
IDM MSAP-G2CP SDH多业务接入平台
IDM MSAP-G2CP sdh设备是我公司根据市场需求而推出的新一代基于SDH技术的产品,能够提供多种业务的接入,最多可以向上提供12路STM-1上联接口以及向下36个光接口,插盘类型包括:E1-USER盘、ETH-USER盘、PD盘、千兆光交换盘、ODXC盘、CP-21/42E1盘、EOSEOP盘、64K-USER盘等。整机采用插卡式结构,根据实际需要可以配置不同数量、不同种类的支路光盘使用,既可减少初期投资,也便于日后扩容、升级和维护。
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title: "IDM MSAP-G2CP SDH Multi-Service Access Platform"
model: "IDM MSAP"
category: "SDH"
tags:
- "MSAP-G2CP"
- "SDH Multi-Service Access Platform"
- "SDH Equipment"
- "Multi-Service Access Platform Pricing"
- "MSAP Multi-Service Optical Terminal"
- "Chain Network Telephone Optical Terminal"
- "Ring Network Telephone Optical Terminal"
- "Cascade Optical Terminal"
- "Star Network Optical Terminal"
description: "The IDM MSAP-G2CP SDH equipment is a new generation product based on SDH technology launched by our company in response to market demand. It supports access to multiple services, providing up to 12 STM-1 uplink interfaces upward and 36 optical interfaces downward. The plug-in card types include: E1-USER card, ETH-USER card, PD card, Gigabit Optical Switching card, ODXC card, CP-21/42E1 card, EOSEOP card, 64K-USER card, etc. The entire unit adopts a plug-in card structure, allowing configuration of different quantities and types of tributary optical cards as needed, which not only reduces initial investment but also facilitates future expansion, upgrades, and maintenance."
cover: "/images/imports/img-50c66888.webp"
images: - "/images/imports/img-50c66888.webp"
- "/images/imports/img-14efc887.webp"
- "/images/imports/img-720cde4a.webp"
keywords: "MSAP-G2CP SDH Multi-Service Access Platform,SDH Equipment,Multi-Service Access Platform Pricing,MSAP Multi-Service Optical Terminal,Chain Network Telephone Optical Terminal,Ring Network Telephone Optical Terminal,Cascade Optical Terminal,Star Network Optical Terminal"
slug: "idm-msap-g2cp-sdh"
publishDate: "2026-05-12"
Overview:
The IDM MSAP-G2CP Multi-Service Access Platform is a new generation product based on SDH technology launched by our company in response to market demand. It supports access to multiple services, providing up to 12 STM-1 uplink interfaces upward and 36 optical interfaces downward. The plug-in card types include: E1-USER card, ETH-USER card, PD card, Gigabit Optical Switching card, ODXC card, CP-21/42E1 card, EOSEOP card, 64K-USER card, etc. The entire unit adopts a plug-in card structure, allowing configuration of different quantities and types of tributary optical cards as needed, which not only reduces initial investment but also facilitates future expansion, upgrades, and maintenance.
Product Features:
Can be used as an ADM or TM device
Provides up to 48 STM-1 rate optical interfaces
The two ODXC cards on the backplane provide Ethernet network management and serial port network management aggregation functions, with hot-standby capability, serving as primary and standby cards with automatic or manual switching
The ODXC card provides full cross-connect capability for 16 STM-1 services, along with alarm reporting and logging capabilities
Each PD card provides 4 Ethernet interfaces and 20 groups of E1 interfaces
Provides channelized E1 and Ethernet service access
Supports full VC-12 cross-connection
The SGX signaling gateway card provides full cross-connect capacity for 63 E1 channels
Supports Synchronous Equipment Timing Source (SETS), with optional tracking of optical line timing source or external synchronization input, provides external synchronization output, and supports automatic timing source switching based on faults or SSM
Supports path protection and subnetwork connection protection, with protection switching times superior to international standards
Application Example:

Star Network Application Diagram
The IDM MSAP-G2CP forms a star network with other models of MSAP equipment. The MSAP-G2CP serves as the central node, aggregating services from remote sites. It enables the aggregation and transmission of multiple services including voice, data, video, E1, and data. The star network is suitable for networks with numerous and dispersed remote nodes, offering strong aggregation capabilities and network stability.




