Intel 13th Gen processors were revealed in OCT 2022 however the laptops for 13th gen processor series of Intel came out nearby first quarter end of 2023.
Intel Core i7 1355U is an upper level processor which is used in everyday laptops based on 10nm manufacturing process.
Core i7 1355u laptops are equipped with 10 cores & 12 threads with top speed of 5ghz on a 12MB cache. This laptop will support dual ddr4 or ddr5 ram with 1.3Ghz intel integrated graphics support.
Top Laptop models with Intel Core i7 1355U 13th gen Processor:
Core i7 is upper end laptop series processors suited for various high processing needs. Core i7 higher-end laptops are equipped with powerful hardware and advanced features, making them suitable for a wide range of demanding tasks.
Here are some common uses of core i7 high-end laptops:
- Gaming: High-end laptops with dedicated graphics cards and powerful processors can handle modern video games with high graphics settings. Gamers often prefer laptops with high refresh rate displays and excellent cooling systems for smoother gaming experiences.
- Content Creation: Professionals in fields such as graphic design, video editing, 3D modeling, and animation require laptops with robust processing power and ample memory to handle resource-intensive software like Adobe Creative Suite, Autodesk Maya, and Blender.
- Programming and Development: Developers working on complex software projects or data analysis tasks benefit from high-end laptops’ multitasking capabilities and processing power. Virtualization, compiling code, and running resource-heavy development environments become more efficient.
- Video Editing and Production: High-resolution video editing demands powerful laptops with strong CPUs and GPUs, as well as ample RAM and storage. These laptops facilitate smooth editing and rendering of large video files.
- Music Production: Audio professionals use high-end laptops to run digital audio workstations (DAWs) and virtual instrument libraries. This requires both processing power for real-time audio processing and sufficient RAM for loading large sample libraries.
- 3D Rendering and Animation: Animators and 3D artists rely on laptops with powerful GPUs and CPUs for rendering intricate scenes and simulations. Software like Autodesk Maya, Cinema 4D, and Houdini benefit from the enhanced performance of high-end laptops.
- Scientific and Engineering Simulations: Scientists and engineers may use high-end laptops for running simulations and computations in fields like physics, chemistry, and engineering. These simulations often demand significant computational resources.
- Data Science and Machine Learning: Data scientists and machine learning practitioners require laptops with strong processing power and ample memory for training complex models and running data analysis tasks.
- Virtual Reality (VR) Development: Developing applications and experiences for virtual reality requires high-end laptops capable of handling VR rendering and development environments.
- Business and Productivity: Professionals who frequently work with resource-intensive applications like large spreadsheets, database management, and analytics tools benefit from the performance of high-end laptops for enhanced productivity.
- CAD and Engineering Design: Engineers and architects use high-end laptops for running Computer-Aided Design (CAD) software like AutoCAD and SolidWorks, which demand substantial processing power and graphical capabilities.
- Scientific Research: Researchers in various scientific fields may use high-end laptops for data analysis, simulations, and modeling tasks that require substantial computational resources.
- Photography and Video Editing: Photographers and videographers working with high-resolution media files rely on powerful laptops for efficient photo and video editing.
- Professional Presentations: High-end laptops can handle complex multimedia presentations, ensuring smooth playback and interaction during business meetings or conferences.
In summary, high-end laptops are versatile tools suitable for demanding tasks in various fields, where their robust hardware and performance capabilities enable efficient execution of resource-intensive applications.