Best computer for artists 2019: Unleash your inner Picasso with the perfect digital canvas. Navigating the tech landscape can feel like a maze, but this guide will be your compass. From powerful processors to breathtaking displays, we’ll explore the essential components to fuel your artistic vision. We’ll delve into the past, present, and future of artistic computing, comparing systems and software for optimal performance.
Get ready to create masterpieces!
This in-depth exploration of the best computer for artists in 2019 will walk you through the essential considerations for choosing the right hardware and software. We’ll examine the crucial factors, from processor speed to graphics card capabilities, and consider the diverse needs of various artistic disciplines. Whether you’re a seasoned pro or just starting your digital art journey, this guide will equip you with the knowledge to make an informed decision.
Introduction to Artistic Computing in 2019
The year 2019 marked a pivotal moment in the intersection of art and technology. Computers were no longer just tools for artists; they were becoming increasingly sophisticated creative partners. Artists could now leverage powerful computational capabilities to push the boundaries of their mediums, explore innovative techniques, and produce work that was previously unimaginable. The accessibility of powerful hardware and sophisticated software created a vibrant and dynamic landscape for artistic expression.This evolution was fueled by rapid advancements in processing power, memory capacity, and graphical capabilities.
The proliferation of high-resolution displays, along with intuitive interfaces and readily available creative software, made artistic computing more accessible than ever before. Artists were able to experiment with digital painting, 3D modeling, animation, and interactive installations, opening up exciting new possibilities for creativity and experimentation.
The Computer Landscape for Artists in 2019
The computer landscape in 2019 was characterized by a diverse range of hardware options, from powerful workstations to more portable laptops. This variety allowed artists to tailor their computing needs to specific projects and workflows. High-end workstations, equipped with multiple processing cores and substantial graphic processing units (GPUs), were preferred for complex tasks like rendering photorealistic images, animating intricate sequences, or producing large-scale simulations.
Meanwhile, laptops offered portability and convenience for artists on the move, although their processing power was generally lower compared to workstations. The availability of powerful portable devices and readily accessible high-speed internet connections allowed artists to work collaboratively and access resources remotely.
Key Technological Advancements and Trends
Significant advancements in processing power, memory capacity, and graphic processing units (GPUs) had a profound impact on artistic creation. Increased processing power allowed for real-time rendering, enabling artists to see the immediate results of their actions. Faster and more powerful GPUs improved the speed and quality of image rendering, facilitating the creation of photorealistic images and complex animations.
Additionally, the increasing prevalence of high-resolution displays and intuitive interfaces enhanced the creative process. Furthermore, the rise of cloud computing and online collaborative tools fostered new ways for artists to work together, share resources, and access cutting-edge software and tools remotely.
Historical Context of Computing for Artists
The journey of artistic computing wasn’t a sudden leap. Early computers, though less powerful, had a significant impact on artistic expression. In the early days of computing, artists began to experiment with digital tools, pushing the boundaries of what was possible. The development of specialized software for graphic design, digital painting, and animation in the late 20th century laid the groundwork for the sophisticated creative tools available in 2019.
The evolution of computing was directly linked to the evolution of artistic expression, creating a dynamic feedback loop that continues to this day.
Comparison of Popular Operating Systems
The choice of operating system for an artist in 2019 often depended on personal preference, existing workflows, and community support.
| OS | Strengths | Weaknesses | Artist Community Support |
|---|---|---|---|
| Windows | Wide software compatibility, extensive community support, large library of artistic software. | Potential for compatibility issues with some specialized software, less streamlined workflow for some artists. | High, extensive resources and forums for artists. |
| macOS | Known for its user-friendly interface, robust integration with Apple hardware, strong community support for design and media software. | Limited software compatibility compared to Windows, higher cost of hardware. | Strong, particularly for design and animation. |
| Linux | Cost-effective, customizable, and open-source. | Smaller community support compared to Windows or macOS, may require more technical expertise. | Growing, especially for specialized or niche applications. |
Types of Artistic Software
A wide array of software catered to diverse artistic disciplines in 2019. Digital painting software, 3D modeling suites, animation packages, and image editing tools were widely available and frequently used. Specific software options varied based on the artist’s needs, from basic graphic design tools to advanced 3D animation packages.
