ASUS
15.6" N150 4G 128G Win11H
Out of Stock
ASUS Vivobook Go E1504TA-PS04-B N150, 4 GB, 128 GB | Windows 11 Home
ASUS
MPN: E1504TA-PS04-B
$349.99
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- Intel N150 processor
- 4 GB RAM
- 128 GB storage
- 15.6-inch Full HD display
- Integrated Intel graphics
- Windows 11 Home
- Non-touch panel
- Vivobook Go design
Deliver dependable everyday computing without paying for capacity you will not use. The ASUS Vivobook Go pairs a 15.6-inch Full HD non-touch display with an Intel N150 processor, 4 GB of memory, and 128 GB of storage, creating a straightforward platform for browsing, email, documents, and cloud-based work.
This configuration is aimed at users who need a simple Windows 11 Home laptop for routine tasks and light mobility. The integrated Intel graphics keep the system focused on efficiency, while the compact storage footprint suits organizations standardizing on web apps and online collaboration tools. For students, front-line staff, or budget-conscious buyers, it offers the essentials in a familiar notebook format.
Compared with higher-tier business laptops, this model makes its value clear through restraint: enough screen space for daily work, enough performance for common applications, and a configuration that keeps procurement efficient. It is a practical choice when the priority is reliable access to core productivity tools rather than advanced local compute.
Ideal For
- Web browsing, email, and document editing for everyday office work
- Student computing for assignments, research, and cloud-based tools
- Front-line or shared-user deployments with basic Windows requirements
- Budget-conscious laptop rollouts where core productivity matters most
Why This Product
- 115.6-inch Full HD display offers more workspace than compact 14-inch notebooks
- 2Intel N150 is tuned for everyday tasks rather than heavy local compute
- 34 GB memory and 128 GB storage keep the configuration focused on essentials
- 4Integrated graphics reduce cost and power draw versus discrete GPU systems
