Cisco Connected Grid Modules for
CGR 1000 Series—WiMAX Installation and
Configuration Guide
First Published: September 2012
Last Updated: June 2013
OL-26236-03
This document provides an overview of hardware and configuration information for Cisco Connected
Grid Modules for CGR 1000 Series—WiMAX.
The WiMAX module provides the Wide-Area Network (WAN) connection for critical data applications
in supporting the Connected-Grid Router (CGR) as a backup data link for critical data applications.
This document contains the following topics:
•
•
•
•
•
•
•
•
•
•
•
•
•
Warning
Only trained and qualified personnel should be allowed to install, replace, or service this equipment.
Statement 1030
Cisco Systems, Inc.
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Parts List
When using the online publications, see the documents that match the Cisco system software version
running on the wireless module.
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Features
Features
Cisco Connected Grid Modules for CGR 1000 Series—WiMAX offers the following key features:
Table 2
Feature Information for WiMAX module
Feature
Description
WiMAX technology standard
Bands
IEEE 802.16e
1.4 GHz band: 1390 to 1510 MGhz (CGM-WIMAX-1.4GHz)
1.8 GHz band: 1800 to 1830 MHz (CGM-WIMAX-1.8GHz)
2.3 GHz bands: 2300 to 2360 MHz (CGM-WIMAX-2.3GHz)
3.65 GHz bands: 3300 to 3800 MHz (CGM-WIMAX-3.65GHz)
Note
The WiMAX module is capable of operation in the listed
frequency band and its hardware can be configured for
operation in one band at a time by way of circuit board
assembly option.
Mobile Broadband Wireless
Access System
IEEE 802.16e-2009
Two antenna ports
Operation mode
50 ohms impedance, QMA connector (jack).
TDD (Time Division Duplex)
3.5, 5.0, 7.0, and 10 MHz
2
Channel bandwidth
Number of transmitters
Number of receivers
Maximum transmit power
Security
2 (MRC and CL-MIMO)
23 dBm per transmit stream, 2 streams
•
•
•
•
PkmV2
Authentication: EAP-TLS and EAP-TTLS
Digital certificate
Data rates
The actual throughput rates depends on many different factors,
but the theoretical rates for the technologies follows:
•
Mobile WiMAX technology to support peak DL data rates up to
63 Mbps per sector and peak UL data rates up to 28 Mbps per
sector in a 10 MHz channel.
Authentication
Hash-based Message Authentication Code (HMAC) and
Cipher-based MAC (CMAC) support.
Module management
Enables you to access modem software and hardware information,
radio and network status, and data profile information by using Cisco
commands.
Antenna
Multiple antenna and cable options:
•
•
•
Separate dual antennas or dual-polarized antenna
Chassis integrated and outdoor externally mounted antennas
Radio Frequency Ultra-Low Loss (RF-ULL) coaxial cable
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Hardware Overview
Table 2
Feature Information for WiMAX module (continued)
Feature
Description
WiMAX IP and Ethernet
Convergence Sublayer
Allows a WiMAX network to provide Ethernet service directly to
customers.
Frequency resolution
Antenna connectors
0.25 MHz
1 pair of antenna connectors; 50 ohms; QMA female (jack)
1x2 STC/MIMO-SM [Matrix A], or 2x2 STC/MIMO-SM [Matrix B]
One of the following:
Antenna diversity support
Linear output transmit power
(average power):
•
•
23 dBm, maximum, one spatial stream at room temperature
23 dBm, maximum, each, two spatial streams
Transmit power control range
Modulation/coding
10 dB minimum
•
Support all configuration defined in WiMAX system profile 1.0
for DL up to QAM 64 5 /6
•
Support all configuration defined in WiMAX system profile 1.0
for UL up to QAM 64 5 /6
Linear output power
The module supports up to 23 dBm nominal per spatial stream at
room temperature
Forward Error Correction Code
(FEC)
•
•
•
•
CC (Convolutional Codes)—1/2 to 3/4
CTC (Convolutional Turbo Codes)—1/2 to 5/6
Tx dynamic range: 43 dB (-20 dBm to 23 dBm)
Rx dynamic range: 70 dB (-100 dBm to -30 dBm)
Dynamic range
Mean time before failure
(MTBF)
Calculate in accordance with Telecordia SR332
Hardware Overview
The WiMAX module is designed to be installed into the CGR 1000 Series Routers ruggedized
routers/concentrators designed for deployments in secondary substations within the electric utility
distribution grid. The WiMAX module is used mainly for uplink to the Neighborhood Area Network
(NAN) within the Smart Grid environment.
