pro 15in Core i7 2.5GHz Retina (MGXC2LL/A), 16GB Memory, 512GB Solid State Drive (Renewed)||Apple||Check Price|
|HP Pavilion 15 Laptop, 11th Gen Intel Core i7-1165G7 Processor, 16 GB RAM, 512 GB SSD Storage, Full HD IPS micro-edge Display, Windows 10 Pro, Compact Design, Long Battery Life (15-eg0021nr, 2020)||HP||Check Price|
|Lenovo ThinkPad E15 G2 20TDS00B00 15.6" Notebook - Full HD - 1920 x 1080 - Intel Core i5 i5-1135G7 Quad-core (4 Core) 2.40 GHz - 8 GB RAM - 256 GB SSD - Glossy Black - Windows 10 Pro - Intel Iris||Lenovo||Check Price|
|ASUS VivoBook 15 Thin and Light Laptop, 15.6” FHD Display, Intel i3-1005G1 CPU, 8GB RAM, 128GB SSD, Backlit Keyboard, Fingerprint, Windows 10 Home in S Mode, Slate Gray, F512JA-AS34||ASUS||Check Price|
|Dell Inspiron 15 5000 Series 5502 Laptop i7-1165G7 Processor, 8GB, 1x8GB, 256GB M.2 PCIe NVMe Solid State Drive, 15.6-inch FHD (1920 x 1080) Anti-Glare LED Backlight Non-Touch Display||Dell||Check Price|
|ASUS ZenBook 13 Ultra-Slim Laptop, 13.3” OLED FHD NanoEdge Bezel Display, Intel Core i7-1165G7, 16GB LPDDR4X RAM, 512GB SSD, NumberPad, Thunderbolt 4, Wi-Fi 6, Windows 10 Pro, Pine Grey, UX325EA-XS74||ASUS||Check Price|
|Microsoft Surface Laptop 4 13.5” Touch-Screen – AMD Ryzen 5 Surface Edition - 16GB Memory - 256GB Solid State Drive (Latest Model) - Platinum||Microsoft||Check Price|
|HP Envy 13 Laptop, Intel Core i7-1165G7, 8 GB DDR4 RAM, 256 GB SSD Storage, 13.3-inch FHD Touchscreen Display, Windows 10 Home with Fingerprint Reader, Camera Kill Switch (13-ba1010nr, 2020 Model)||HP||Check Price|
Best Laptop For Bioinformatics |2021 Reviews
Factors to Consider while Choosing Laptop For Bio
The processor: an Intel Core i7 Quad-Core
The processor is certainly the essential criterion in choosing a laptop for a Bioinformatics. Indeed, the machine must be powerful and fast enough to guarantee an acceptable processing speed when executing algorithms.
An Intel Core i7 laptop PC is preferred. Likewise, it is preferable to opt for four cores rather than two. The Intel Core i3 is not powerful enough, it should be banned. An Intel Core i5 Quad-Core can do the trick, however.
In addition, the economical U series and favoring autonomy over computing power should be discarded in favor of the more efficient HQ series.
Finally, the frequency of the processor is also to be taken into account: 2.6 GHz is correct if the processor has Turbo Boost to increase the frequency when necessary.
RAM: 8 GB of RAM minimum
RAM is the other essential criterion of your laptop along with the processor. The more you have a large RAM, the more you will gain in speed of execution. 8 GB of RAM is a minimum for a Bioinformatics.
If you are dealing with a large volume of data, 16 GB and more will not be a luxury to gain in productivity and efficiency, both in keeping the data in memory and in the operation of the machine.
Storage: HDD or SSD?
If with new data storage solutions such as the cloud, disk space does not seem to be a decisive criterion in the purchase of a laptop for everyone. But given the volume of data processed by the Bioinformatics, a large storage capacity is recommended. You can go on 1TB, then opt for other external or remote storage.
You have the choice between the classic HDD hard drive and the SSD, the former generally having a better storage capacity than the latter, which is however quieter, more resistant, but also more expensive.
Each user has their preferences in this area, the majority of users now favoring laptops with SSD. Another very popular solution today is to couple an SSD with a larger HDD disk to benefit from the speed of one and the memory of the other.
The graphics processor for a Bioinformatics
Graphics performance is not the main concern of the Bioinformatics, so the characteristics of the graphics processor are irrelevant.
However, a good GPU helps optimize data processing and algorithm execution.
So, do not dwell too much on this selection criterion when choosing your laptop, unless image analysis is at the center of your work.
The screen size of the Bioinformatics’s computer
Given the technical specifications inherent in data science (which we detailed above), the Bioinformatics’s laptop prioritizes performance over portability.
The smallest formats on the market, due to their compactness and construction, are therefore not suitable for the work of such a user.
A 15-inch screen is satisfactory for those who want portability, but a 17-inch screen will provide better comfort.
Is the MacBook Pro suitable for data science?
If you’re a fan of the Apple brand and the cost of a MacBook Pro is within your budget, you can give it a try. It is a versatile and durable laptop with advanced features designed for professional use. With a MacBook Pro, you can do data science, programming, but also heavier graphics tasks like editing videos and photos.
If you don’t have the budget to afford this Apple product and your work as a Bioinformatics is not so resource-intensive, the MacBook Air is still a good alternative.
With regard to the work requirements of a Bioinformatics, the mobile workstation is the best option. Indeed, workstations have been developed for professions requiring high-performance equipment and continuous productivity.
The configuration, as well as the quality of the components of this type of portable PC, provides the power necessary for the system to run resource-intensive applications and ensures a longer life for the machine.
Considering the quality and the performance of this material, it is necessary to plan a significant budget to afford such a technological jewel-like the HP ZBook Studio G4 Mobile Workstation which is more than 2000 Dollars.