Hardware Considerations for Artists
The digital art landscape in 2019 demanded powerful hardware to match the sophistication of software and artistic visions. A well-equipped system could transform creative ideas into stunning realities, while a less capable one might limit an artist’s potential. Choosing the right components was critical for optimizing workflow and ensuring a smooth creative journey.A robust machine isn’t just about raw speed; it’s about responsiveness and reliability.
Artists need a system that can handle demanding tasks without hiccups, ensuring a seamless experience from concept to final product. This means considering not only the raw power of the hardware but also its compatibility with the specific software and art styles the artist intends to use.
Processor Types (CPU)
Central Processing Units (CPUs) are the brains of the operation, handling the core computational tasks. Different CPU architectures offered varying levels of performance and suitability for different artistic tasks. Intel’s Core i7 and i9 processors, with their multiple cores and threads, were prevalent choices, providing ample processing power for tasks like complex simulations, rendering, and video editing frequently used by artists.
AMD processors, with their focus on multi-core performance, were also strong contenders, offering a cost-effective alternative in many scenarios.
Graphics Cards (GPU)
Graphics Processing Units (GPUs) are specialized for handling graphics-intensive operations. Nvidia’s GeForce RTX series, with their CUDA cores optimized for parallel processing, offered significant advantages in rendering, image editing, and video editing tasks. AMD’s Radeon RX series, while often a more budget-friendly option, provided powerful performance for various artistic endeavors. The choice depended on the specific demands of the software and the level of visual complexity needed.
Memory (RAM)
Random Access Memory (RAM) is crucial for managing the active processes within the computer. Artists working with high-resolution images, complex 3D models, or extensive video editing projects needed substantial amounts of RAM. The minimum requirements varied based on the software being used and the complexity of the art style. For instance, a digital painter working with high-resolution textures might need more RAM than someone focusing on 2D animation.
8GB or more of RAM was generally considered the starting point for robust performance, but artists should consider increasing the amount based on their particular needs.
Storage Options
Choosing the right storage solution is essential for artists. Fast storage is crucial for rapid loading and saving of large files. Solid-State Drives (SSDs) offered blazing-fast read and write speeds, perfect for storing frequently accessed projects and software. Hard Disk Drives (HDDs), while typically less expensive, provided a significant amount of storage space for archiving large collections of artwork.
The best approach often involved a combination of both technologies, using SSDs for operating system and frequently used applications and HDDs for extensive file storage.
| Storage Type | Pros | Cons | Use Cases |
|---|---|---|---|
| SSD | Fast read/write speeds, quicker boot times | Higher cost per gigabyte, limited capacity | Operating system, frequently accessed software, projects |
| HDD | High storage capacity, cost-effective | Slower read/write speeds, longer boot times | Large archives of artwork, backups |
Display Resolutions
The resolution of the display significantly impacted the artistic process. Higher resolutions allowed for greater detail and precision in digital painting and graphic design. High-resolution displays, such as 4K monitors, offered a more immersive experience and made it easier to see subtle details. The choice of display resolution depended on the artist’s specific needs and the type of art they were creating.
Software and Applications for Artists
Digital art exploded in 2019, fueled by accessible tools and powerful software. Artists could now create intricate pieces, experiment with diverse styles, and reach wider audiences. This evolution wasn’t just about the hardware; the software driving these creative outputs played a crucial role. The landscape of artistic software in 2019 offered a wealth of options, each tailored to specific needs and styles.The key to unlocking the potential of digital art in 2019 lay in the software.
From the familiar to the cutting-edge, artists could choose tools that matched their vision and technical proficiency. This allowed for a significant increase in both the volume and variety of digital art produced. This diverse array of software was a testament to the growing power of digital art.
Popular Software Packages
The digital art world in 2019 was awash with powerful tools. Industry standards like Adobe Photoshop and Illustrator remained dominant, offering unparalleled versatility and a wide range of features. Other notable contenders emerged, offering specialized solutions for particular art forms or styles. These programs often focused on specific strengths, like animation or 3D modeling. This diversity reflected the dynamic nature of the digital art community.
