Bridge Converter
E1
The TRX E1/V.24 Interface Converter completes the conversion between a transparent E1 transmission channel and a V.24 interface. It is widely used in data communication equipment and is suitable for use over fiber optics, microwave, DDN private networks, or other 2M channels, enabling V.24
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IDM-16E1
The IDM-16E1 Digital Distribution Frame is a 16-group E1 full-switching device providing intelligent configuration, with power-off bypass function. It implements 16 groups of E1 channels with a simple single-board structure. The IDM-16E1 provides a network management interface, supports power-off bypass and power-off memory functions, and features comprehensive alarm monitoring, high integration, low power consumption, stable performance, and ease of use. The IDM-16E1 Digital Distribution Frame has complete alarm monitoring functions. Alarm contents include E1 signal loss and frame synchronization loss. In addition to reporting local alarm status, the remote alarm status can also be displayed via the local indicator lights through keypad operation. The power supply mode is selectable between ~220V and -48V. It adopts a dedicated large-scale integrated circuit and can provide transparent transmission of up to 16 groups of E1.
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IDM E1
The IDM E1/FE Bridge is designed with large-scale dedicated integrated circuits, implementing inverse multiplexing of Ethernet data to one E1 or fiber optic link. The device is available in centralized and desktop models, with the centralized model providing 1 Ethernet interface and the desktop model providing 4 Ethernet interfaces. The device supports two transmission modes: E1 and fiber optic. In E1 transmission mode, the maximum Ethernet bandwidth is 2.048M; in fiber optic transmission mode, the maximum Ethernet bandwidth is 4.096M. The device supports network management functions, allowing the management device to manage the local end or desktop devices through the centralized device. Additionally, both centralized and desktop devices can configure E1 interface parameters, device clock, and Ethernet parameters via DIP switches.
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IDM-E1
The IDM-E1/V.35 Interface Converter and IDM-FE1/V.35 Interface Converter can convert all or part of the E1 timeslots (i.e., N*64K) to a V.35 interface, with bandwidth ranging from 64Kbps to 2048Kbps. They can be widely applied in computer network interconnection, DDN data network access, transmission optimization of mobile telephone networks, and various transmission access based on E1 PCM networks.
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IDM GE
The IDM GE/STM1 Multi-channel Aggregation Bridge is an intelligent aggregation bridge developed by our company based on customers' demand for high-capacity Ethernet private line access in the market. It can aggregate up to 63 groups of E1 to Gigabit Ethernet and can be directly interconnected with SDH transmission equipment, eliminating the need for a large number of 2M interfaces and patch cords in the equipment room. This product allows arbitrary division of 1 to 63 channels according to different bandwidth requirements, with each channel consisting of one E1 or multiple (4, 8, or 16) E1 lines, transparently carrying Ethernet data with the channel as the link unit. Additionally, the application of this product reduces the cost of network construction and maintenance for operators, enhances the rapid response capability of private networks, ensures end-to-end analysis capability for clients, and enables clients to monitor the entire network.
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IDM OPT
The IDM OPT-E1 Optical Modem features a desktop structure. Each unit provides an E1 transmission channel over optical fiber, including clock extraction and transmission. It is interoperable with the optical port of a single E1 bridge and can easily form a star network with centralized optical modems. This device is powered by dual power supplies (AC 220V and DC -48V) and can be used in various fields such as LAN interconnection, video-on-demand, and remote surveillance.
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IDM
The IDM_OPTIMUX_SKY is a broadband and narrowband integrated optical fiber multiplexing transmission module, with a data multiplexing bandwidth of up to 250M on the fiber. This module can be customized to industrial-grade standards, with user interfaces using robust connectors. The expansion interfaces can be customized for a variety of services.
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IDM-OXC
The IDM-OXC Optical Cross-Connect Device is an optical path control equipment that enables arbitrary non-blocking cross-connection and interconnection between multiple input and output optical ports. It features compact size, fast switching speed, and high operational reliability. In optical communications, it is primarily used for intelligent fiber scheduling at nodes, multi-dimensional online monitoring, multi-route service protection, fiber equipment or network testing, etc.
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IDM-RACK3U
The Centralized Protocol Converter adopts a 19-inch 3U front plug-in card structure. Each slot corresponds to one remote RS232/422/485 data optical terminal or single E1 bridge (optical modem), E1 optical terminal, high-speed serial optical modem, optical Ethernet switch, serial-to-bidirectional HDMI converter, telephone optical terminal, or E1 (V.35) optical modem, enabling convenient construction of a star network. The IDM-RACK3U Centralized Protocol Converter fully utilizes the abundant existing E1/fiber resources in telecommunications networks to extend the transmission distance and application scope of Ethernet, providing an optimal solution for Ethernet access. This product can be used in various fields such as LAN interconnection, video-on-demand, and remote surveillance.
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IDM-RACK5U
The IDM-RACK5U Centralized Bridge is a rack-mounted, small-capacity multi-user access network platform system designed for star network topologies with high-volume user access. It features high integration density, strong compatibility, and flexible configuration of varying quantities and types of service cards (bridge cards or optical modem cards), reducing initial investment while facilitating future expansion, upgrades, and maintenance.
