Alcatel-Lucent
MDR-8000 Packet Plus
Digital Microwave Radio
Flexible Wireless Transport
for Your Voice, Video and Data Needs
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Overview
The MDR-8000 Packet Plus
is Alcatel-Lucent’s premier digital
microwave radio for long-haul,
point-to-point wireless
communications. The flexible
platform offers features designed
to provide robust operation, while
also reducing your total cost of
ownership. With a common
platform that supports virtually
all frequency bands from 2-11 GHz,
the MDR-8000 Packet Plus can
meet your needs for high-capacity
backbone routes, as well as low-
capacity spurs. It offers transmission
capacity from 4-32 DS1s, 1-3 DS3s,
OC-3, and 10/100/1000 Base-T
Ethernet, with the ability to upgrade
capacity in service simply by
changing Capacity Keys™. The
common platform that supports
all of these options provides users
ultimate flexibility in configuring
and equipping an entire network,
with simplified operation and
maintenance. With the widest range
of long-haul frequency bands, the
most complete range of interfaces
and capacities, and the highest
system gain in the industry, the
MDR-8000 is the undisputed leader
in microwave transport.
MDR-8000 Packet Plus Standard Shelf Configuration
This flexible and scalable
architecture provides reliable
wireless backbone communications
for cellular operators, public safety
agencies, railways, pipelines, utilities,
local exchange carriers, television
stations, and private enterprise.
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Applications
Wireless Backhaul
As cellular and PCS networks continue to grow, the MDR-8000 Packet Plus
is an ideal choice for connecting cell sites or backhauling traffic to the switch.
The broad range of capacities and frequency bands provide ultimate flexibility
for both long- and short-haul applications. In addition, the high reliability
typically provides vastly superior performance as compared to leased DS1
circuits, usually with a very attractive payback period. The unlicensed versions
of the radio also permit rapid deployment of point-to-point links, allowing
new cell sites to be turned up quickly to meet service demands.
In addition, as backhaul networks transition from TDM to IP-based services,
the MDR-8000 Packet Plus can manage the transition seamlessly by carrying
both signal types simultaneously with unlimited flexibility.
Carriers’Networks
Backhauling
Backbone
Last mile
Aggregation
Metro
BSC/RNC
BTS/Node B
BSC/RNC
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Public Safety Networks
Public Safety
Public safety networks must provide mission critical
services, be quickly expandable, and be easily managed
from end to end. Applications may be for interfacility
and inter-agency communications, or for backhaul in
land mobile radio (LMR) networks. Public safety
networks also face a variety of critical issues: interfacility
communications are becoming more complex and
require higher bandwidth; use of real-time video is
increasing, as well as data – primarily IP traffic – to
support departmental LANs and inter-departmental
WANs; and the trend of sharing data across jurisdictions
is accelerating the demand for more bandwidth. The
MDR-8000 Packet Plus radio addresses all of these
issues cost effectively, while providing the security
and redundancy that public safety officials require.
State and Local Government Systems
Municipalities have similar needs as those of public
safety operators. Municipal planning districts need
converged services that support mission-critical voice,
data, and video communications, along with LMR
interoperability. Government agencies can rely on
the MDR-8000 Packet Plus to provide the reliable,
high-quality communications they require. Unlicensed
versions of the MDR-8000 Packet Plus are also ideal
for emergency restoration and backup of critical
communication links.
Transportation and Utility Systems
Transportation and utility companies also require the
highest and most stringent level of availability, quality,
and resiliency. Growth, new technologies, and ever-
increasing security demands require a secure core
architecture with state-of-the-art network management
in order to reach widely dispersed rural areas, often
covering rough terrain, where no other infrastructure
exists. Support for data networking applications and
services such as SCADA, video surveillance for
monitoring remote sections of pipelines or highways,
and reliability to overcome homeland security threats
are all readily addressed by the MDR-8000 Packet Plus.