- Adobe Photoshop remained a cornerstone of digital painting and image manipulation. Its powerful tools, from layer adjustments to advanced masking techniques, catered to a broad spectrum of artists, from photo retouchers to digital painters. It facilitated complex photo editing and composite creations. Artists could achieve photorealistic effects or stylized interpretations using Photoshop.
- Illustrator, another Adobe stalwart, reigned supreme in vector graphics. Its precision tools allowed for scalable artwork, perfect for logos, illustrations, and typography. This software was invaluable for creating graphics that could be resized without losing quality.
- Procreate, a popular choice for iPad users, provided a streamlined and intuitive experience for digital painting. Its intuitive interface and specialized brush engines made it a favorite among digital illustrators and concept artists. Its focus on the user experience and ease of use made it appealing for a wider range of users.
- Clip Studio Paint, a strong competitor in the digital illustration market, was a favorite among manga artists and comic book creators. Its specialized tools for creating stylized artwork and detailed character designs were highly valued.
Software Capabilities and Performance
The capabilities of various software packages varied significantly, catering to distinct artistic needs. A painter would likely prioritize Photoshop’s broad range of brush tools and layer management, while a graphic designer might favor Illustrator’s vector-based capabilities. The performance of these software packages also depended heavily on the hardware. High-end machines could handle complex tasks smoothly, while less powerful systems might struggle.
Comparison of Software for Different Art Forms
| Software | Features | Benefits | Target Art Style |
|---|---|---|---|
| Photoshop | Extensive image editing, layers, masks, filters, brushes, vector tools | Versatile for various styles, photo editing, retouching, painting | Photo manipulation, digital painting, graphic design, compositing |
| Illustrator | Vector graphics, precise shapes, typography, illustrations | Scalable graphics, high-resolution outputs, logo design, illustrations | Logos, illustrations, typography, graphics |
| Procreate | Intuitive interface, specialized brushes, pressure sensitivity | Excellent for iPad users, smooth workflow, digital painting, sketching | Digital painting, illustration, sketching |
| Clip Studio Paint | Manga-specific tools, comic book features, detailed character design | Excellent for comic books, manga, illustrations, specialized art styles | Manga, comics, anime, character illustrations |
Software Examples for Digital Art
- Digital painting: Software like Photoshop and Procreate are used for creating digital paintings, allowing artists to work with layers, brushes, and other tools to achieve different effects.
- Illustration: Software like Illustrator and Clip Studio Paint excel in creating detailed illustrations, providing tools for precise line work, shading, and coloring.
- Graphic design: Photoshop and Illustrator are commonly used for graphic design tasks, such as creating logos, posters, and other visual content. Their vector tools and image editing capabilities are crucial.
- 3D modeling: Software like Blender and Maya are used for creating 3D models and animations, enabling artists to craft complex and dynamic objects and environments.
Budget and Price Considerations: Best Computer For Artists 2019
Choosing the right computer for artistic endeavors hinges significantly on your budget. Understanding the price spectrum and the value proposition of different components is crucial. A well-informed decision will not only ensure you have the tools you need but also safeguard your investment in the long run.Budgeting for artistic computing isn’t just about the initial cost; it’s about anticipating future needs and upgrades.
A thoughtfully planned budget allows for necessary upgrades as your artistic style evolves and your demands increase. The right configuration today might need enhancements in a few years, and a flexible budget accommodates this.
Price Ranges for Artistic Configurations
A wide range of price points caters to diverse artistic needs and budgets. Entry-level systems are sufficient for basic tasks, while high-end configurations are tailored for demanding projects. Crucially, consider the balance between cost and performance when selecting your hardware.
- Entry-level systems, often starting below $800, provide a solid foundation for beginners and those working with less complex projects. These systems typically offer adequate processing power and graphics capabilities for basic tasks like image editing, digital painting, and light 3D modeling. While entry-level systems can serve as a great starting point, future upgrades may be necessary as your needs and workflow increase.
- Mid-range configurations, generally costing between $800 and $2000, offer a significant leap in performance. They excel at handling more complex projects, enabling higher resolution work, smoother animation, and intricate 3D modeling. These systems often provide more storage space and RAM, supporting larger projects and a broader array of artistic tools.
