Stock Code: SH600522
It is a systematic technology that uses specialized cables, which “leak” signals like an antenna, to achieve continuous and uniform wireless coverage inside tunnels.
Mixed placement of wire reels of various specifications ensures high space utilization, easy reel retrieval, and fast storage and retrieval.
The manual handling process is seamless, reducing mismatch of wire coils and waiting time in production processes, without affecting production.
Reduce the risk of manual handling of large-scale, multi-ton loads and meet the fire safety requirements of the warehouse area.
System integration to reduce the risk of inventory backlog or material shortage.
The system features high-density storage, fully tapping into spatial potential for flexible and convenient access. Adopting standardized design, it is ready to use upon installation, eliminating the need for electrical debugging. The flexible layout allows for storage location planning according to the site, depth adjustment based on SKU, and cache setting according to efficiency. The software cluster integrates scheduling, achieving efficient and balanced operations.
The system is flexible and convenient to operate. Personnel only need to gently push the carrier to the target workstation, without any other operations, significantly saving time and effort. At the same time, it has a high space utilization rate, greatly improving storage density, and can flexibly adapt to various site layouts without requiring additional modifications.
This is a technical solution characterized by uniform signal coverage with no blind spots, inherent full-band compatibility, and a stable, high-quality transmission rate.
The product achieves breakthrough performance at the physical layer by applying high-purity polarization and multi-stream isolation technology. Its core lies in utilizing a design with high polarization purity and a high cross-polarization ratio to precisely control the polarization state of electromagnetic waves. This effectively separates multiple data streams over the air interface, increasing data transmission rates by 21% to 75% across different frequency bands.
It greatly reduces the project procurement cost compared with traditional copper leaky cables, while maintaining electrical performance, mechanical protection and construction convenience.
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