Moxa ANT-CQB-O-1 Datasheet download pdf

6-2

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Wireless & Cellular

Features

Isolated Quad-Band RS-232/422/485 Industrial GSM/GPRS Modem

Quad-band 900/1800, 850/1900 MHz GSM/GPRS, GPRS Class 10

Circuit-switch Data mode up to 14,400 bps

Seperate RS-232 and RS-422/485 serial interfaces (G2150I)

2.5 KV RMS isolation for 1 minute for all serial signals (G2150I)

15 KV ESD serial line protection

Vertical IP30 enclosure with SIM card protection

LED indicators for GSM/BPRS, data transmission and signal level

DIN-rail, wall mounting

SMS Tunnel Mode

Automatic PIN Entry

Easy-to-use OnCell Configurator

The widespread availability of cellular data networks presents another

choice for machine-to-machine (M2M) communication today. Mobile

telephony can be used to establish access to many sites where it

is difficult to place land lines, such as in offshore applications, in

the mountains, on the roof of a building, or by a highway. Whether

used in location tracking devices, mobile Ethernet gateways, or for

wireless data collection, cellular M2M offers mobility, encryption, more

location options, and easier installation in a single package. For many

situations, cellular M2M presents advantages that cannot be matched

by hard wiring solutions, analog carriers, or satellite connections.

M2M Connection via Mobile Network

G2150I

Modern wireless technology connects more than 2 billion cell phone

users worldwide, using more than four times as many devices

to manage connections. In different areas and countries, cellular

operators offer different services. GSM is used almost everywhere,

with upgraded service possible through GPRS and EDGE. Whereas

GSM is considered 2G, GPRS is sometimes called 2.5G, and EDGE

may be considered 2.75G. EDGE stands for “enhanced data rate for

GSM evolution” and provides significantly better data transmission

speeds. As for 3G, WCDMA/UMTS is the leading protocol for current

GSM operators. In addition to GSM, there are also CDMA / CDMA2000

systems implemented in part of US, Australia, Japan, South Korea and

so on, providing both voice and data services. The different systems

compare is as follows.

Cellular Network Technology

Quad

band

Technology Generation Connection Theoretical Carrier Typical

Type Max Max Throughput

(kbps) (kbps) (kbps)

GSM

GSM GPRS Class 10

GSM Edge Class 10

HSDPA

UMTS(W-CDMA)

IS-95 (cdmaOne)

CDMA 1 x RTT

1 x EVDO (CDMA2000)

2.5G

2.75G

3.5G

Circuit

Packet

------

86.2

237

>1800

384

------

307

9.6

54.2

237

>1800

384

14.4

153

------

20-40

80-160

>700

200

------

60-80

2.75G

Packet

>2000

300-500

Wireless and Cellular Solutions

1 2 3 4

Summary of Contents

Page 1 - G2150I

6-2www.moxa.com e-mail:[email protected] Wireless & Cellular6FeaturesIsolated Quad-Band RS-232/422/485 Industrial GSM/GPRS Modem Quad-band 900

Page 2 - Signal LED Indicators

Total Solutions for Industrial Device Networkingwww.moxa.com e-mail: [email protected] Wireless & Cellular6CSD (Circuit Switched Data) is t

Page 3 - OnCell Conﬁ gurator

6-4www.moxa.com e-mail:[email protected] Wireless & Cellular6A major benefit of GSM technology is its support of short messages (SMS) for easy

Page 4 - Dimensions (unit = mm)

Total Solutions for Industrial Device Networkingwww.moxa.com e-mail: [email protected] Wireless & Cellular6Ordering InformationOptional Acc

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Moxa ANT-CQB-O-1 Datasheet

Browse online or download Datasheet for Modems Moxa ANT-CQB-O-1. Moxa OnCell G2150I Industrial Quad Band Modem User Manual

Summary of Contents

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