- High-end systems, exceeding $2000, are built for demanding professionals and artists with extremely high-resolution projects. These configurations boast top-tier processors, graphics cards, and ample memory. They are capable of handling the most resource-intensive tasks, from rendering photorealistic images to creating complex simulations. High-end systems often come with premium components that guarantee future-proof capabilities.
Cost-Effectiveness of Components
The cost-effectiveness of individual components significantly impacts the overall budget. A powerful graphics card might seem like a worthwhile investment, but its value depends on the specific tasks you’ll be performing. Similarly, more RAM might be beneficial, but it’s only necessary if you frequently handle large datasets.
- Graphics cards, while crucial for visual-intensive tasks, are not always the most cost-effective component to prioritize. If you’re primarily working with 2D projects, the investment in a high-end graphics card might not be as crucial. A more balanced approach might be to focus on a solid processor and sufficient RAM, allowing for a more cost-effective solution.
- High-capacity storage, whether SSD or HDD, provides a crucial benefit in terms of speed and capacity. The choice between SSD and HDD often depends on your budget and storage needs. SSD drives provide significantly faster read and write speeds but come at a higher cost per gigabyte compared to HDDs. If storage capacity is a major concern, an HDD with high capacity might be a more budget-friendly choice, while an SSD can significantly improve performance for fast access to frequently used files.
- Processor selection requires careful consideration of your workflow. A powerful processor is essential for handling complex operations, particularly in 3D modeling and animation. The cost-effectiveness of a high-end processor depends on the types of projects you’re planning to undertake. If your projects require heavy computation, a higher-end processor might be a more cost-effective choice.
Pricing Table
The table below offers a glimpse into the possible price ranges for different configurations. It’s crucial to remember that these are examples, and actual prices can vary based on specific component models and retailer markups.
| Configuration | Price Range | Features |
|---|---|---|
| Entry-level | $700 – $1000 | Basic processor, integrated graphics, 8GB RAM, 256GB SSD |
| Mid-range | $1000 – $2500 | Mid-range processor, dedicated graphics card, 16GB RAM, 512GB SSD |
| High-end | $2500+ | High-end processor, high-end graphics card, 32GB RAM, 1TB SSD or more |
Long-Term Needs
Considering your long-term needs is paramount. A system that meets your current demands might not be sufficient as your skills and projects evolve. Investing in future-proof components and configurations is key to avoiding the need for frequent and costly upgrades. This will help you maintain a consistent and efficient workflow as your artistic career develops.
User Reviews and Experiences
Unveiling the artist’s digital canvas often involves a journey of discovery. Choosing the right computer for your creative pursuits is more than just specs; it’s about feeling the synergy between hardware and software, the responsiveness of the machine, and the overall satisfaction of the creative process. User reviews offer a window into this experience, highlighting both the strengths and weaknesses of various models, helping artists make informed decisions.
Let’s delve into these invaluable insights.
User Feedback on Specific Models
User feedback is a treasure trove of insights, revealing the practical realities of using different computer configurations. Reviews often detail specific aspects, from the responsiveness of the graphics card to the reliability of the storage drive. For example, the 2019 Razer Blade laptops garnered praise for their stunning displays and powerful performance, particularly among gamers. However, some users reported occasional overheating issues.
Similarly, iMac models were praised for their intuitive design and seamless integration of software, but some users noted limitations in terms of upgradeability.
Common Complaints and Praise
Common complaints across different models often revolve around issues like overheating, slow boot times, or inadequate storage capacity. Conversely, praise often highlights smooth performance, intuitive interfaces, and impressive graphics capabilities. Users consistently appreciated the responsiveness of high-end models during demanding tasks, such as video editing and 3D modeling. A key element often cited is the ability to multitask seamlessly without noticeable lag.
Software and Hardware Combinations, Best computer for artists 2019
The interplay between hardware and software is crucial. Artists using professional software like Photoshop or Cinema 4D on mid-range computers often experienced performance bottlenecks. High-end systems, however, allowed for seamless multitasking, allowing artists to juggle multiple applications without compromise. For instance, a combination of a high-resolution monitor and a powerful graphics card significantly enhanced the visual experience for digital painting and animation.