Utilities, Pipelines and Railroads
Headquarters
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Local Exchange Carriers
Broadcast Auxiliary Service
Digital microwave has proven itself as an excellent
choice for broadcasters to transport their video signals,
either as direct studio to transmitter links (STLs), or
for distributing the video signals across large geographic
areas to multiple transmitter sites. Broadcasters require
their high-bandwidth signals to be transmitted with
extremely high quality to avoid any video signal
degradation. The MDR-8000 Packet Plus supports FCC
Part 74 requirements, and has proven itself quite adept
at meeting the stringent requirements of broadcasters
all over the country.
The MDR-8000 Packet Plus is an ideal solution for
extending a local exchange carrier’s network beyond
their traditional franchise boundaries, whether it is one
location outside the franchise area or multiple locations
across a larger geographic region. Using the MDR-8000
Packet Plus can eliminate the LEC’s need to lease
facilities from competitors, thus maintaining control
of their entire solution offering regardless of whether the
location is in or out of franchise. The MDR-8000 Packet
Plus is also an option anywhere wireline services are
not available due to fiber exhaustion or lack of facilities.
Digital TV Broadcasting
Contribution
Distribution
Urban coverage
Main Studio
Regional Studio
Regional Studio
Distributed/Rural coverage
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Federal Government Agencies
The MDR-8000 Packet Plus also provides its rugged characteristics in service
to the U.S. Federal Government. Operating in the NTIA-regulated frequency
bands, the highly compact radio can mount in the tightest spaces while
providing wireless means for overcoming geographic obstacles, right-of-way
costs, and construction delays associated with wired facilities. This scalable
and readily-deployable architecture provides reliable backbone communications
for agencies such as the Department of Defense, Department of Justice, and
Department of Interior, among others.
Defense & Security
Government buildings
Government buildings
Military bases
2-way
Mobile
Radio
Military airports
Port Security
Police, Fire & Rescue
Borders
Private Enterprise
Enterprise markets, such as education, healthcare,
banking, and private corporations, can also benefit
from the flexibility of the MDR-8000 Packet Plus.
For campus or metropolitan environments, using the
short-haul capabilities of the MDR-8000 Packet Plus
can provide secure and reliable high-bandwidth services
at low cost for one customer or an entire building. A
large corporation or consortium can use the MDR-8000
Packet Plus to connect data and voice services between
nationwide branch locations across a backbone network
covering a large geographic area. As enterprise firms
continue to face ever-decreasing budgets, the cost-
effective solutions and reliability provided by the
MDR-8000 Packet Plus become even more attractive
and beneficial.
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Common Platform
The MDR-8000 Packet Plus is
based on a common platform for
all frequency bands and capacities.
This approach greatly simplifies
training and maintenance, since all
MDR-8000 Packet Plus radios look
the same and operate in the same
manner. Oftentimes, large networks
consist of radios in two or more
frequency bands, such as 6 GHz for
a long-haul backbone, and 11 GHz
for shorter paths or spurs. Thanks
to the commonality built into the
MDR-8000 Packet Plus, technicians
need only be trained on one
configuration and they will be
capable of maintaining all versions
deployed in their network. The
same advantage also applies to the
capacities available in the radio.
The MDR-8000 Packet Plus
platform supports a mix of DS1,
DS3, OC-3, and 10/100/1000
Base-T Ethernet interfaces to meet
any network requirements.
In-Service Capacity
Upgrades
Cost-Saving Features
Industry-High System Gain
The MDR-8000 Packet Plus has the
highest system gain available today.
System gain is the most common
benchmark of performance that
differentiates one radio from another.
Used to determine the link budget
of a microwave hop, it is simply
defined as the mathematical
The MDR-8000 Packet Plus offers
the widest range of interfaces and
capacities available today, with the
ability to provide 4-32 DS1s,
1-3 DS3s, OC-3, or 10/100/1000
Base-T Ethernet in bandwidths up
to 300 Mb/s. Besides having a
capacity to fit virtually any
requirement, users can increase the
capacity of the specific circuit type
(i.e. DS1 or DS3) being used by
merely changing Capacity Keys™
on the transmitter and receiver
modules. This simple change can
be accomplished with the radios
in service on hot-standby systems,
with no outage or downtime
required.
difference between the radio’s
transmitter output power and the
receiver input threshold. Higher
system gain provides network
operators three distinct advantages.
