8E1 TDM over IP | 8E1 over Ethernet Multiplexer

8E1 TDM over IP | 8E1 over Ethernet Multiplexer

8E1基于IP的TDM | 8E1以太网复用器

议价

加入意向

功能

至于传统的电信业务成本有效的解决方案,迁移到IP分组的网络技术,BD-8E1-IP采用创新的TDM over IP技术,它输送遗留E1数据通过现有的以太网或IP网络。
BD-8E1-IP是新一代基于IP的TDM设备与IP电路仿真,支持八个E1和以太网或IP网络中的两个本地网口的交通。 上行链路端口和用户数据的端口都符合IEEE 802.3,个10 / 100BaseT自动感应以太网端口。
国家的最先进的设计,提供了最高的可用性与准确的定时信号和数据比特流重构。 根据不同的应用的要求,即预定义的系统参数型材; 最终简化安装过程,节省了维护成本。
电信和企业用户可以节省大量的接入和设备成本,并通过在现有的以太网网络提供不同类型的服务产生新的收入。 它也适合于连接到无线设备实现快速部署的E1业务。 一个特定的应用是构建低成本无线局域网网桥E1链路,更换更昂贵的微波无线电。 运营商可以利用BD-8E1-IP超过有线或无线分组网络提供传统的TDM服务。
特征
支持,方便安装和维护1.用户友好的Web服务器
2.支持SNMP V1和V2网络管理
以多点支持3点对点和点
4.支持八个E1端口
5.上行链路端口1 + 1备份支持
6.稳定的E1时钟恢复,低抖动和漂移
7.低处理延迟的E1通道,高带宽的使用效率
8.抗丢包,与PCM帧同步保护
9.用户自定义封装的数据包大小不同的应用
10.支持以太网封装和UDP / IP协议封装。
11.支持VLAN设置E1业务和带内管理VLAN。
12.足够的抖动缓冲抵抗包延迟变化(PDV)
13.本地以太网端口吞吐量限制,保证E1服务质量
对于故障排除和维护14.本地和远端E1 LOS和AIS和丢包指示
15.支持级联连击超过8个E1端口
技术规格
项目
描述
模型
BD-8E1-IP
2上行链路(1 + 1),8E1s,2用户数据端口
接口
上行
2上行链路端口
符合IEEE 802.3
速度和双工模式自动协商或强制
E1端口
8 E1端口支持
符合G. 703
阻抗:E1-120|¸或75|¸
用户数据端口
2用户数据的端口支持
符合IEEE 802.3
速度和双工模式自动协商或强制
Web管理器支持
功率
供应
可插拔双电源供电
2DC或2AC或DC + AC
-48V DC或100¡«240V AC
消费
¡Ü10W
工作环境
温度
0〜50degree
相对湿度
¡U90%(无冷凝)
尺寸
宽x高x深(mm):
440 x 44 x 231
典型应用
点对点应用
点对多点应用

Functions

As a cost effective solution for the traditional telecom services migrate to the IP packet networking technology, BD-8E1-IP adopts the innovative TDM over IP technology, it transports the legacy E1 data through the existing Ethernet or IP network.
BD-8E1-IP is the new generation of the TDM over IP equipment with IP circuit emulation that supports transportation of eight E1 and two local Ethernet ports over Ethernet or IP network. The uplink ports and user data ports are IEEE 802.3 compliant, 10/100BaseT auto-sensed Ethernet port.
The state-of-the-art design provides the highest availability with the accurate timing signal and data bit stream reconstruction. Predefined system parameter profiles that according to different application requirement; ultimately simplify the installation process and saving the maintenance cost.
Telecom and Enterprise users can save a lot of access and equipment costs and generates new revenue by offering different types of service over existing Ethernet networks. It is also suitable for connecting to the wireless equipment to achieve fast deployment of E1 services. One particular application is to build E1 links with low cost Wireless LAN bridges, replacing much more costly microwave radios. Operators can use BD-8E1-IP to provide legacy TDM services over wired or wireless packet network.
Features
1. User-friendly Web server supported for easy setup and maintenance
2. Support SNMP V1 and V2 network management
3. Point to point and point to multipoint supported
4. Eight E1 Ports supported
5. Uplink ports 1+1 backup supported
6. Stable E1 clock recovery, low jitter and wander
7. Low processing delay for E1 channels, high bandwidth usage efficiency
8. Resist to packet loss, with PCM frame synchronization protection
9. User definable encapsulation packet size for different application
10. Support Ethernet encapsulation and UDP/ IP protocol encapsulation.
11. Support VLAN settings for E1 service and in band VLAN management.
12. Enough jitter buffer to resist packet delay variation (PDV)
13. Local Ethernet port throughput limiting, assuring E1 QoS
14. Local and remote E1 LOS and AIS and packet loss indication for trouble-shooting and maintenance
15. Support cascade concatenate for more than 8 E1 ports
Technical Specifications
Item
Description
Model
BD-8E1-IP
2 Uplink (1+1) , 8E1s, 2 User Data Ports
Interfaces
Uplink
2 Uplink Ports
Comply with IEEE 802.3
Speed and duplex auto-negotiation or forced
E1 Port
8 E1 Ports Supported
Comply with G. 703
Impedance: E1-120¦¸ or 75¦¸
User Data Port
2 User Data Ports Supported
Comply with IEEE 802.3
Speed and duplex auto-negotiation or forced
Web Manager Supported
Power
Supply
Pluggable dual power supply
2DC or 2AC or DC+AC
-48V DC or 100¡«240V AC
Consumption
¡Ü10W
Working Environment
Temperature
0~ 50degree
Relative Humidity
¡Ü90% (non-condensing)
Dimension
W x H x D (mm) :
440 x 44 x 231
Typical Application
Point to Point Application
Point to Multipoint Application