Product Comparison Table
| Product | Pros | Cons | User Ratings |
|---|---|---|---|
| Dell XPS 15 | Excellent build quality, lightweight design, powerful processors | Limited expansion slots, average battery life | 4.5 out of 5 stars |
| HP Spectre x360 | Sleek design, responsive touch screen, long battery life | Slightly lower processing power compared to high-end models | 4.2 out of 5 stars |
| Apple iMac | Intuitive interface, seamless integration, stunning display | Limited upgrade options, higher price point | 4.7 out of 5 stars |
User System Customizations
Beyond choosing the right hardware, many users customized their systems to optimize their workflow. This included installing faster storage drives, upgrading RAM to handle complex software, and replacing the standard keyboard and mouse with ergonomic options. Some artists even built custom PCs, tailoring components to their specific needs and maximizing performance. This demonstrates the adaptability and customization options available to artists seeking a tailored experience.
Future Trends in Artistic Computing
The digital realm is constantly evolving, and artistic computing is no exception. Imagine a future where artistic creation is seamlessly integrated with cutting-edge technology, unlocking unprecedented creative possibilities. The advancements on the horizon promise to reshape not just how we make art, but also how we experience it. This exploration delves into potential future trends, highlighting the impact of emerging technologies and innovations.The future of artistic computing is painted with vibrant hues of technological advancement.
Artists will increasingly leverage powerful tools and techniques, pushing creative boundaries and experimenting with new forms of expression. This transformation will necessitate a deeper understanding of these evolving tools, allowing artists to navigate the landscape of tomorrow’s creative tools with confidence.
Potential Technological Advancements for Artists
The landscape of artistic computing is set for a dramatic transformation. New technologies will empower artists to explore uncharted territories of creativity. Expect advancements in areas like:
- Immersive Virtual Environments: Sophisticated virtual reality (VR) and augmented reality (AR) systems will become more accessible and affordable, enabling artists to create immersive experiences that transport viewers to other worlds, blurring the lines between the physical and digital. Artists will be able to design and interact with environments in unprecedented detail, creating a new dimension for artistic expression.
- AI-Powered Creative Assistants: Artificial intelligence will play an increasingly crucial role in artistic workflows. AI tools will not only assist with tasks like image generation and music composition but also offer insightful feedback and creative suggestions, helping artists refine their work and explore novel approaches. Consider AI-powered programs that can analyze an artist’s style and generate variations, assisting in the process of exploration and experimentation.
- Biofeedback and Neurotechnology: Imagine artistic creations directly inspired by the artist’s physiological responses, such as brainwaves or muscle movements. The integration of biofeedback technology will allow for unprecedented levels of emotional and physical expression in digital art, opening up avenues for new forms of artistic dialogue and interaction.
Influence of Advancements on Artistic Creation
These technological advancements will not merely automate tasks; they will fundamentally reshape the creative process. Artists will be able to experiment with new forms of expression, pushing the boundaries of traditional mediums and exploring entirely new artistic paradigms. The potential for interdisciplinary collaborations will also grow as these technologies become more integrated into artistic workflows.
Impact of Emerging Technologies Like AI on Artistic Creation
AI is no longer a futuristic concept; it’s a present reality with profound implications for artistic creation. AI tools will become indispensable assistants, capable of generating unique visual and auditory elements, automating repetitive tasks, and providing valuable insights into artistic trends. This doesn’t mean the human element is diminished, but rather augmented. AI can act as a catalyst, allowing artists to focus on the conceptual and emotional aspects of their work.
Potential Hardware and Software Innovations for Artists
Expect to see a shift towards more powerful and specialized hardware. Artists will have access to high-resolution displays, high-performance graphics cards, and specialized input devices that provide exceptional control and precision. Software will evolve to match these advancements, offering intuitive interfaces, streamlined workflows, and enhanced creative tools. Software platforms will become increasingly sophisticated, capable of handling complex simulations and supporting a wider range of artistic styles and techniques.
Impact of Cloud Computing on Artistic Workflows
Cloud computing will play a vital role in democratizing access to powerful tools and resources. Artists will be able to store, share, and collaborate on projects from anywhere in the world, eliminating the need for extensive local infrastructure. Collaboration with other artists and experts will become easier, fostering a global creative community. Imagine a workflow where artists can access high-end computing resources on demand, significantly enhancing their creative processes.
