PBE Europe as Axell Wireless MBF23082319 MBF2001A Dual Band Optical Repeater User Manual OMUII Datasheet

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Document ID	2292592
Application ID	ZtqOHLwG5D8sTePUCaWYKQ==
Document Description	OMUII Datasheet
Short Term Confidential	No
Permanent Confidential	No
Supercede	No
Document Type	User Manual
Display Format	Adobe Acrobat PDF - pdf
Filesize	38.45kB (480614 bits)
Date Submitted	2014-06-12 00:00:00
Date Available	2014-07-01 00:00:00
Creation Date	2013-10-24 15:29:20
Producing Software	Microsoft® Office Word 2007
Document Lastmod	2013-10-24 15:29:20
Document Title	OMUII Datasheet
Document Creator	Microsoft® Office Word 2007
Document Author:	Samantha Dilley

Product Specification Sheet
OMU II
Optical Master Unit
Key features:
 Supports Cellular 2G, 3G, 4G services up to 2700MHz & public

safety services FM/VHF/UHF/LMR on the same enclosure
Single enclosure to support high power (MBF-40) and low
power (MBF-20) remote units

MIMO support

Web based remote management via wireless modem

Flexible configuration to support up to 8 sectors via single chassis

Simple integration to AEM or any other 3rd party NOC via SNMP traps
The OMU II is used to convert signals
from RF to light when fibre-fed
repeaters are used at the remote
end of the optical link. The OMU II is
a headend system that can be
connected directly to a base station
or off-air device such as a digital
repeater or bi-directional amplifier.
For larger venues with multiple
services and multiple bands, a Point
Of Interface (POI) unit may be
required to condition Uplink and
Downlink RF signals between the
BTS/Off-air Repeater and the OMU.
In the downlink direction, the OMU
picks up the signal from the BTS,
converts it into an optical signal and
transfers it over a fibre optical cable
to the repeater. In the uplink
direction, the OMU receives the
signal from the remote repeater via
the fibre optical cable, converts it to
a RF signal and sends it back to the
base station.
Architecture
Each OMU II has a dedicated control
card, alarm and battery backup card,
rack communication board (RCB),
optional modem card and 2 AC/DC
power supplies on the back of the
chassis. It has 12 slots in the front to
support the Opto Module cards and
Signal Conditioning Card- Optical
Splitter Module (OSM). The OSM
cards include a 1:4 optical splitter training is significantly simplified and
hence it can support up to 4 MBF-20 the need for installation effort is
units from a single OSM.
decreased.
Remote Supervision
The OMU II can support up to 8 of
Only one modem is needed to
our standard high powered MBF-40
communicate with an OMU II and its
or 24
low powered MBF-20
fibre fed repeaters. The modem
remotes. For the maximum number
types available are GSM, UMTS,
on MBF-20 remote units, 6 Opto
CDMA 1x, PSTN, and TCP/IP. The
Modules and 6 OSM are used which
modem is found inside the OMU II
may be configured according to the
and communication with the fibrenumber of sectors used in the
fed remote units is transparently
project – up to 6 sectors in this
handled via the fibre that connects
configuration. If only MBF-40 units
them. The system can be monitored
are required, up to 8 Opto Module
and controlled via the Axell Wireless’
cards are used (no OSM cards) which
network management software tool
may be configured according to the
called AEM. AEM communicates with
number of sectors used in the
each fibre remote unit via the OMU
project – up to 8 sectors in this
over the same single mode fibre
configuration. You can mix and
strand that carries the RF signals.
match between the MBF-40 and MBF
Both data communications and the
20 remote units. Please refer to the
RF signals are managed over the
2nd page for all the available
same fibre link which results in a very
options.
reliable supervision of the radio link.
Automatic Optical Gain Setting
The fibre optic system Axell Wireless The OMU Mark II supports: public
has designed puts a clear focus on safety services (VHF, UHF, TETRA,
user friendliness and ease of SMR 700/800/900), cellular bands for
installation and commissioning. EMEA and APAC (800 / 900 / 1800 /
Through an automatic optical gain 2100 / 2600) and LTE700, 850, PCS
setting, the commissioning is easily and AWS for Americas and is always
performed, thus reducing the time it used in combination with one or
takes to put the equipment in several fibre fed repeaters.
service. This also means that the
©Axell Wireless | www.axellwireless.com | info@axellwireless.com | Version: 3.5 | E & O.E. All specifications are subject to change without prior notice.
Technical specifications
RF Parameters
Frequency bands
Gain flatness
Nominal RF input power
Absolute maximum RF input power
Number of optical modules
68-500 / 380-2200 / 700-2700 MHz
typical 2 dB (p-p)
+10 dBm composite power
+23 dBm composite power
1-24 (depends on low/high power configuration)
MBF-40 (high power) MBF-20 (low power) The table to the left lists the
various high (MBF-40) and
low (MBF-20) power remote
unit configurations and how it
affects the total number of
12
links supported.
16
For example: if the OMU II
16
supports two high power fibre
20
remotes, then the available
20
low power links = 20
24
Class 1
Laser class
Optical module electrical specification
Optical wavelength Downlink (± 10 nm)
1310
Optical wavelength Uplink (± 3 nm)
1510 or 1530 or 1550 or 1570 or 1590
Maximum optical input power
+5 dBm
Output power (Tx) max
+7 dBm
Automatic fibre optic loss compensation Yes
Optical Splitter Module (OSM) electrical specification
Optical splitter (OSM) input power
+5 ± 1 dBm
Insertion loss
7dBo
Power requirements
Power requirements
230/115 VAC, 50/60 Hz,-48 VDC
Power consumption
Typical 50 W (fully equipped)
External electrical interfaces
Local maintenance terminal
Ethernet, USB, RS232
RF ports
N-type Connector Female for 1-2 sectors. SMA connectors for 8 sectors
Optical ports
SC/APC
AC/DC mains input
AC: IEC Connector with main lead supplied according to the region. DC: flying
leads for connection to terminal block
External alarms
Via Front panel
Modem connector
RJ45 for wireless modem , RJ11 for PSTN modem
Modem antenna connector
SMA
(Wireless modem)
Ethernet connector
RJ45
Mechanical specifications
Dimensions (W x H x D)
17.5 x 5.2 x 11.4 in (444 x 132.5 x 291 mm) 19” rack
Weight
33 lbs (15 kg) (fully equipped)
IP rating
IP20
Environmental
Operating temperature
+41 to 113° F (+5 to +45°C)
About Axell Wireless
Axell Wireless is one of the top global providers of wireless coverage solutions and the market leader in the
provision of solutions for the public safety market worldwide. Our equipment has been deployed in some of the
most technologically challenging environments in the world, providing coverage for tunnels, metros, buildings,
stadiums and transportation systems all over the world. With its headquarters in the UK, Axell Wireless has been
operating for over 40 years and has an international footprint. A proven track record combined with a reputation
for providing innovative and high-quality products has made Axell Wireless a truly global player in the wireless
coverage industry.
©Axell Wireless | www.axellwireless.com | info@axellwireless.com | Version: 3.5| E & O.E. All specifications are subject to change without prior notice.

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Author                          : Samantha Dilley
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