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Protocal converter

F4-E1-10/100M 10/100M Ethernet over E1 protocol converter

The F4-E1-10/100M Ethernet converter is a remote transmission device independently developed by Beijing Fibridge with proprietary intellectual property rights. It complies with the ITU-T G.703 standard and enables transparent and framed E1 transmission channels for carrying 10/100M Ethernet data interfaces over long distances.

Overview


The F4-E1-10/100M Ethernet converter is a remote transmission device independently developed by Beijing Fibridge with proprietary intellectual property rights. It complies with the ITU-T G.703 standard and enables transparent and framed E1 transmission channels for carrying 10/100M Ethernet data interfaces over long distances. The F4-E1-10/100M Ethernet converter features a standalone structure. By converting one 10/100M Ethernet data stream into one E1 channel for transmission, it is well-suited for extending the operational range of interfaces via communication channels such as optical fiber, microwave, and DDN private networks. This Ethernet converter is particularly suitable for connecting two distant Ethernet switches together.

feature


Product Features

1. Ethernet Port

Realize transparent transmission of 1 channel Ethernet data over 1E1

Ethernet port is compatible with IEEE 802.3 standard, supports 10/100M, dual/half duplex mode

Ethernet port is auto-adaptive for MDI/MDI-X

Can transparently transmit oversized frames as defined by IEEE 802.1Q and supports Ethernet switches with VLAN functionality.

Guarantees end-to-end Ethernet frame sequence.

Built-in dynamic Ethernet MAC address list (1024 entries) with local data frame filtering capability.

 

2. E1 Port

Compliant with ITU-T G.703, G.704 and G.823

Support GFP-F and HDLC package style

Support VCAT and LCAS, compliant with ITU-T G.7042 standard

Support HDB3/NRZ

The E1 line bit error rate is monitored in real time, and channel protection can be implemented based on the transmission performance of the line.

 

3. Other features

Concise alarm display with comprehensive line alarm indication output.

Supports local device loopback control for remote E1 lines, facilitating engineering testing.

Enables local system reset of the peer system.

Features a single-board design, meeting the standard for desktop devices.

Power supply is optional from 220VAC or DC-48V

Electrical Performance Specifications

 

1. 2M port

Standard: Compliant with ITU-T G.703

Bit type: HDB3

Bit speed rate: 2.048Mbps±50ppm

Type: Unbalance: 75ohm/BNC

     Balance: 120ohm/RJ45

2.Ethernet Port

Standard: Compliant with IEEE802.3

Speed rate: 10/100Mbps

Working model half/full duplex

Connector type: RJ45, CAT3/5 UTP

3.Power

Power supply: 220VAC or -48VDC 50Hz

Power consumption: 5W

4.Environment

Temperature: 0℃~50℃

Humidity: 90%(35℃) no condense

 

Product Specifications

Product name

Easily used Ethernet over 1E1 protocol converter

Model

F4-E1-10/100M

Function description

To transmit 1 channel Ethernet over 1E1. Desktop or 1U chassis device

Port description

1 E1 connector(BNC), 1 10/100M Ethernet port

Power

220VAC or DC-48V single power, or 220VAC and DC-48V dual power supplies

Dimension

Desktop: 120(W)x 115(D)x 30(H) mm

Chassis: 485(E)x 115(D)x 45(H) mm

weight

Desktop: 1Kg/unit

Chassis: 2Kg/unit



Specifications


Technical specifications

1.E1 channel

E1 port is compliant with ITU-T G.703 G.704 and G.823 standard

75Ohm BNC connector

Utilizes bidirectional independent timing, eliminating the need to configure master or slave station clocks.

Features CRC error checking capability.

Panel LED indicators display power and line operation status

Power supply is optional from 220VAC or DC-48V

The cable outer shield can be configured in one of three modes: floating, grounded, or connected to protective earth.

2. Ethernet Port

Compliant with IEEE802.3 standard, applying RJ45 port

Half/full duplex auto-adaptive

Can store up to 1K MAC addresses, with automatic address refresh every five minutes.

Data packets transmitted can be filtered, with a maximum filtering rate of 15K packets per second.