Solution Overview

Industrial Park Fiber Cables

The all-optical network of an industrial park uses three outdoor optical cables — GYTA, GYFTA and GYTY53 — as its communication foundation, covering factories, office buildings, warehouses and security points, and carrying industrial IoT, HD surveillance, smart manufacturing and cloud office services. GYTA features metallic reinforcement, suiting duct installation within the park with moisture resistance and stability; GYFTA has an all-dielectric FRP core that resists electromagnetic interference, suitable for substation and heavy-industry workshop areas; GYTY53 is steel-tape armored for compression and rodent resistance, used in direct-buried road sections. The three cables are deployed in layers, with water blocking, weather resistance and low transmission loss, stably supporting 10G-class long-distance data transmission. Adapted to the complex construction environment of parks, they reduce O&M costs and provide highly reliable optical fiber transmission links for the digitalization of smart factories.

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Solution Architecture

Park Core Optical Cable Product Characteristics

GYTA General Duct Optical Cable

GYTA cable uses a metallic strength-member structure with excellent tensile performance and moisture-proof, water-blocking capability. Its overall structure is stable with low transmission loss, suiting long-distance link transmission. With moderate flexibility and easy installation, this model is ideal for duct installation along main roads in industrial parks, park utility networks, and between buildings. It withstands routine outdoor park environments with low susceptibility to moisture and attenuation over long-term operation, providing a stable 10G-class transmission foundation for the park's basic communication network and serving as the mainstream choice for park backbone conduit networks.

GYFTA All-Non-Metallic Anti-Interference Optical Cable

GYFTA cable uses an all-non-metallic FRP fiber-reinforced core structure with no metallic materials, offering extremely strong resistance to electromagnetic interference and induced electricity. It fully suits high-electromagnetic-radiation areas in industrial parks such as substations, distribution rooms, heavy industrial workshops, and areas around large machinery. It effectively avoids the impact of electromagnetic stray signals from motor start and stop and VFD operation on fiber signals, ensuring precise and stable transmission of industrial IoT, equipment automation control, and sensor acquisition data, and eliminating signal jitter and data packet loss.

GYTY53 Armored Protection Optical Cable

GYTY53 cable features a built-in steel tape armor protection layer with an abrasion-resistant outer jacket, offering strong crush resistance, tensile resistance, rodent protection, and run-over resistance with outstanding physical protection performance. Designed specifically for direct-burial sections such as open roads, green belts, and pedestrian paths in parks, it withstands external damage from soil compaction, impacts, and rodent and insect attack, suiting complex outdoor direct-burial conditions in parks and greatly extending the service life and safety of underground lines.

Park Hierarchical Networking Architecture

Zone-Based Classified Cabling System

The park-wide all-optical network uses a construction model of three cable types deployed in layers and zones, precisely matching cable models to the environmental characteristics, installation methods, and interference levels of each park area: GYTA in duct areas, GYFTA in strong electromagnetic industrial areas, and GYTY53 in direct-burial sections. This achieves location-adapted, scientifically matched cabling and avoids line faults caused by the insufficient suitability of any single cable.

All-Service Fiber Carrying Foundation

A unified fiber transmission backbone network is built across the entire park, fully covering production plants, comprehensive office buildings, warehousing and logistics areas, and public security outlets. It simultaneously carries smart manufacturing equipment data exchange, industrial IoT sensor transmission, HD video surveillance, enterprise cloud office work, park public broadcasting, and smart access control, with low loss and large bandwidth throughout, stably supporting 10G-class long-distance data transmission and meeting the digital construction needs of smart parks.

Solution Applicable Application Scenarios

Smart Park Comprehensive Networking Scenarios

Applicable to new construction and upgrade and renovation of overall communication networks in modern industrial parks, industrial estates, and high-tech manufacturing parks, covering basic IT construction such as inter-building connectivity, plant backbone transmission, park security surveillance, and full office network coverage, supporting the parks' overall intelligent, digital, and networked upgrade.

Complex Industrial Condition Scenarios

Specifically suited to complex industrial park environments with heavy manufacturing, electromechanical production, power distribution facilities, and extensive open-air road sections, it effectively solves common cabling challenges such as industrial electromagnetic interference, fragile outdoor direct burial, and damp duct attenuation, meeting the high-reliability, high-stability, and long-life networking requirements of industrial scenarios.

Solution Advantages

01 Comprehensive and Precise Adaptability
02 Stable and Reliable Transmission Performance
03 Outstanding Physical Protection
04 Significantly Lower Operations and Maintenance Costs
The three cable types each play their own role, matching the three mainstream park scenarios of duct installation, direct burial, and high interference, avoiding the scenario limitations of a single cable type and providing all-round adaptation to the complex and diverse construction and operating environments of industrial parks.
The full cable range features low loss, water blocking, weather resistance, and anti-aging properties, stably carrying high-bandwidth services of 10G and above over the long term, ensuring continuous, stable, lag-free, and attenuation-free operation of industrial production data, surveillance video, and office networks.
Multiple protection features — armored rodent resistance, non-metallic anti-interference, and metallic reinforced tensile strength — offer all-round defense against external damage, electromagnetic interference, moisture, and aging, greatly reducing the probability of line failures.
The clearly structured zoned cabling, durable cabling, and low failure rate make later campus network operations, troubleshooting, and access point expansion more convenient, effectively reducing long-term campus O&M investment and renovation costs.