The main function of the WiMAX module is the WAN uplink over wireless 2.3GHz band in Distribution
Automation and AMI concentrator deployment. The WiMAX module runs on CG-OS.
This section covers the following topics:
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Hardware Overview
•
•
Front Panel
Figure 2 shows the front panel components of the WiMAX module.
Figure 2
Front Panel of the WiMAX Module
2
1
1
3
1
3
Captive screws (2)
2
QMA(f) connector (2)
LEDs (WWAN, SVC, RSSI)
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Hardware Overview
Supported Cisco WiMAX Antennas
The antenna is connected to the QMA, panel-mount, 50-ohm connector located on the faceplate of the
module.
For more information about antennas, including installation procedures, see Cisco 1240 and 1120
Connected Grid Router Hardware Installation Guide.
Table 3 lists the Cisco antennas that are supported for use with the module and the Cisco 1240 Connected
Grid Router.
Table 3
CGR 1240—Supported Antennas and Cables for the WiMAX Module
Cisco 1240 Connected Grid Router
Adapter or Lightning
Case
Description Internal Cable
Arrestor
Outdoor Cable
Antenna
WiMAX
1.4 GHz
external
antenna
(2) LMR-100, 17.5”,
37-1380-01,
CAB-L100-17-Q-M
•
•
(2) N Bulkhead
Adapters, 29-5950-01 37-1392-01,
(2) LMR-400-DB, 20’,
(1) Flat-panel antenna,
1390-1465 MHz, 13 dBi,
dual slant, 07-1218-01,
ANT-1.4-PNL-OUT-N
CAB-L400-20-N-N
(2) Lightning
Arrestors, 07-1091-01,
CGR-LA-NM-NF
WiMAX
1.4 GHz
integrated CAB-L100-17-Q-M
antenna
(2) LMR-100, 17.5”,
37-1380-01,
—
—
(2) Monopole antennas,
1350-1525 MHz, chassis
mounted, omnidirectional,
07-1140-02,
ANT-WM-INT-OUT-M
WiMAX
1.8 GHz
external
antenna
(2) LMR-100,
17.5”’, 37-1380-01,
CAB-L100-17-Q-M
•
•
(2) N Bulkhead
Adapters, 29-5950-01
•
•
(2) LMR-400-DB, 20’
CAB-L400-20-N-N
(1) Flat-panel antenna,
1800-1830 MHz, 15 dBi,
dual slant, 07-1159-01,
ANT-1.8-PNL-OUT-N
(2) Lightning
Arrestors, 07-1091-01,
CGR-LA-NM-NF
(2) LMR-600B-DB, 30’,
CAB-L600-30-N-N
WiMAX
1.8 GHz
(2) LMR-100, 17.5”,
37-1380-01,
—
—
(2) Integrated antennas,
07-1140-02
integrated CAB-L100-17-Q-M
antenna
WiMAX
2.3GHz
external
Antenna
(2) LMR-100, 17.5”,
37-1380-01,
CAB-L100-17-Q-M
•
•
(2) N Bulkhead
Adapters, 29-5950-01
•
•
(2) LMR-400-DB, 20’
CAB-L400-20-N-N
(1) Flat-panel antenna,
2300-2700 MHz, 17 dBi,
dual slant, 07-1160-01,
ANT-2.X-PNL-OUT-N
(2) Lightning
Arrestors, 07-1091-01,
CGR-LA-NM-NF
(2) LMR-600B-DB, 30’
CAB-L600-30-N-N
WiMAX
2.3 GHz
(2) LMR-100, 17.5”,
37-1380-01,
—
—
(2) Integrated antennas,
07-1140-02
integrated CAB-L100-17-Q-M
antenna
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Hardware Overview
Table 3
CGR 1240—Supported Antennas and Cables for the WiMAX Module
Cisco 1240 Connected Grid Router
Adapter or Lightning
Arrestor
Case
Description Internal Cable
Outdoor Cable
Antenna
WiMAX
3.65 GHz
external
antenna
(2) LMR-100, 17.5”,
37-1380-01,
CAB-L100-17-Q-M
•
(2) N Bulkhead
Adapters, 29-5950-01
•
LMR-400-DB, 20’
CAB-L400-20-N-N
(1) Flat-panel antenna,
3300-3800 MHz, 18.5 dBi,
