Smart Logistics DWS Logistics Sorting Data Collection Industrial Computer Solution

1. Industry Background

With the rapid development of e-commerce and supply chain, the smart logistics industry has an increasingly urgent need for automated and precise sorting. As the core link of logistics sorting, the DWS (dimension, weight, barcode scanning) system needs to collect the three-dimensional dimensions, weight and logistics information of the package in real time, and transmit it to the central management system through a high-speed network to achieve automated sorting and path planning.

2. Logistics Sorting Requirements

The warehousing environment involves high concurrent data processing requirements and long-term stable operation requirements of equipment, which poses multiple challenges to hardware equipment:

(1). Real-time: data collection and processing must be completed within milliseconds to avoid sorting delays;

(2). Scalability: support multiple peripheral access, such as weighing sensors, volume scanners, barcode readers, etc.;

(3). Stability: adapt to the warehousing environment and 7*24 hours continuous operation;

(4). Network capabilities: ensure high-speed transmission and real-time synchronization of multi-device data.

3.SINSMART TECH industrial computer recommendation

SINSMART TECH's SIN-3095-N97L4 data acquisition industrial computer has become an ideal hardware platform for smart logistics sorting systems with its compact design and industrial-grade performance.

(1). Guarantee sorting efficiency

Equipped with Intel Alder Lake-N97 quad-core processor, with a turbo frequency of up to 3.6GHz, it can quickly process multi-channel sensor data to meet the strict real-time requirements of the DWS system.

The single-channel DDR4 memory slot supports up to 16G capacity, greatly improving the multi-task processing speed and ensuring seamless connection between package information collection, analysis and upload.

(2). Rich expansion interface

The data acquisition industrial computer is equipped with 4 Intel Gigabit network ports, supporting high-speed data transmission and multi-device networking to avoid network congestion; built-in M.2 slot and 1 SATA 3.0 interface, which can expand large-capacity storage modules to meet the needs of long-term archiving of logistics data.

In addition, 2 serial ports and USB 3.2 Gen1 interfaces can flexibly connect to peripherals such as weighing instruments, volume scanners, RFID readers, etc. to achieve full-link data collection.

(3). Industrial-grade design

This embedded industrial computer has a compact body design, with a size of only 182×150×63.3mm and a weight of about 1.8KG. It is suitable for compact sorting equipment, with a wide temperature range of -10~60℃ and a fanless heat dissipation structure to ensure stable operation of the equipment in high temperature and dusty environments.

It comes standard with a SIM card slot and a mini PCIe slot (supports WiFi+4G module), which can expand wireless communication functions and adapt to scenarios with insufficient warehouse network coverage.

(4). High-resolution display and compatibility

This data acquisition industrial computer can support 4K ultra-high-definition output (4096×2160@30Hz) through the HDMI interface, and can be connected to a large-screen monitoring terminal to display the sorting status and abnormal alarm information in real time.

It is compatible with WIN 10/11 and Linux systems, supports mainstream logistics management software, and reduces the migration cost of customer systems.

Conclusion

SINSMART TECH data acquisition industrial computer has the characteristics of high performance, strong expansion and industrial-grade reliability, providing an efficient data processing base for the smart logistics industry, helping the logistics industry to accelerate its transformation towards intelligence and unmanned operation.