im Gegensatz zum Vorgänger moto edge 50 neo hat edge 60 neo nur 256 GB internen Speicher und kostet deutlich mehr..
Nein danke! Habe mir das edge 50 neo mit 525 GB im Ausverkauf um 229 € geholt.

Mich interessiert noch wie lange der Akku 🔋 hält.
Kann man ihn selbst wechseln ?
Ansonsten ist der Kauf rausgeworfenes Geld.

https://www.sinsmarts.com/sinsmart-14-inch-i5-i7-hd-display-32g-ip65-industrial-fully-rugged-laptop/

The narrative around rugged laptops has historically been about survival: can it withstand the drop, the splash, the dust storm? While durability remains the bedrock, the new chapter is about thriving in those conditions. Today's advanced rugged laptops, particularly those driven by Intel Core i7 processors and substantial memory like 32GB, are engineered not just to endure, but to enable sophisticated data capture, analysis, and decision-making at the tactical edge—where information is most valuable and environments are most unforgiving.

Consider the role of a Core i7 in this context. This isn't just about speed; it's about computational intelligence and efficiency. With multiple cores and Hyper-Threading technology, these processors excel at parallel processing. In the field, this translates to a geologist simultaneously running resource modeling software, processing LIDAR survey data, and video conferencing with headquarters from a remote desert site. It enables a utility inspector to overlay real-time drone footage of a transmission line onto legacy BIM models while a diagnostic app analyzes thermal imaging data—all on a single device, in real-time, without returning to the truck or the office.

Pairing this CPU with 32GB of RAM transforms the device from a terminal into a mobile data center node. Large datasets—common in GIS, photogrammetry, AI-driven image recognition (for asset inspection), and advanced logistics planning—can be loaded entirely into memory. This eliminates the latency of constantly reading from storage, accelerating analysis exponentially. For cybersecurity professionals in the field or military intelligence units, it allows for the operation of multiple virtualized environments or complex signal analysis tools that are notoriously memory-hungry.

The "fully rugged" IP65 classification ensures this sensitive digital work continues unabated, regardless of physical circumstances. The sealed ports and membranes keep out not just water, but also conductive contaminants like metal dust in a machine shop or saline spray in maritime operations. The robust construction manages thermal performance intelligently, using passive cooling techniques and heat pipes designed to work efficiently even when the laptop is exposed to extreme temperature ranges, often from -20°C to 60°C. This thermal resilience is crucial for the Core i7 to maintain its turbo boost performance without throttling, whether in a scorching refinery or a frozen tundra.

The human-machine interface is also specially engineered. A 14-inch form factor is large enough for detailed spreadsheet work or technical diagrams, yet still portable. The keyboard is typically spill-resistant, backlit for low-light conditions, and has a positive tactile feel to prevent errors when wearing gloves. The precise touchpad or optional pointing stick is designed to reject moisture and dirt. These thoughtful ergonomic details ensure that the powerful hardware is accessible and usable in realistic field conditions, from a bustling factory floor to the cab of a heavy vehicle.

Security in a portable, high-value asset is paramount. Beyond software, rugged laptops offer hardware-level security features like TPM 2.0 chips, smart card/CAC readers, and biometric options (fingerprint or even IR cameras for facial recognition in low light). These features safeguard the sensitive data being processed by the Core i7, ensuring that the laptop itself is a secure vault.

Ultimately, the modern Core i7 rugged laptop is a node of intelligence. It is designed for the professional whose work involves making high-stakes decisions based on complex, rapidly processed data, in places where a standard computer would be a liability. It represents a convergence of extreme durability, high-performance computing, and specialized I/O, creating the ultimate platform for field intelligence and mastering data at its source.

Well, it's not ASUS, ect fault that some people has holes in their pockets; to even consider that any so-called decent performance handheld device should retail... starting at 1k stacks... is just ludicrous. I mean... why stop there, right? Why not charge these clueless CONSUMERS at a starting price at 2k stacks; starting in 2026, especially since... uhm... the so-called "shortage of memory" now, right... RIGHT?! 😏