dual slant, 07-1161-01,
ANT-3.X-PNL-OUT-N
•
(2) Lightning
Arrestors, 07-1091-01,
CGR-LA-NM-NF
•
LMR-600B-DB, 30’
CAB-L600-30-N-N
WiMAX
3.65 GHz
integrated CAB-L100-17-Q-M
antenna
(2) LMR-100, 17.5”,
37-1380-01,
—
—
(2) Monopole antennas,
3300-3800 MHz, chassis
mounted, omnidirectional,
07-1142-02,
ANT-WM-INT-OUT-M
Mechanical Specifications
The following are the mechanical specifications of the WiMAX module.
Table 4
Mechanical, Power, Environmental Standards
Feature
Description
Operating temperature of the CGR 1240 -40 to 158-degrees F (-40 to 70-degrees C)
(WiMAX module installed)
Power consumption
•
•
•
8 W maximum over temperature
12 V DC +/- 5% (+/- .6 V)
3.3V DC +/- 5% (+/- .6 V) average (with 70% Tx duty
cycle)
EMC
FCC Part 15, Subpart B, Class B
Radio
•
•
•
Industry Canada SRSP-301.7 for 1.8 GHz
FCC Part 27 for 2.3 GHz
FCC Part 90Z for 3.65 to 3.7 GHz
WiMAX Interface
The WiMAX module performs the following responsibilities:
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•
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Transmitting the receiving data packets
Controlling and configuring WiMAX radio and Media Access Control (MAC) parameters
Collecting statistics from radio
Process alarms
Registering and authenticating with the WiMAX network
Scanning for and choosing the base station (BS)
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Hardware Overview
The module provides two physical connectors for antennas.
The WiMAX module has the following states:
Module States
Table 5
WiMAX Module States
State
Description
Configured
In this state the WiMAX module has all the necessary configuration information
and can be started by the port manager. Modifications to configuration
parameters using the configuration file require re-initialization of the WiMAX
module.
Input signal(s):
MAC start
•
•
Action—Starts the MAC process
Next state—Disconnected
Configuration error
•
•
Action—Send message
Next state—Initializing
This state corresponds to the port manager configured state.
Corresponds to the Interface Down state.
Exit Criteria: Start of Scanning.
Disconnected
Scanning
This state is internal to the WiMAX module and does not need to be exposed to
the port manager other than for debug purposes.
Exit criteria: BS found or stop scanning signal from the Port manager.
Connecting
This state is internal to the WiMAX module and does not need to be exposed to
the port manager other than for debug purposes.
Exit criteria: finished SBC message exchange.
Authenticating
Connected
This state is internal to the WiMAX module and does not need to be exposed to
the port manager other than for debug purposes.
In this state the WiMAX module has at least one SF each in the DL and UL. This
SF is called the Initial service flow (ISF). Additional SF may be created by the
BS as required.
This state is exposed to the port manager. The method of exposing this state to
the port manager is TBD; need to review the code to determine if there and
explicit message or the Module needs to be polled.