First, the higher gain can often
allow users to install smaller antenna
systems. This not only saves money
on the cost of the antennas, but also
reduces tower loading. Network
operators can build lighter weight
towers, or reduce their monthly
rent payments if leasing tower space.
Second, higher system gain allows
users to stretch their paths further
than a comparable radio with lower
system gain. This can be especially
important when crossing terrain
obstacles, or simply to eliminate
the significant cost of adding an
additional repeater site. Finally,
higher system gain improves the
path availability. For mission-critical
networks, extremely high path
availability is one of the ultimate
goals, a goal to which the MDR-
8000 Packet Plus is ideally suited.
The highly flexible MDR-8000
Packet Plus can grow from 4 DS1s
all the way to 3xDS3 or OC-3 using
the same set of power amplifier,
transmitter, and receiver modules.
Capacity Keys™ and wideband RF
modules allow users to gracefully
migrate to higher capacities, and
eliminate any stranded investment.
In addition, the commonality of
the system means that the number
of spare modules required is
minimized, even as radios of
different capacities and frequency
bands are deployed in the same
network. For example, the
transmitter, receiver, and power
amplifier units in any specific
frequency band may be used
for NxDS1, NxDS3, OC-3, or
Ethernet transport. Power supplies,
controllers, and other common
units are the same across all radios,
regardless of frequency band or
capacity. This commonality reduces
the number of spares that need to
be stocked, reducing the capital
budget required for deployment.
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Flexible Ethernet Options
Having established its reliability,
scalability, and versatility in
Unlike standard TDM radios, the
Ethernet version of the MDR-8000
Packet Plus offers input/output
(I/O) provisioning options and
operating modes uniquely developed
to support packet data transport:
I A & B Separate – Dual
Channel
The dual channel configuration
uses the same hardware as a
frequency diversity configuration
in a TDM version of the radio.
It provides two separate RF
channels from a single shelf. The
A & B Separate operating mode
can support a combined data
throughput of 300 Mb/s in a
single shelf. However, if one of
the RF channels failed, half of the
data would be lost, although the
DS1s would still be protected.
delivering TDM traffic, the MDR-
8000 Packet Plus is also poised for
the next wave of network migration.
With the industry-wide migration
to IP data networks, carriers are
requiring innovative ways to bridge
the gaps between their legacy
networks and the packet-based
networks of the future. The MDR-
8000 Packet Plus Ethernet interface
utilizes the same RF and common
modules as the TDM versions of the
radio, operating in all the same
frequency bands and virtually
identical bandwidths.
The Ethernet interface supports
10/100/1000 Base-T transport, with
a possible combined data throughput
of 300 Mb/s in a single shelf. The
Ethernet I/O card offers RJ45
electrical and SFP optical inputs,
both of which are auto-sensing. In
addition, the Ethernet interface
supports a variety of bandwidth
choices which enables users to tailor
the radio to meet facility and data
transport requirements of today and
tomorrow.
I A Only – Nonstandby
While the most cost-effective
method of transporting Ethernet,
this operating mode provides no
Ethernet port or radio link
protection.
I A Only – Hot Standby
This operating mode provides
radio link protection, but does not
provide Ethernet port protection.
This mode would be used when
the operator desires link
protection, but cannot support
redundant interfaces in the
Ethernet device connected to the
MDR-8000 Packet Plus.
I A & B Summed – Dual
Channel
This mode also makes use of
the Ethernet Port Aggregation
capabilities of the radio. When
the radio is operating in normal
mode without failures, it operates
in a similar manner as the A & B
Separate – Dual Channel. The A
& B Summed mode also supports
a combined data throughput of
300 Mb/s in a single shelf. In this
configuration, the full 300 Mb/s
radio bandwidth is available to
either Ethernet input to handle
traffic bursts. In addition, if one
of the RF channels fails, the data
is summed onto the remaining
working channel and the
I A & B Switched – Hot
Standby
By making use of the Ethernet
Port Switching capabilities of the
MDR-8000 Packet Plus, this
mode provides both Ethernet port
and radio link protection.
