▶Intel Celeron quad-core processor with speeds up to 2.90 GHz
▶Pre-installed with Ubuntu 22.04.4, 8GB RAM, and 128GB storage
▶12.2-inch Full HD display with 10-point capacitive touch support
▶Dual-band Wi-Fi (2.4GHz/5.8GHz) for reliable connectivity
▶Supports high-speed 4G and 5G networks
▶Bluetooth 5.0 for fast and efficient data transmission
▶Option to choose from four module configurations: 2D scan engine, RJ45 Gigabit Ethernet, DB9, or USB 2.0
▶GPS and GLONASS navigation support
▶Includes a variety of accessories, such as a docking charger, hand strap, vehicle mount, and carry handle
▶Built with IP65-rated waterproof and dustproof protection
▶Designed to withstand vibration and drops up to 1.22 meters
▶Certified to MIL-STD-810G standards for durability and reliability
▶ Dimensions:339.3 x 230.3 x 26 mm,weight about 1500g

▶ Model: SIN-I1211E(Linux)

▶ Display screen:10.1inch IPS screen 16:10, resolution 12001920,700nits
▶ CPU:RK3588
▶ Memory storage:8G+128G
▶ Touch screen:10point G + G capacitor screen
▶ Camera:Front 5.0MP (with light) + rear 13MP (with flash)
▶ Battery performance:7.4V / 5000 mAh detachable polymer lithium-ion
▶ Appearance size:280.4×187×26.6mm
▶ Weight about 1014g
▶ support system:Android 13 Product certification

▶ Model: SIN-R1080E

▶ Display screen:10.1inch IPS screen 16:10, resolution800x1280,700nits
▶ CPU:RK3568 quad-core processor
▶ Memory storage:4G+128G
▶ Touch screen:10point capacitive screen, G+G
▶ Camera:Front 5.0MP + rear 8MP
▶ Power Adapter:AC100V~240V, 50Hz/60Hz, output DC 5V/4A
▶ Appearance size:274.9x188.7x22.2mm
▶ Weight about 1028g
▶ support system:Android 12

▶ Model: SIN-R1040E

▶ Display screen:10.1inch IPS screen 16:10, resolution800x12800,400nits
▶ CPU:Intel®lcherry Trail Z8350
▶ Memory storage:4G+128G
▶ Touch screen:10 point capacitive screen, G+G
▶ Camera:Front 2.0MP + rear 5MP
▶ Power Adapter:AC100V~240V, 50Hz/60Hz Output DC 5V/3A
▶ Appearance size:280x187x22mm
▶ Weight about 1014g
▶ support system:Windows 10

▶ Model: SIN-I1008E

1.The aircraft maintenance industry demands high durability, stability, and reliability from its equipment. Aircraft maintenance tasks often need to be performed in complex and harsh environmental conditions, such as high temperatures, low temperatures, high humidity, vibrations, and dust. Traditional tablets often struggle to meet these requirements. Therefore, rugged tablets have emerged as indispensable tools in the aircraft maintenance industry.

The aerospace industry places high reliability and security requirements on electronic devices. In this article, we will explore the importance and value of rugged laptops in aerospace applications from an operational perspective.

With the increase in global travel and the continuous expansion of airports, airport equipment management has become increasingly important. Airport equipment management involves the monitoring, maintenance and protection of various equipment to ensure the safety and efficiency of airport operations. In this environment, equipment needs to face various extreme conditions such as bad weather, dust, humidity and vibration. In order to meet these challenges, rugged laptops have become an ideal choice for airport equipment management.

Aviation simulation is a technology that simulates the flight process of an aircraft through computer simulation and emulation technology. Through aviation simulation technology, a real flight environment and scenario can be generated on the computer, including airports, weather, mechanical characteristics of the aircraft, pilot operations, etc., so that pilots can conduct flight training and actual combat exercises in a virtual environment.

Military information engineering projects have broad application prospects in combat command and control, battlefield information networks, intelligent equipment and systems, data analysis and decision support, and security and confidentiality systems. With the continuous advancement of technology and the continuous increase in military needs, military information engineering projects will play an important role in improving combat effectiveness, improving equipment performance, and strengthening information security.

Broadband mobile communication systems are increasingly used in military industry. They can provide high-speed and reliable communication capabilities, support battlefield command, reconnaissance intelligence, networked warfare, unmanned system communications, training simulation and other tasks, and improve the combat effectiveness and combat capabilities of the military. 

Aviation simulation test is an important test method used to evaluate and verify the performance and functions of aircraft systems, flight control systems and pilot training equipment. It simulates the real flight environment and operating conditions to ensure the safety and reliability of aircraft and related systems in various situations.

This article introduces the background of airport fuel supply control system and the pain points of industrial control host in airport fuel supply system, and proposes a solution, that is, using industrial computer SIN-610L-JH420MA to assist airport fuel supply system to ensure its safety, stability, real-time, compatibility and scalability.

The airport communication industry is a key infrastructure field responsible for ensuring efficient, safe and reliable communications inside and outside the airport. This industry covers a wide range of applications, including air traffic control, aircraft ground services, airport operations and emergency response systems. 

With the development of the times, the military industry continues to play an important role in the development of national security and comprehensive national strength. The military industry continues to promote the development and innovation of related technologies to enhance the country's scientific and technological strength and better resist foreign enemies.

Application strategy of embedded pc in aeronautical material inspection

1. Aviation material testing industry introduction

Aviation material testing refers to the process of testing and evaluating materials used in aircraft and related components. These materials include metal alloys, composite materials, ceramic materials, etc., which are used in the manufacture of aircraft, engines, propellers, avionics, etc.