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Hardware Overview
Radio Frequency Interface
The Radio Frequency (RF) interface consists of two QMA connectors on the faceplate labeled MAIN and
AUX. Both antennas are mandatory; it both transmits and receives RF. The second AUX QMA connector
is for the optional RX Diversity.
DC Power Consumption
The average DC power consumption according to the duty cycle is as follows:
Table 6 Power Specifications WiMAX 1.8 MHz Module
Transmit Duty Cycle
(Tx/Rx)
1 Transmit Spatial Stream
2 Transmit Spatial Streams
40%/60%
3.7 W
5.3 W
Temperature Monitoring State Machine
The state machine in the WiMAX module monitors the embedded module temperature. The command
show environment temperature shows the module temperature in Celsius. For example, the
temperature sensor of the WIMAX module shows as 46-degrees Celsius.
# show module
Mod Ports Module-Type
Model
Status
--- ----- ----------------------------------- ------------------ ----------
1
2
3
4
0
9
1
1
CGR1000 Supervisor Module
CGR1000 Ethernet Module
Connected Grid Module - IEEE 802.16 CGM-WIMAX-1.8GHZ
Connected Grid Module - IEEE 802.15 CGM-WPAN-FSK-NA
CGR1120/K9
CGR1000
active *
ok
ok
ok
# sh environment temperature
Temperature:
--------------------------------------------------------------------
Module
Sensor
MajorThresh
(Celsius)
MinorThres
(Celsius)
CurTemp
(Celsius)
Status
--------------------------------------------------------------------
1
3
4
Sensor0
Sensor0
Sensor0
75
75
75
60
60
60
44
46
46
Ok
Ok
Ok
Module Power States
The module has the following power states:
•
Normal mode—Module is active. Receive and Transmit modes are possible. In this state:
–
–
The module is fully powered.
The module is capable of placing/receiving calls or establishing data connections on the
wireless network.
–
The USB interface is fully active.
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Installing and Removing the WiMAX Module
Note
The module unit defaults to the Normal state when VCC is first applied.
•
Disconnected mode—No power to the module. The host power source is disconnected from the
module and all voltages associated with the module are at 0 V.
CGR 1120 and CGR 1240 controls the power to the module, therefore the host can stay powered on
and cut the power in order to put the module into the disconnected state.
Installing and Removing the WiMAX Module
Note
After replacing or installing a module in the router, you must update the label (on the router exterior)
that lists the module types contained in the router. The label must list the FCC ID number and the IC
Certification number for each module installed in the router.
This section covers the following topics:
•
•
•
•
Before You Begin Installation
Before installing the module, verify that the following guidelines have been met:
•
•
Clearance to the I/O-side view is such that the LEDs can be easily read.
Cabling is away from sources of electrical noise, such as radios, power lines, and fluorescent
lighting fixtures. Make sure that the cabling is away from other devices that might damage the
cables.
•
•
•
•
Airflow around the unit and through the vents is unrestricted.
Relative humidity around the unit does not exceed 95 percent (non-condensing).
Altitude at the installation site is not higher than 10,000 feet.
For 10/100 and 10/100/1000 fixed ports, cable lengths from the unit to connected devices are not
longer than 328 feet (100 meters).
Installation Warning Statements
This section includes the basic installation warning statements. Translations of these warning statements
appear in the Regulatory Compliance and Safety Information for Cisco Connected Grid Router 1000
Series Routers documents.
Warning
Only trained and qualified personnel should be allowed to install, replace, or service this equipment.
Statement 1030
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Installing and Removing the WiMAX Module
Warning
To prevent airflow restriction, allow clearance around the ventilation openings to be at least: 1.75 in.
(4.4 cm) Statement 1076
Installing the WiMAX Module
The WiMAX module can be installed into any slot of the CGR 1240, however Slot 6 is recommended
due to the ease of installing the available cable.
Note
Some WiMAX modules are installed into the host router at the factory.