The Ethernet interface of the
MDR-8000 Packet Plus also allows
users to gracefully migrate their
network services from TDM to
Ethernet with no equipment
I A & B Summed – Hot
Standby
throughput of the shelf falls back
to a combined total of 150 Mb/s.
The DS1s are always protected.
This operating mode utilizes
the Ethernet Port Aggregation
capabilities of the radio and
combines two data sources over
a single RF link.
changeout. Up to 32 DS1s (48
Mb/s) can be individually and
dynamically provisioned to carry
TDM traffic alongside the Ethernet
bandwidth. As TDM services get
converted to IP over time, each
of the TDM-based DS1s can be
deprovisioned individually, allowing
that bandwidth to be recaptured as
part of the Ethernet bandwidth.
Provisioning (or deprovisioning)
can be done in-service, with no
disruption to other DS1 or Ethernet
traffic on the radio.
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Licensed and Unlicensed
Operation
transmitters and direct modulation
overcome most interference and
improve overall system quality.
Unlicensed operation offers the
same spectral efficiency and provides
an option for transporting up to 16
DS1s or 24 Mb/s Ethernet. In the
5.8 GHz band, up to 150 Mb/s can
be carried on a single channel.
The MDR-8000 Packet Plus takes
advantage of virtually all of the
licensed frequency bands used for
long-haul systems in North America.
Operating from 2 to 11 GHz in all
of the FCC Part 101 and Part 74
bands, as well as bands used by the
Federal Government (NTIA), the
MDR-8000 Packet Plus allows
operators the freedom to select the
band most appropriate to their
intended use and environmental
conditions. A list of the frequency
bands of operation is shown below:
Operation in the 2.4 GHz spectrum
also allows users of 2.1 GHz licensed
systems who need to relocate the
ability to leverage their existing
infrastructure without touching
the tower, antenna, or transmission
line. Reuse of existing antenna
systems and tower structures
• 1700 MHz (NTIA)
provides a definite cost savings
and reduction in cutover time
as compared to other relocation
alternatives. Furthermore, operators
can take advantage of lightweight
grid antennas and coaxial
transmission line to limit tower
loading concerns and minimize
environmental impact issues. Also,
the 2.4 GHz band can be used to
place new links in service, thereby
taking advantage of the excellent
propagation and low-impact
• 1900 MHz (PCS in-band)
• 2 GHz (FCC broadcast,
NTIA & ITU)
• 2.3 GHz (WCS band)
• 2.4 GHz (Unlicensed band)
• 2.47 GHz (FCC licensed)
• Upper 4 GHz (NTIA, ITU)
• 5.8 GHz (Unlicensed ISM band)
• Lower & Upper 6 GHz
(FCC, ITU)
• 7 GHz (FCC broadcast auxiliary)
• 7 & 8 GHz (NTIA, ITU)
antenna configurations allowed
by this frequency range.
• 10.5 & 11 GHz (FCC, ITU)
As with all of the licensed versions
of the MDR-8000 Packet Plus,
the unlicensed radios employ a
narrowband single-carrier
modulation technique with high-
receiver selectivity. This technique
provides dramatically superior
properties as compared to most other
unlicensed radios which are of the
direct sequence spread spectrum
type. Due to the poor peak to
average power characteristics of
spread spectrum modulation,
In addition, the MDR-8000 Packet
Plus also offers the same robust
operation in the unlicensed bands
of 2.47 and 5.8 GHz. Offering more
configurations, more frequency
selections, and more capacity than
any other unlicensed radio, the
highly-reliable MDR-8000 Packet
Plus provides superior signal quality
and availability. By operating in
either the unlicensed (Part 15) or
licensed (Part 101) portion of the
2.4 GHz frequency band (2.400 -
2.4835 GHz), the MDR-8000
Packet Plus offers a unique
transmitter power is significantly
lower than that of the MDR-8000
Packet Plus. That means the MDR-
8000 Packet Plus can deliver more
power to the receiver, which
networking option. In licensed
operation, the higher power
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significantly helps to overcome
interference. In practical terms, the
MDR-8000 Packet Plus can operate
with an antenna one size smaller
than a spread spectrum radio on
paths longer than 8 miles.
