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ASUS Vivobook 14 (X1404VA-NK776W),Intel Core i5-1334U , 8GB DDR4 onboard, 512GB PCIe NVMe SSD
Key Features
Brand:ASUS
Operating system: DOS
Color: Transparent Silver
Memory: 8 GB DDR4 on Board
Storage: 512GB Gen 4 SSD
Optical drive: No Optical Drive
Graphics Processor: Intel Integrated Graphics
Processor: Intel® Core™ i5-1335U Processor 1.3 GHz (12MB Cache, up to 4.6 GHz, 10 cores, 12 Threads)
Display: 14.0-inch, FHD (1920 x 1080) 16:9 aspect ratio, LED Backlit, 60Hz refresh rate, 250nits, 45% NTSC color gamut, Anti-glare
1 Year Warranty
ASUS Vivobook 14 X1404VA-NK776W Laptop Comprehensive Technical Guide
The ASUS Vivobook 14 X1404VA-NK776W redefines high-performance mainstream mobile computing. This sleek 14-inch laptop blends thirteenth-generation processing efficiency with generous modern hardware allocations. It is engineered specifically to provide fluid processing speeds for ambitious students, enterprise professionals, and multitasking power users.Â
As modern software platforms and data-heavy applications place higher demands on mobile systems, standard portable computers frequently exhibit bottlenecks. The Vivobook 14 addresses this by combining a high-core Intel hybrid processor with responsive storage and flexible system memory. It effectively handles demanding workloads like massive spreadsheet calculations, high-definition video streaming, and concurrent background software tasks without inducing thermal throttling.
This durable device serves as an expansive digital hub for day-to-day operations. The physical frame prioritizes a thin structural cross-section, a lightweight footprint, and military-grade durability parameters. ASUS enhances overall user comfort by embedding an ergonomically calculated keyboard layout alongside comprehensive physical data connections. Whether organizing complex remote business operations or editing creative media assets, this laptop delivers uncompromised execution across variable workspaces.
Key Technical Specifications
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- Processing Unit: Intel Core i5-1334U ten-core processor with modern architecture.
- System Memory: 8GB high-speed DDR4 operational memory soldered onboard.
- Storage Interface: 512GB high-velocity PCIe NVMe solid-state drive.
- Visual Display: 14-inch high-definition visual display framework.
- Chassis Design: Compact structural frame with advanced internal heat dissipation.Â
Intelligent Multi-Core Processing and System Responsiveness
The primary engineering achievement of this model is its advanced hybrid architecture processor. The Intel Core i5-1334U integrates two dedicated Performance cores alongside eight Efficiency cores, creating a versatile ten-core computing matrix. This design permits the operating system to delegate minor tasks to low-power cores while reserving high-frequency processing paths for intense computational loads.
Supporting this intelligent silicon framework is 8GB of onboard DDR4 operational memory. This memory layout provides clean, high-bandwidth pathways for simultaneous application tracking, keeping user interfaces snappy and eliminating latency during rapid software transition cycles.
Expanded High-Velocity Solid-State PCIe NVMe Storage
Data access thresholds directly dictate actual software productivity. The Vivobook 14 eliminates storage speed limitations by including a spacious 512GB PCIe NVMe solid-state drive.
Storage Architecture Benefits
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- Rapid system boot execution speeds from a completely powered-down status.
- Near-instant file write and retrieval mechanics for large media catalogs.
- Increased shock resistance and silent operations compared to spinning hard drives
This extensive high-speed storage environment ensures that complex project files, operating system caches, and essential productivity tools remain instantly accessible.
Ergonomic Physical Framework and Thermal Regulation
The structural chassis of the X1404VA model line is carefully engineered for consistent real-world reliability. It undergoes testing to meet strict environmental durability standards, ensuring the hinges and internal solder joints resist physical stress over time
Internal temperatures are strictly managed via an optimized fan blades assembly and dedicated copper heat pipes. This thermal loop actively sweeps warm air away from the processor core, maintaining cool surface skin temperatures along the keyboard deck even during extended processing workloads.
Comprehensive Device Connection and Interface PortsÂ
Onboard Physical Input Output Matrix
- Up-to-date USB Type-C interface for high-speed modern hardware pairing.
- Full-sized USB Type-A ports ensuring seamless legacy device support.
- Integrated HDMI display output for external desktop monitor setups.
- Consolidated audio pass-through port for clean headset communications.