To install the module into an available slot in the Cisco Connected Grid 1120 Router or the Cisco
Connected Grid 1240 Router:
Note
The module can be hot swapped because module online insertion removal (OIR) is allowed—it is not
necessary to power down the router.
Step 1
Before you install (or remove) the Connected Grid WiMAX module from the host router, read the
instructions about installing and removing modules in the Hardware Installation Guide of your router.
Step 2
Step 3
Insert the WiMAX module in the slot.
Using a screwdriver, secure the two captive screws into place.
Removing the WiMAX Module
To remove the WiMAX module from a slot in the Cisco Connected Grid 1120 Router or the Cisco
Connected Grid 1240 Router:
Note
The module can be hot swapped because module online insertion removal (OIR) is allowed—it is not
necessary to power down the router.
Step 1
Before you remove the Connected Grid WiMAX module from the host router, read the instructions about
installing and removing modules in the Hardware Installation Guide of your router.
Step 2
Step 3
Using a screwdriver, loosen the two captive screws on the Connected Grid WiMAX module.
Gently pull the WiMAX module out of the slot.
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Standards
Standards
The following standards apply to the Cisco Connected Grid Modules for CGR 1000 Series—WiMAX.
Table 7
General Standards
Standard
Definition
IEEE 1613 2009
IEEE Standard for Environmental and Testing Requirements for
Communications Networking Devices in Electric Power Substations
Regulatory and Compliance Information
For regulatory compliance and safety information for the module, refer to the Connected Grid Router
2000 Series Regulatory Compliance and Safety Information document.
Software Overview
This section covers basic configuration, debugging, and troubleshooting information for the Cisco 1000
Series Connected Grid Router (CGR 1000).
This section provides information on the following:
•
•
•
WiMAX Overview
Worldwide Interoperability for Microwave Access (WiMAX) is a standards-based wireless technology
that offers high-throughput broadband connections over long distances. WiMAX can be used for a
number of applications, including “last mile” broadband connections, fixed and mobile cellular service,
hotspots and cellular backhaul, and high-speed enterprise connectivity for business.
The Cisco Connected Grid Modules for CGR 1000 Series—WiMAX module is based on the
IEEE 802.16e standard for mobile wireless.
Cisco Broadband Wireless Access products for Mobile WiMAX feature advanced antenna systems and
support adaptive beamforming and multiple-input multiple-output (MIMO). They allow for
multi-megabit service delivery, increased coverage, and greater indoor penetration for the following
benefits:
•
•
Subscribers experience high-quality wireless services
Service providers get fewer service calls, faster time-to-market with new services, and improved
cost efficiencies
This open-standards solution is compliant with the Mobile WiMAX specification and the Profile C
Network Reference Model. It includes a full suite of base stations, antenna systems, access service
network gateways, management systems, and customer premises equipment.
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Software Overview
For more on the WiMAX technology, see the following:
WiMAX Link QoS
QoS is configured on the base station. The IEEE standard 802.16e provides the ability to define Quality
of Service (QoS) for different data streams. It contains definitions of available parameters and
scheduling types. The responsibility of QoS is split between the base station and the mobile stations. The
base station scheduler is in control of managing the overall QoS of the system. However, the mobile
station uplink scheduler is responsible for QoS management between service flows allocated to that MS.
The base-station scheduler is entirely responsible for the downlink scheduling.
The WIMAX protocol follows the Request for Connection; Grant for Terminal model. In this model, the
mobile station issues bandwidth requests that indicate the pending demand for each connection. The base
station scheduler, using this information, generates an uplink grant (a grant is the time and frequency
allocation for uplink transmission). The mobile station uplink scheduler uses this grant to allocate access
to the uplink for its service flows based on its local knowledge of service flow priorities. The mobile
station uplink scheduler can be configured for different behavior.
WiMAX connections are defined by service flows. Each service flow is described in terms of QoS
parameters and policy of allocations. Service flows contain classification rules which assign packets to
specified connection.
