Early Access Memor X3 Handheld Mobile Computer~colors: Black; Connectivity: Batch Only (no Wifi); Healthcare: No; Microprocessor: 624 Mhz; Os: Ms Windows Ce 6.0 Core; Scanner: 2d Area Imager - Us Warehouse [OVstuAiR]

Introducing the Memor X3 Handheld Mobile Computer

The Memor X3 Handheld Mobile Computer is a versatile and reliable device designed for demanding environments. With its pocketable, ergonomic, and robust design, it offers unmatched convenience and durability. The device boasts a 1.2 m / 4.0 ft drop resistance to concrete, ensuring resilience even in challenging conditions. It is powered by Microsoft Windows CE 6.0 Core, providing a user-friendly interface and seamless performance. The Memor X3 is perfect for professionals who require a robust and efficient handheld solution.

Key Features and Specifications

Equipped with a 624 MHz microprocessor, the Memor X3 ensures fast and efficient data processing. Its connectivity options include batch processing without WiFi, making it ideal for environments where continuous connectivity is not required. The device features a 2D Area Imager scanner, which offers high-speed reading of barcodes and 2D codes. Additionally, the Memor X3 is available in both standard and high-capacity battery options, providing extended runtime for continuous use. Its Gorilla Glass II scan window on laser models adds an extra layer of protection against scratches and damage.

Practical Uses and Benefits

The Memor X3 is designed to meet the needs of a wide range of industries, including retail, healthcare, and logistics. Its compact size and lightweight design make it easy to carry and use throughout the day. The device's batch-only connectivity is particularly beneficial for environments where a stable network connection is not guaranteed. Its durable construction and reliable performance ensure that the Memor X3 is a reliable companion for daily operations. With its robust features and user-friendly interface, the Memor X3 is the perfect tool for professionals who demand efficiency and reliability in their mobile computing needs.