Acer NX.KRMAA.002 Chromebook 315 Touchscreen Notebook

Acer NX.KRMAA.002 Chromebook 315 Touchscreen Notebook

Overview :

The Acer NX.KRMAA.002 (Chromebook 315 CB315-5HT-C66N) is a large-format 15.6-inch touchscreen cloud computing terminal engineered for educational fleets, frontline retail workstations, and thin-client enterprise environments. This reliable platform addresses the demand for low-maintenance endpoint management, cloud-native application access, and clear shared-screen visibility across distributed user bases.

Built on the power-efficient Intel N100 quad-core processor with integrated Intel UHD Graphics, the platform incorporates 8 GB of high-speed LPDDR5 system memory and a stable 64 GB eMMC flash storage architecture. The 15.6-inch Full HD (1920x1080) multi-touch screen features an anti-glare ComfyView matte finish and In-Plane Switching (IPS) technology, enabling wide-angle collaborative reviews and fluid interface navigation.

Designed to maximize localized uptime and mobile production blocks, the chassis integrates a full numeric keypad for continuous financial or administrative inventory entries alongside an dual-microphone webcam array utilizing Temporal Noise Reduction. Fleet administrators benefit from secure cloud-based domain provisioning, automatic sandboxed software containerization, and an integrated security lock slot for physical terminal preservation.

The terminal is structurally optimized for institutional network architectures operating within managed Google ChromeOS enterprise environments. It is explicitly not designed for local software compilation, multi-threaded server virtualization testing, or heavy offline administrative databases requiring native Windows binary execution.

Key Features :

• Intel N100 quad-core CPU delivers power-efficient web application hosting.

• 15.6-inch Full HD IPS multi-touch screen provides responsive interface control.

• 8 GB LPDDR5 system memory prevents localized web tab execution latency.

• Integrated full-size numeric keypad accelerates continuous data entry tasks.

• Up to 12.5 hours of operational runtime removes field charger dependence.

Specifications :