QoS Support
In the Mobile WiMAX MAC layer, QoS is provided through service flows. This is a unidirectional flow
of packets that is provided with a particular set of QoS parameters. Before providing a certain type of
data service, the base station and user-terminal first establish a unidirectional logical link between the
peer MACs called connection. The outbound MAC then associates packets traversing the MAC interface
into a service flow to be delivered over the connection. The QoS parameters associated with the service
flow define the transmission ordering and scheduling on the air interface.
The connection-oriented QoS therefore, can provide accurate control over the air interface. Since the air
interface is usually the bottleneck, the connection-oriented QoS can effectively enable the end-to-end
QoS control. The service flow parameters can be dynamically managed through MAC messages to
accommodate the dynamic service demand. The service flow based QoS mechanism applies to both DL
and UL to provide improved QoS in both directions. Mobile WiMAX supports a wide range of data
services and applications with varied QoS requirements.
QoS Output
The following is sample QoS configuration on a base station:
Router(config-if)# show interface wimax 4/1 service-flows brief
sfid
cid bcid
type
state
direction rules arq harq
-----------------------------------------------------------------------------
0
0
3
515
3
3
3
3
3
3
3
basic
primary
data
active Bidirectional
active Bidirectional
0
0
0
1
1
1
1
NO
NO
NO
NO
NO
NO
NO
NO
NO
NO
YES
YES
YES
YES
4294959123
8007
8008
8091
8092
1034
1045
1028
1026
1040
active
active
active
active
active
Downlink
Downlink
Uplink
Downlink
Uplink
data
data
data
data
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Software Overview
Router(config-if)# show interface wimax 4/1 service-flows sfid 8091
Sfid
CID
Basic CID
: 8091
: 1026
: 3
Type
State
Direction
SAID
: data
: active
: Downlink
: 65535
: None
Encryption algorithm
Authentication algorithm : None
Scheduling type
Delivery service
QoS set
: Best-effort service
: best-effort
: Provisioned set
: 3
Traffic priority
Max rate
Max burst
Min rate
: 30000000
: 1000000
: 0
Max latency
Tolerated jitter
Grant interval
Polling Interval
: 1000
: 1000
: 0
: 0
QoS set
: Admitted set
: 3
Traffic priority
Max rate
Max burst
: 30000000
: 1000000
: 0
Min rate
Max latency
: 1000
Tolerated jitter
Grant interval
Polling Interval
: 1000
: 0
: 0
QoS set
: Active set
: 3
Traffic priority
Max rate
Max burst
: 30000000
: 1000000
: 0
Min rate
Max latency
Tolerated jitter
Grant interval
: 1000
: 1000
: 0
Polling InterBROADCAST BWR
: YES
MULTICAST BWR
PIGGYBACK BWR
FRAGMENTATION
PHS
: YES
: YES
: YES
: NO
PACKING
: NO
CRC
FSN
: YES
: 11bit
: 802.3
: NO
Convergence sublayer
ARQ
HARQ
Rules
: YES
: 1
Total received bytes
Total PDU bytes
total PDU packets
: 0
: 0
: 0
total PDU packets dropped : 0
Total SDU Bytes
Total SDU packets
: 0
: 0
Total SDU packets dropped : 0
Total ARQ blocks
Total ARQ blocks retry
Total ARQ discards
: 0
: 0
: 0
Total transmit packets sent : 0
Total sync lost
Uptime
: 0
: 5841val
: 0
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Software Overview
QoS Parameters
The following are configurable QoS parameters available on the base station:
•
Traffic priority—This parameter defines the priority assigned to specified service flow. Services
with higher traffic priority should be given lower delay and higher buffering preference. However
this parameter should not take precedence over any other QoS parameters. The specific algorithm
for traffic priorities depends on vendor solution. Available values for this parameter: 0-7 (higher
value indicates higher priority).
The standard only provides recommendation with respect to using the traffic priority, but it is not a
requirement. T standard is also clear that the scheduler behavior is left for vendors’ differentiation
and is out of the standards’ scope.