The narrowband modulation
of the MDR-8000 Packet Plus also
allows better utilization of the
available spectrum, as multiple RF
channel pairs can be utilized. This
is especially helpful at multi-way
junction sites where a wider array
of selectable frequencies is required
to avoid intra-system interference.
The 5.8 GHz version of the MDR-
8000 Packet Plus is also an ideal
way to add additional capacity as
an underlay on existing 6 GHz
routes. Simply adding bandpass
filters allows the MDR-8000 Packet
Plus to interoperate on the same
antenna system as the existing 6
GHz system. This is an ideal scenario
for customers with legacy TDM
systems (even analog) who want to
add Ethernet capabilities on the
same route.
nonstandby unlicensed
configurations. Offering 8 DS1s
of capacity with +25 dBm transmit
power, it is compatible with all
other configurations of the
MDR-8000 Packet Plus family.
Many network architectures do not
require the built-in 1+1 equipment
redundancy of the standard MDR-
8000 Packet Plus shelf. Low-density
microwave routes with less than 8
DS1 requirements are commonly
equipped with 1+0 protection.
Additionally, when radio is used for
back-up to other wireline facilities,
redundancy of the radio electronics
is usually not required. Even highly
secure networks that utilize ring
protection switching don’t require
redundant radio electronics, since
service protection is provided by the
circuit multiplexers, not the radio
link. The low-profile MDR-8000
Lite radio is ideal for these
Thanks to the commonality
between the licensed and unlicensed
versions of the MDR-8000 Packet
Plus, it is also a relatively simple
task to upgrade an unlicensed radio
at 5.8 GHz to licensed operation at
6 GHz. By simply making a few
changeouts, there is no stranded
investment involved in having to
purchase a new radio.
For applications that require quick
and efficient deployment in the 5.8
GHz unlicensed band, Alcatel-
Lucent has created a special low-
profile configuration called the
MDR-8000 Lite. The MDR-8000
Lite is a reduced-size package for
applications.
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Wayside DS1s
Alcatel-Lucent’s MDR-8000 Packet
Plus provides one DS1 hot-standby
protected wayside signal per DS3
equipped on the radio. Therefore, a
1xDS3 radio also includes one
wayside DS1, and a 3xDS3 or OC-3
radio offers three wayside DS1
circuits. These ancillary DS1
channels can be used for
MDR-8000 Compact Shelf
maintenance circuits (quick, easy
introduction of additional orderwires,
data channels, and LAN/WAN
circuits), or they can be used to carry
critical traffic since they are fully
redundant in hot-standby radio
configurations. Furthermore,
implementing wayside DS1 channels
does not impact radio performance
or detract from the payload
MDR-8000 Compact Shelf
in Outdoor Cabinet
The MDR-8000 Packet Plus
MDR-8000 Compact Shelf
For applications where hot-standby
operation is not needed or desired,
such as low-density links or radio
ring terminal nodes, the MDR-8000
Packet Plus offers a reduced-size
chassis called the Compact shelf.
This nonstandby configuration is
even smaller (only 4 RU), and is
applicable to the entire product line,
covering all frequency bands and all
capacities of the MDR-8000 Packet
Plus family.
efficiently dissipates heat via a
passive heat sink on the rear of the
radio. High-thermal-load modules
are directly coupled to the heat sink
with secure mechanical connections
and self-checking thermal sensors to
guarantee optimal heat flow. As a
result, the MDR-8000 Packet Plus
hot-standby shelf does not require
fans, except for radios equipped with
high power transmitters, or when
more than one radio is mounted in
the same rack.
bandwidth.
High Reliability
Maintenance costs are greatly
reduced by the high reliability built
into the MDR-8000 Packet Plus
platform. The robust MDR-8000
Packet Plus has a proven track record
of stellar performance in mission-
critical networks of all types.
