Radio Repeater SIP Cross-Network Gateway PPPoE Fixed IP / DHCP Access

Radio Repeater SIP Cross-Network Gateway PPPoE Fixed IP / DHCP Access

Quick Detail:

Description:

1-PPT Port Cross-Network Gateway RoIP-102M
The fundamental of RoIP( Radio over IP) technology is to convert the audio and PTT signals in a radio terminal into IP packets and then transmit the data via the IP networks. Generally, the radio range is limited by the restricted transmitting power, antenna sensitivity and other environmental factors. RoIP technology is developed to solve those problems and insure that the audio is transmitted in real time and the PTT signals are transmitted immediately and reliably, making the long distance voice communication across multiple networks possible.
 

What is RoIP (Radio over IP)?
The fundamental of RoIP( Radio over IP) technology is to convert the audio and PTT signals in a radio terminal into IP packets and then transmit the
data via the IP networks. RoIP technology is developed to solve those problems and insure that the audio is transmitted in
real time and the PTT signals are transmitted immediately and reliably, making the long distance voice communication
across multiple networks possible.
 

What is a Cross-Network Gateway?
----It enables voice communications among the Radio, VoIP, GSM, and Public Announce (PA) networks.
----It incorporates Radio over Internet Protocol (RoIP) which converts radio voice communications into VoIP.
----It links up various radio networks together in order to extend the geographical coverage.
----It is a GSM voice gateway by enabling voice communications to and from the telephone networks (GSM and PSTN)
----It enables a voice connection to the public announce system for general and emergency broadcast.
----It makes recording of voice communications among various networks simple and easy.
 

Who Need the Cross-Network Gateway?
----Radio Service Operators who would like to expands their geographical coverage.
----Radio User who would like to make and receive calls from the telephone networks.
----System administrators who would like to monitor and maintain good control over the existing radio networks.
----System Integrator who would like to build or deploy a reliable voice communication network in timely manner.
 

Key features

· Support standard SIP to bridge Radio network via IP network.

· DTMF code for remote Switch.

· Build in NAT

· IP recording

· 1 PTT port

· VAD technology, lower bandwidth

· PPPoE,fixed IP and DHCP access

· DDNS supported

Software Specifications

· Standard SIP VoIP Protocols (ETF SIP V2)

· Codec: G.711 (A/µ law), G.729A/B, G.723.1

· Point-to-point protocol over Ethernet (PPPoE);

· Hypertext Transfer Protocol (HTTP);

· Dynamic Host Configuration Protocol (DHCP);

· Domain Name System (DNS);

· DTMF: SIP INFO

· Flexible jitter buffer

· VLAN / QoS

· Comfort noise generation (CNG)

· Voice activity detection (VAD)

· Dynamic DNS (DDNS)
 

Hardware Specifications
Core Design

l CPU: ARM9

l RAM: 16MB

l FLASH: 4MB

l DSP: 11MHz,16 Bit Bus

l OS:Linux(version 2.6)

l Network Protocols:IP,TCP,HTTP,ICMP,DHCP CLIENT & SERVER,NTP,ToS,DDNS;

l VoIP Protocol:SIP v.2

l Configuration GUI:HTML,XML2.0,JAVA

l Codecs:G.711 (a-law & μ-law), G.729A, G.729AB, G.723.1, GSM
 

Physical & Operation Conditions

· Power Supply:12V/DC, 500mA

· WAN Port:10/100 Base-T

· LAN Port:10/100 Base-T

· Switch(Relay):220VAC input and 500 mA load current

· Dimension:10cm x 6.8cm x 2.5cm

· Weight(main unit):100g

· Storage Temperature:-40°C - 80°C

· Operating Temperature(room):0°C - 40°C
PTT Interface
- PTTIN Active Low: <0.7V (4.7KΩ load)
- PTTIN Active High: >1.2V
- PTTOUT High Output: 5V (4.7 KΩ load)

- PTTOUT Low Output: 0V
- APUT Output: 8Ω 750mW 5V P-P
- AIN Input: 600Ω Internal Impedance, 0 – 0.6Vp-t-p
- ADJOUT (on the Adapter Cable): 2KΩ Potentiometer

Installation

Product Show

Basic Link Diagram

Applications:

Competitive Advantage:

1.Support standard SIP protocol

2.Support DDNS

3.Support ulaw alaw g.729 g723 etc code