•
Maximum sustained traffic rate—This parameter defines the peak information rate of specified
service flow. If rate is undefined or equal 0, then rate is limited by physical capacity and other
connections. Specific implementation of this parameter depends on vendor solution. Available
values: rate in bits per second (value does not include overhead caused by MAC headers and CRCs).
•
•
Maximum traffic burst—This parameter defines the maximum burst size that is accommodated for
the specified service flow. Available values: size in bytes.
Minimum reserved traffic rate—This parameter defines the minimum rate reserved for specified
service flow. It is in a sense the guaranteed rate. The specified rate shall be honored only when
sufficient data is available for scheduling. Available values: bits per second (value does not include
overhead caused by MAC headers and CRCs).
•
Request/transmission policy—This parameter defines specific policy for selected service flow.
This policy defines the “shall/shall not” parameters for the following policies:
–
–
–
–
–
–
Broadcast bandwidth request opportunities
Multicast bandwidth request opportunities
Use piggyback requests with data
Fragment data
Suppress payload headers (CS parameter)
Pack multiple service data units (SDUs) into single Media Access Control (MAC) Packet Data
Unit (PDU)
–
Include CRC in the MAC PDU.
•
•
Tolerated jitter—This parameter defines the maximum delay variation for specified service flow.
Available values: jitter in ms.
Maximum latency—This parameter defines the maximum delay between the reception of a packet
on network interface and the forwarding of the packet to the RF interface. Available values: delay
in ms.
•
•
•
Unsolicited grant interval—This parameter defines the nominal interval between successive data
grant opportunities for specified service flow. Available values: interval in ms.
Unsolicited polling interval—This parameter defines the maximal nominal interval between
successive polling grants opportunities for specified service flow. Available values: interval in ms.
ARQ enable—This parameter defines that ARQ (automatic repeat request) shall/shall not be used
for specified service flow. This functionality is optional and depends on vendor solution. Available
values: 0 – disabled, 1 – enabled.
ARQ must be enabled for all HARQ enabled service flow.
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Configuring the Module
•
CS specification—This parameter defines convergence sublayer which should be used for this
service flow
Additional QoS Commands
•
•
(config-scan-list)# nap id nap-id priority priority channel-index channel-index
(config-scan-list)# nsp id nsp-id {home | priority priority channel-index channel-index}
Configuring the Module
The module is configured using the system software. This section covers the following topics:
•
•
•
•
•
•
•
•
•
Prerequisites
The MTU size of the WiMAX module default is set to 1500 bytes. The WiMAX module is configured
with a default MTU size of 1500 in order to provide for roaming of a WiMAX mobile device in an IP
sub-convergence layer deployment where an access service network gateway (ASN-GW), such as a
Cisco ASR 5000, is used. However, when an MTU size of 1500 bytes is configured on an Ethernet
interface such as in a sub-convergence deployment of a private WiMAX infrastructure that also runs
Distribution Automation as Ethernet Layer 2 traffic (as for a utility company), then it is possible that
OSPFv2 adjacency goes down due to the WiMAX MTU size not matching that of the Ethernet.
Guidelines and Limitations
The following guidelines and limitations apply to configuring the WiMAX module:
•
•
Data connection can be originated only by the module.
Throughput: Due to the shared nature of wireless communications, the experienced throughput
varies depending on the number of active users or congestion in a given network.
•
Any restrictions that are a part of the terms of service from your carrier.
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Configuring the Module
•
When a WiMAX module operates in a network with an Airspan base station that has a MAC profile
definition based on non-authentication, some of its base station models might require the privacy
key management (PKM) to be configured on the WiMAX interface. Updating the base station with
the latest firmware generally eliminates the need to change the configuration of the WiMAX
module.
WiMAX Interface Security
The WiMAX module supports the following security methods:
•
•
•
IEEE 802.16—WiMAX interface Privacy Key Management v2 authentication.
EAP-TLS—Extensible Authentication Protocol Transport Layer Security (RFC 5216), 802.1x.