Alcatel-Lucent is so confident of its
performance, that we offer a 2 year
warranty on all configurations.
Also, operators are increasingly
seeing the need to locate radio
equipment at sites that lack space
for traditional indoor installations,
yet don’t want the headaches
associated with tower-mounted
electronics. The MDR-8000
Compact offers an ideal solution
for such situations with a pole-
mounted outdoor enclosure. This
configuration allows operators to
set up a microwave terminal simply
by affixing the Compact cabinet
to an available pole or wall, or
simply by setting a 4 ½” steel pipe
in the ground.
Small Size
Low Power Consumption
With extremely low power
When installing a radio in a shelter
at the base of a tower, space is
usually at a premium. Compact
mechanical dimensions and low
power consumption allow operators
to place the MDR-8000 Packet Plus
in cramped spaces without sacrificing
system performance and availability.
As the smallest all-indoor radio
terminal on the market today, a
fully protected configuration can be
deployed in just 7 rack units (7 RU).
By reducing the amount of rack
space needed, the MDR-8000
Packet Plus is adaptable to virtually
all installation environments. For
high-capacity applications, four hot-
standby radios may be equipped in a
single 19-inch rack for up to 12 DS3
capacity.
consumption (as much as 1/3 less
than many competitors), the MDR-
8000 Packet Plus saves you money
up front by reducing the size of the
DC power plant that is required
for operation. Also, if the site uses
batteries for emergency backup
power, fewer of them will need
to be purchased and deployed.
In addition, low power consumption
also means significantly less heat
dissipation. Again, the MDR-8000
Packet Plus saves money by reducing
the size of the air conditioning system
required, and lowers your monthly
cooling costs.
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congested. Where wider channels
are allowed, 32 TCM occupies a
wider spectrum, but offers even
higher system gain. This allows
paths to be stretched even further,
while still maintaining extremely
high path availability. Where rules
allow, typically at lower capacities,
both modulation versions are
available, giving users the option of
maximum system gain or maximum
spectral efficiency, with the choice
determined by the unique path
requirements being addressed.
at the far end of the link. This is far
superior to competing radios which
merely turn the far-end transmitter
to full power whenever the receive
signal level crosses the ATPC
threshold. FCC regulations limit
full-power operation to 52 minutes
per year (0.01%) for a radio licensed
with ATPC. Since the MDR-8000
Packet Plus with its dB-for-dB
adjustment will not reach full power
as often, the MDR-8000 Packet Plus
can operate much longer in the
ATPC mode.
Performance-Enhancing
Features
Robust Multipath
Countermeasures
The MDR-8000 Packet Plus
employs several techniques to
overcome troublesome path
propagation problems. Dispersive
Fade Margin (DFM) is a critical
performance parameter that gauges
a radio’s ability to overcome the
multipath fading events which can
occur on long paths (over 7 miles).
The MDR-8000 Packet Plus leads
the industry in DFM, which allows
it to provide the highest path
availability of all long-haul systems.
Industry-Leading Receiver
Selectivity and Interference
Rejection
Alcatel-Lucent utilizes all-digital
receiver filtering, other than RF
filters, which provides vastly superior
interference immunity when
compared to analog designs. The
MDR-8000 Packet Plus exhibits
superior adjacent channel
performance as evidenced by the
-8 dB adjacent channel threshold/
interference specification (10 MHz
channel separation). This greatly
eases coordination, especially in
frequency-congested areas, and
speeds up the licensing process.
In addition, it improves system
availability in an interference
environment.
Network Management
Options
The MDR-8000 Packet Plus provides
three 64 kb/s service channels and
one 16 kb/s supervisory channel.
Each service channel can carry audio
(orderwire), RS-232 data, or MCS-
11/TBOS/SNMP fault alarm data.
All-Indoor Operation
The compact shelf design, coupled
with the wide array of transmitter
power options available, allows the
entire MDR-8000 Packet Plus to be
mounted indoors. With no tower-
mounted electronics to worry about,
maintenance and troubleshooting
are greatly simplified. The entire
radio is readily accessible without
the need for climbing towers.
