Mini OPS PC

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General Product Overview

Core Architecture & Performance Factors

• Next-Gen Processing: Integrated with the latest 14th-generation core processor framework, providing high-performance Ultra U5/U7 Raptor Lake processing units.

• Heavy Workload Management: Delivers advanced computing power and hardware-accelerated graphics processing designed to comfortably handle intense multitasking, high-load business applications, graphic design suites, and professional video editing.

• Upgraded Memory Interface: Natively accommodates high-frequency DDR5 RAM architecture to achieve wider operational bandwidth, faster transmission rates, and minimized overall system latency.

• Fast Data Transmission: Outfitted with an internal M.2 connection slot to facilitate fast solid-state drive (SSD) throughput and system-wide speed optimization.

Connectivity & Interface Architecture

Full-Featured Type-C Interface

• A complete, all-in-one port option engineered to carry high-speed data transmission protocols, high-definition audio/video display channels, and stable charging or power supply profiles over a single connected cable, replacing the need for separate multi-cable setups.

USB 3.0 / 3.2 Throughput

• High-speed USB channels designed for rapid large file sharing, continuous high-definition video streaming, and latency-free interactive hardware integration.

Front Panel Comprehensive Interface Grid

• 2 × High-Definition HDMI Outputs

• 1 × DisplayPort (DP) Video Connection

• 1 × Full-Function Type-C Port

• 4 × High-Speed USB 3.0 / USB 3.2 Ports

• 2 × Legacy USB 2.0 Maintenance Ports

• 1 × RJ45 Gigabit Ethernet Local Area Network (LAN) Connector

• 2 × External High-Gain Wi-Fi Antenna Terminals

• 2 × Dedicated Audio Pass-Through Jacks (1 × Microphone Input, 1 × Headphone Output)

Structural & Thermal Layout

• Active Cooling Loop: Engineered with an integrated internal high-velocity turbine heat dissipation system.

• Environmental Sealing: Combines forced-air cooling vents with a dustproof chassis integration framework to optimize hardware life cycles and maintain temperature thresholds during prolonged continuous operations.