Supplier Homepage Computer Products Network Hardware & Parts Communication Module China WD-E1000M with G. hn Phoneline Ethernet Bridge for Civil Level

China WD-E1000M with G. hn Phoneline Ethernet Bridge for Civil Level pictures & photos

China WD-E1000M with G. hn Phoneline Ethernet Bridge for Civil Level

Get Latest Price

Min. Order / Reference FOB Price
2 Piece	US $120.00/ Piece

Local Area:	Beijing, China
R&D Capacity:	OEM, ODM, Other
Payment Terms:	LC, T/T, PayPal, WesternUnion

Usage:	Telephone, Computer, Workstation, Server, Mobile phone, Laptop, Civil Level
Type:	PLC
Support Network:	Ethernet

Contact Now Request Sample Customized Request

Favorites

Product Description

Brief introduction

WD-E1000M transfers network signals through the existing phoneline, it's transmission rate up to 1Gbps which can meet many demands of several kinds of businesses. Support IEEE 802.3,ITU-T G.hn-MIMO(G.9963) as well as G.hn standard.

TopologySpecification

Model

WD-E1000M

Interface

1*10/100/1000base-Tx self-adaption RJ45

2*RJ11

1*DC power

LED display light

PLC,POWER,ETH

Transmission Band

2-1000MHz

Power

DC5V1000mA

Protocol

G.hn ,IEEE1901, IEEE 802.3,IEEE 802.3u,IEEE 802.1x

Security

128-AES

Transmission Rate

1000Mbps

Modulation

OFDM

Transmission Distance

1000m

Power Consumption

≤5W

O/S

Windows 98/ME/NT/2003/7,Windows XP Home/Pro,Mac OSX, Linux

Size

160mmx107mmx30mm(LxWxH)

Weight

0.4kg

Operating Environment

Working temperature:0ºC-60ºC

Working humidity:10%-85% no condense

Storage humidity:5%-90% no condense

Certification

FCC,CE,ROHS

Features

1. Provide 1Gbps transmission rate, meet many demands of the several kinds of businesses.
2. Take phoneline as transfer medium, no wiring.
3. No setting, plug and play.
4. The maximum transmission distance up to 2000m.
5. Meet the demands of G.Hn
6. Support IGMP: IGMP(IPV4) Snooping & MId(IPv6) Snooping.
7. Low power consumption design:≤0.5W(in standby mode)
8. IEEE 802.3/IEEE802.3u ,Compatible with current network protocol.
9. The signal is stable and not interfered by high power electric devices.