Asus PN62S PN62S-SYS715PXFD Desktop Computer - Intel Core i7 10th Gen i7-10710U - 16 GB - 512 GB SSD - Mini PC - Black - Intel Chip - Intel UHD Graphics DDR4 SDRAM - 65 W - PN62S-SYS715PXFD

Easy modification, maximum possibilities

ASUS Mini PC PN62S is an ultracompact computer that delivers powerful performance for a wide variety of home and business applications. Featuring the latest 10th Generation Intel® Core™ processors and support for high-speed 2666 MHz DDR4 memory, Mini PC PN62S is ready to take on demanding workloads, yet its diminutive size takes up minimal space on a desk and makes it suited for applications where traditional PCs won't fit, such as for digital signage or in a home theater. Wi-Fi 6 (802.11ax) networking ensures stable, high-speed data transfers, even in crowded networking environments, and a USB-C port with supports data transfer, power and DisplayPort functionality over a single cable. Mini PC PN62S also supports Microsoft Cortana via dual-array front microphones for convenient voice control and features an infrared (IR) sensor, letting you control applications via remote control.

Flexibility | Upgrade-friendly

A convenient sliding chassis design lets you add or upgrade an M.2 SSD, 2.5-inch HDD or SSD, or memory in two easy steps using just a screwdriver. A bare-bones option is also available, giving you maximum flexibility to customize your system.

Flexibility | Dual storage design

ASUS Mini PC PN62S fits one Intel® Optane™ Memory or M.2 SSD, and a 2.5-inch HDD, letting you create your own custom storage solution with the balance of speed and capacity to fit your needs.

Design | Modern, space-saving design

With a modern design featuring sleek lines and a stylish, brushed finish, ASUS Mini PC PN62S easily blends into home, office and retail environments. Compact and lightweight at 115mm x 115mm x 49mm with a 0.62-liter volume, it can be placed almost anywhere and even attached to the back of a display with a VESA mount for a space-saving, all-in-one solution.

Performance | Powerful performance for daily multitasking

ASUS Mini PC PN62S is powered by 10th Gen Intel® Core™ processors, which provide up to 3.4% better performance in daily multitask computing, compared to previous platform processors, ensuring smooth and responsive experiences in a wide variety of usage scenarios.

Performance | Faster and better DDR4 RAM

With DDR4 2666MHz memory that is 1.25X faster than DDR4 2133MHz, ASUS Mini PC PN62S provides excellent performance for daily computing tasks.

Reactive Cooling

Dedicate Thermal Monitoring for SSD: FAN will also adjust the speed according to the M.2 SSD temperature to achieve better heat dissipation (in the past, only the CPU temperature was monitored)
Multi Operating Mode: Three thermal policies are designed in the BIOS so that users can choose according to the situation.

• 16 GB memory will run the heaviest applications swiftly. Capable of handling software of any genre including complex graphic tools, construction apps, and HD audio/video content.
• 16 GB of memory to get a remarkable gaming experience
• Intel Core i7 1.10 GHz processor provides lightning fast speed and peak performance even for toughest tasks and intensive games
• Intel UHD Graphics shared graphic card for watching HD videos, editing pictures, and complex office applications
• 512 GB SSD is enough to store your favorite songs, movies, pictures, and essential documents
• Security Slot feature for maximum efficiency and convenience
• Security Slot feature for better reliance and usability
• Mini PC form factor offers maximum space utilization with lower power hardware
• Mini PC form factor is lightweight, thus is easier to work with and can be conveniently carried and transported anywhere to ensure maximum dependability
• Gigabit Ethernet port for ultra-fast network speeds
• Gigabit Ethernet provides high bandwidth performance, ease of use and reliability for your network backbone
• Is easily upgradeable, provides easy access into the internal hardware
• With more hardware, desktop computer offers fast and more reliably efficient performance