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IDM-RFlabel
The IDM-RFlabel Intelligent Optical Fiber Distribution Frame is typically used for the management of ODF optical fiber distribution frames in equipment rooms. It is generally managed in conjunction with the equipment room's cable database. RFID tags are affixed to the ends of optical cable distribution frames within the equipment room, and the devices and port numbers connected by each cable and optical cable are recorded in the database. RFID monitoring antennas are affixed to each port on the ODF distribution frame. If a fiber optic cable or cable head insertion is detected, the database is consulted to verify whether it is the required circuit. If not, an alarm is triggered. Each port is equipped with a corresponding indicator light: red indicates an error, green indicates normal, and no light indicates no insertion.
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IDM STM
The IDM STM-1 Optical-to-Electrical Converter is a new-generation product developed by our company based on SDH technology, featuring proprietary intellectual property rights. It provides interface conversion from STM-1 (ATM) electrical interface to STM-1 optical interface. The STM-1 (ATM) optical-to-electrical converter completes the transmission of STM signals over SDH, or 155M SDH optical-to-electrical conversion, and is suitable for interconnection of various data terminal equipment with 155.520Mbps interfaces such as SDH and ATM. Its design complies with ITU-T and China Ministry of Information Industry specifications for SDH.
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IDM STM1
The basic function of the IDM STM-1/GE is to demultiplex Ethernet frames from the GE port (using information carried by the Ethernet frames themselves, such as MAC addresses and VLAN TAGs), encapsulate the different streams of Ethernet frames into GFP frames (forming EoS signals), and then map the GFP frames into different VCGs (each VCG can contain 1 to 63 VC12 channels);
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IDM TRX
The IDM TRX-4E1net Bridge is a protocol converter independently developed by our company using inverse multiplexing technology. This device bundles multiple E1 lines to transmit 10M/100M Ethernet data, enabling mutual conversion between 4 E1 channels and an Ethernet interface.
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IDM TRX
The IDM TRX-8E1net Bridge is a protocol converter independently developed by our company using inverse multiplexing technology. This device bundles multiple E1 channels to transmit 10M/100M Ethernet data, realizing mutual conversion between 8 E1 channels and an Ethernet interface, with a maximum Ethernet transmission bandwidth of up to 15.84M.
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IDM TRX
The bridge series utilizes large-scale application-specific integrated circuit design and is a GFP-type protocol conversion device that converts Ethernet data to E1. This device primarily completes protocol conversion from Ethernet to E1, converting Ethernet data into E1 data for transmission. It can leverage the operator's existing E1 lines or fiber resources to transmit Ethernet services, thereby extending the coverage of local area networks. The device complies with the ITU-T G.8040 standard, supports point-to-point networking applications, and can form a star network with the matching central office equipment. It also supports network management functions, allowing the management device to manage the local end through the central office equipment.
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IDM VoiceCable
The IDM VoiceCable Online Monitoring Equipment is a central office service platform for online monitoring and management of telephone line cables. It was initially used for 112 online testing services in central offices, and is now widely used for telephone line monitoring in private network communication rooms. Test items include line breaks, mixed lines, poor insulation, cross-voltage, and noise. This equipment is used for manual or automatic testing in private network rooms and records line status. The equipment performs corresponding parameter tests on lines according to configuration. Tests can be automatic or manual, with various telephone test audio output modes and test modes, and a test telephone interface. The system transmits test data to the network management system in real time and establishes a parameter database. A storage cycle is set, and data is automatically overwritten after expiration. The equipment's network management system supports connection to the central office operation and maintenance intelligent agent via the MCP protocol, enabling arbitrary display of operational data through ChatBI, line analysis and summarization through the central office and line database, and predictive analysis of future line conditions based on historical trends and physical characteristics.
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IDM
Chapter 1 System Introduction 1.1 System Overview: The IDM system uses NetGuard as its network management platform, achieving unified network management through the control panel. The items that can be managed by the network management system include: a. Query and set network host status, network topology, and working conditions.
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MPC8309
Available for order on freescale.com Schematics, Gerber files and user guide provided Will come with Linux® BSP & drivers MQX port will be available mid-August 2010 MPC8308, MPC8306 and MPC8309 SOMs all are interchangeable with the carrier card
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NetGuard
The SDH network management system is an advanced element management system developed for SDH series equipment, compliant with relevant ITU-T recommendations. This network management system manages equipment in accordance with the relevant recommendations, enabling alarm management, configuration management, user management, and performance management. Ordinary users can only query alarm information and device configuration, without the ability to make changes. Users with system administrator privileges can also perform settings, such as device configuration, user management, and system settings.
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Serial Server Module
Serial Server Module
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IDM OSN
A 1-second communication interruption can halt financial transactions, lose power monitoring connectivity, or disrupt emergency command—in critical business scenarios, "communication reliability" has always been an insurmountable red line. The IDM OSN-2GE Network Channel Monitoring and Switching Device is designed to address communication pain points in critical scenarios, serving as a guardian of communication reliability in energy, finance, industrial, and other sectors with four core capabilities: "redundant backup, intelligent switching, convenient O&M, and secure control."
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