For local display and control, in
addition to the LED displays and
module controls, a user-friendly
graphical interface operating on an
IBM-compatible PC is also available.
The user system interface (USI)
provides a graphical and intuitive
means of analyzing the radio, and
runs on a standard Windows
operating system. With the USI,
technicians can monitor alarms
and performance data in real time,
as well as initiate controls and
provision the radio.
Network technicians do not need
tower-climbing certification in order
to maintain the radios. This is of
primary importance during
inclement weather.
Choice of Modulation
Techniques
Automatic Transmit Power
Control (ATPC)
The MDR-8000 Packet Plus utilizes
both 32 and 128 Trellis Code
Modulation (TCM), and 64
Quadrature Amplitude Modulation
(QAM) to take full advantage of
FCC licensing rules based on
spectrum efficiency. Using 128
TCM enables the MDR-8000
Packet Plus to squeeze maximum
capacity in the allowed channel
spacings, while maintaining robust
path performance. This can provide
the critical difference during
coordination in areas where
frequency bands are highly
To further enhance the ability of
the MDR-8000 Packet Plus to
The radio controller and USI also
provide a powerful tool for
operate in a frequency-congested
environment, ATPC is a standard
feature that may be used to allow
coordination at a reduced transmit
power level. Only in the event of a
path fade condition does the
transmit power increase to overcome
the fading. The ATPC control loop
on the MDR-8000 Packet Plus
makes dB-for-dB adjustments to the
transmitter power corresponding to
changes in the receive signal level
analyzing path performance and
troubleshooting radio equipment
operation. The receive signal level
(RSL) performance data is collected
and can be viewed in a meaningful
format, allowing path performance
to be analyzed over time to interpret
propagation anomalies.
The MDR-8000 Packet Plus
also offers a choice of network
management interfaces and
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protocols. The parallel interface
provides access to radio and station
information, including both radio
and station alarms and status, as well
as controls. The serial interface
supports a variety of network
together under one common network
management umbrella. Based on
Telecommunications Management
Network (TMN) standards, SNMP
provides a vehicle to improve
Full Range of
Configurations
The MDR-8000 Packet Plus radio
family is available in a full range
of configurations, to meet every
network requirement and budget
constraint. Nonstandby and hot-
standby configurations are supported
in both linear and ring modes, while
frequency diversity and collapsed
rings are also available. In addition
to equipment protection, space
diversity receivers can be combined
with any of these configurations to
overcome path propagation
problems. With a dual receiver
module available, space diversity
can be easily added to nonstandby
radios at minimal cost. The dual
receiver module supports space
diversity operation, economically
and efficiently, in the same profile
as a traditional single receiver
subsystem. For ultimate path
protection, both space and frequency
diversity can be combined in a
quad-diversity configuration. When
using the dual receiver module in
quad diversity configurations, all
four receivers can be populated in a
single shelf, minimizing the size of
the deployed system. Quad diversity
is extremely useful for overcoming
the challenges of troublesome paths,
such as those covering very long
distances or transmitting over water.
interoperability between equipment
vendors and simplify network
management protocols including
MCS-11, E2A/TBOS, and SNMP.
management for operators. SNMP
network management is enabled in
new or existing MDR-8000 Packet
Plus radios by the simple installation
of the optional TMN interface
module. The TMN interface module
supports SNMP transport over
TCP/IP LAN and serial point-to-
point facilities. The MDR-8000
Packet Plus is compatible with
SNMP V1, V2, and V3. The SNMP
MIB (management information
base) for the MDR-8000 Packet
Plus supports complete management
(alarms, status, controls, performance,
and provisioning) of the radio.
The MCS-11 protocol consists of
RS-422 formatted data which can
be transported over one of the
MDR-8000’s 64 kb/s digital service
channels, independent of the radio
traffic, to an external MCS-11
Monitor Control System. MCS-11
is a 4-wire, poll/response,
synchronous, half-duplex monitor
and control system whereby a master
(primary) station polls one remote
(secondary) station at a time and
waits for a response before polling
the next station. Poll and response
messages are carried in the service
channel transparent overhead bit
streams.
