Optical & Electrical Transmission Series

Optical & Electrical Transmission Series

ZMUX-108E16H

ZMUX-108E16H SDH Optical-Electrical Cross-Connect Equipment

The ZMUX-108E16H is a fully domestically developed SDH optical‑electrical cross‑connect device manufactured by Guangzhou YinXun, with complete independent control over the entire system. It conforms to a 19‑inch, 1U rack form factor and features eight hot‑swappable STM‑1 optical interfaces and sixteen E1 electrical interfaces. The equipment supports arbitrary timeslot cross‑connection across all ports, incorporates dual‑link and dual‑power redundancy, and is well suited for unattended sites. It is equipped with comprehensive O&M functions such as loopback detection, LED alarms, and remote network management, meeting the demands of high‑density voice networking and finding broad application in integrated transmission scenarios that require domestic‑made, secure solutions.

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ZMUX-104E16H

ZMUX-104E16H SDH optical-electrical cross-connect equipment

The ZMUX-104E16H is a domestically produced SDH optical‑electrical cross‑connect device from Guangzhou YinXun, featuring complete independent intellectual property rights. It adopts a 1U standard rack‑mount design, equipped with four STM‑1 optical interfaces and sixteen E1 electrical interfaces, supporting arbitrary cross‑connection of all service timeslots and providing dual‑link and dual‑power redundancy protection. The device also supports loopback detection, SFP hot‑swapping, and remote network management, offering simple operation and maintenance as well as robust stability, making it widely applicable to private‑network voice access and trunk transmission scenarios across various industries.

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ZMUX-102E16H

ZMUX-102E16H SDH Optical-Electrical Cross-Connect Equipment

The ZMUX-102E16H features a standard 19-inch, 1U rack‑mount design that is compact and aesthetically pleasing, making it suitable for installation in standard cabinets. It provides two STM‑1 optical interfaces and sixteen E1/2M electrical interfaces, enabling any cross‑connection between STM‑1 over STM‑1, STM‑1 over E1, or E1 over E1. Users can select either STM‑1 or E1 as the relay transmission link, and the device supports dual‑link redundancy protection.

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ZMUX-6104G Intelligent Multi-Service Converged Access and Transmission Platform

The ZMUX-6104G platform boasts a domestic content rate exceeding 90%, features dual‑controller, dual‑power fully redundant architecture, and supports multi‑link access via optical, electrical, and wireless interfaces, as well as E1/STM‑1 converged connectivity. It enables unified voice and data scheduling and delivers highly reliable transmission. Equipped with centralized network management and remote maintenance capabilities, it achieves an MTBF of over 100,000 hours and is ideally suited for private networks in sectors such as power, transportation, and air traffic control.

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ZMUX-6102G Intelligent Multi-Service Converged Access and Transmission Platform

The ZMUX-6102G intelligent multi-service converged access and transmission platform boasts a localization rate exceeding 90%. It features a fully redundant architecture with dual master controllers and dual power supplies, supporting multi‑link access via optical ports, electrical ports, and wireless interfaces. The platform enables unified transport and highly reliable delivery of services such as E1, Ethernet, voice, and data. Equipped with link aggregation, automatic failover, and centralized network management, it is ideally suited for critical communication applications in sectors like power, transportation, and the military, ensuring uninterrupted service.

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ZMUX-3300P Centralized Integrated Service Access Device

The ZMUX-3300P features a 19-inch, 6U‑high, card‑slot chassis design. By flexibly configuring various I/O interface cards, it enables converged access for voice, audio, data, and network services, supporting up to 420 concurrent service channels. It provides efficient, secure, and stable transmission solutions for industries such as power, transportation, and energy, making it an ideal access and transport platform for building medium- to large‑scale network nodes.

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ZMUX-3036ESG Optoelectronic Protection Integrated Service Access Device

The ZMUX-3036ESG integrates fiber‑optic and E1 dual‑link self‑healing protection with unified multi‑service transport capabilities. It supports standard services such as voice, audio, data, and networking, while also accommodating industry‑specific applications—including civil aviation, metro systems, and maritime communications—providing users with an efficient, secure, and stable end‑to‑end transmission solution for mission‑critical operations. Featuring a standard 19‑inch, 1U rack‑mount design, it offers one fiber‑optic interface, one E1 interface, 30 user‑service interfaces, and four physically isolated Ethernet interfaces. Users can select the appropriate interface types and quantities based on site‑specific requirements.

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ZMUX-4104 Next-Generation Multi-Service Access Transmission Equipment

The ZMUX-4104 adopts a standard 19-inch, 4U rack‑mount design and innovatively integrates multiple access technologies—including IP networks, 4G/5G wireless networks, E1 leased lines, and fiber‑optic networks—providing robust hybrid service access, intelligent traffic scheduling, and comprehensive processing capabilities. Featuring dual power supplies, dual control units, and dual‑link redundancy in critical components, it is specifically engineered to efficiently, securely, and reliably transmit mission‑critical voice, data, network, and video signals, making it an ideal cornerstone for building modern communication systems.

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ZMUX-4102 Next-Generation Multi-Service Access Transmission Equipment

The ZMUX-4102 adopts a standard 19-inch, 2U rack‑mount design and innovatively integrates multiple access technologies—including IP networks, 4G/5G wireless networks, E1 leased lines, and fiber‑optic networks—providing robust hybrid service access, intelligent traffic scheduling, and comprehensive processing capabilities. Featuring redundant power supplies, dual control units, and dual‑link redundancy in critical components, it is specifically engineered to efficiently, securely, and reliably transmit voice, data, network, and video services, making it an ideal foundation for building modern communication systems.

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