In addition, the MDR-8000 Packet
Plus supports a feature called the
Extended Link Monitor Channel
(ELMC). A standard feature of the
radio, the ELMC extends the
functionality of the User System
Interface (USI) to allow the local
craft person to remotely view the
provisioning, alarms, and status
information and control commands
for any radio, contiguously
connected to the network. The
performance monitoring, alarm
and status information, and remote
controls are accessible through
the ELMC channel, independent
of network management interfaces.
Remote provisioning and
E2A/TBOS (telemetry byte-oriented
serial) is a 4-wire serial interface
conforming to the EIA RS-422
standard per Telcordia (Bellcore)
Publication 49001. Poll and response
messages are communicated to the
radio via an external fault alarm
remote or PC.
Increasingly, as telecommunications
networks evolve, network operators
are scrambling to harmonize
management of equipment that
spans multiple vendors and multiple
protocols. SNMP allows network
operators to bring equipment
For microwave routes that require
high-density cross sections, such as
multiple OC-3 channels, the MDR-
8000 Packet Plus also provides a
MultiChannel configuration. While
downloading capability is also
supported by the ELMC channel.
14 Alcatel-Lucent
|
MDR-8000 Packet Plus
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historically these applications have
been addressed by multiline systems,
there are some drawbacks to that
approach. With a MultiChannel
configuration, each working channel
has 100% equipment protection,
unlike multiline systems that share
a single protect channel across each
working channel. This provides
higher reliability, and can protect
against hardware failures on multiple
channels. Also, switching restrictions
based on priority are eliminated.
By removing the requirement for a
separate protection channel,
Network Expertise
In addition to having the most
complete microwave portfolio
in the industry, Alcatel-Lucent
is also able to offer our customers
complete, integrated systems,
incorporating numerous technologies
from our broad portfolio of
telecommunications products. Our
design and engineering expertise
incorporates virtually all aspects
of telecommunications networks.
We also offer powerful network
management platforms to give
customers end-to-end visibility
and control over complex networks
with multiple products.
frequency coordination is simplified
and spectrum is freed up for an
additional working channel.
Likewise, by eliminating the
multiline switch functions,
maintenance is greatly simplified.
With all these technologies, we
give our customers several choices
on how to build their networks. We
are there every step of the way to
help you make the best use of the
right products to meet your needs.
And when we put these products
together to form a custom solution
to meet your needs, our first-hand
experience assures that everything
works seamlessly. Alcatel-Lucent’s
ownership of the technology in the
systems we sell gives our customers
more options, more depth and
greater peace of mind.
The MDR-8000 Packet Plus
MultiChannel hardware and software
is totally compatible with all other
configurations of the radio. The
common network management
and maintenance practices were
designed to simplify operation.
Summary
The MDR-8000 was a breakthrough design at its introduction, and the
forward-thinking platform is so advanced that it continues to lead the
industry today. With unmatched capabilities for meeting unique customer
requirements, the MDR-8000 Packet Plus is unrivaled in its flexibility and
performance. Whether the need is for low capacity versus high capacity,
TDM versus Ethernet, or short-haul versus long-haul transmission, the
MDR-8000 Packet Plus offers configurations to provide any level of
protection or path availability. When your network requirements call for
wireless transmission, the logical choice is to look to the microwave experts
at Alcatel-Lucent. Let us put our expertise to work for you by demonstrating
how the MDR-8000 Packet Plus can satisfy your specific applications.
MDR-8000 Packet Plus
MultiChannel Configuration –
Four OC-3s or 1.2 Gb/s in a Single 7' Rack
Alcatel-Lucent
|
MDR-8000 Packet Plus 15
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Alcatel, Lucent, Alcatel-Lucent and Alcatel-Lucent logo are trademarks of Alcatel-Lucent. All other
trademarks are the property of their respective owners. The information presented is subject to
change without notice. Alcatel-Lucent assumes no responsibility for inaccuracies contained herein.
© 2007 Alcatel-Lucent. 04-04-08 All rights reserved. 523-0620296-004A3J
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