EAP TTLS—Tunneled Transport Layer Security (RFC 3748).
–
MS-CHAPv2—Challenge-Handshake Authentication Protocol Version 2 (RFC 2759).
Note
You must complete WiMAX scanlist configuration before attempting the WIMAX interface
configuration. Without associating the WIMAX interface with a configured WIMAX scanlist, you
cannot issue a security command on the WIMAX interface since the interface needs to be associated with
a WiMAX scanlist first.
To configure security on the WiMAX module, complete the following in this order:
Step 1
Step 2
Associate the WiMAX scanlist to the WiMAX interface. See Step 2–WiMAX Interface Configuration,
Step 3
Step 4
Step 5
Configure the IP address (static or DHCP) for the WiMAX interface. See Step 2–WiMAX Interface
If you want to configure EAP-TLS or EAL-TTLS as your WiMAX authentication method, then you must
Note
The command pkm crypto algorithm aes does not need to be configured since it was included as the
default configuration for the WIMAX interface.
WiMAX X.509 Certificates
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Configuring the Module
EAP-TLS and EAP-TTLS Authentication Methods
To set up a username and password for the Pairwise Key Management (PKM) of a CGR 1000, the
WiMAX module must be installed and running. CGR 1000s that ship with a pre-installed WIMAX
module will have a pre-installed WiMAX configuration.
You can configure your WiMAX interface for one of the following authentication methods:
•
•
No Authentication (Open)
EAP-TLS Authentication
The WiMAX interface uses trustpoints in the following manner. A certificate-based mutual
authentication is mandatory. The WiMAX module needs both of the following for authentication:
–
A server-root-ca CA certificate authority trustpoint containing the CA certificate that signs the
certificate being used on the AAA/RADIUS server.
–
A device trustpoint for the WIMAX module. The modem on the WiMAX module has an
embedded Airspan-signed device certificate that the supplicant can automatically use as the
device trustpoint for authentication. If users do not want to use this certificate, they must import
and specify a device trustpoint using the imported device certificate.
–
–
To configure EAP-TLS to use a user-defined WIMAX device certificate:
Router(config-if)# shutdown
Router(config-if)# pkm version pkm-v2
Router(config-if)# pkm trustpoint device actual_device_trustpoint_label
Router(config-if)# pkm trustpoint server-root-ca actual_ca_trustpoint_label
Router(config-if)# pkm auth-method eap-tls
Router(config-if)# no shutdown
To configure EAP-TLS to use the embedded Airspan certificate as the WIMAX device
certificate:
Router(config-if)# shutdown
Router(config-if)# pkm version pkm-v2
Router(config-if)# pkm trustpoint server-root-ca actual_ca_trustpoint_label
Router(config-if)# pkm auth-method eap-tls
Router(config-if)# no shutdown
If the trustpoint CLI is not issued for device trustpoint, then the system uses the embedded
certificate.
•
EAP-TTLS Authentication
EAP-TTLS authentication is a one-sided authentication using an Airspan certificate. A
certificate-based authentication is only required for the AAA/RADIUS server. Only a server-root-ca
trustpoint configuration is required for the WIMAX interface to authenticate the AAA/RADIUS
server certificate. The client (WIMAX interface) authentication is executed through MSCHAPv2
authentication (configuring the PKM user and password) through an encrypted tunnel.
Router(config-if)# shutdown
Router(config-if)# pkm version pkm-v2
Router(config-if)# pkm trustpoint server-root-ca actual_ca_trustpoint_label
Router(config-if)# pkm username actual_user_name passwordactual_password
Router(config-if)# pkm auth-method eap-ttls
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Configuring the Module
Step 1–WiMAX Scan-list Configuration
To create a scan-list, issue the following commands:
Router# configure terminal
Router(config)# wimax scan-list aaa
Router(config-scan-list)# channel index 1 frequency 2350000 bandwidth 10000
Router(config-scan-list)# nap id 00:00:01 priority 1 channel-index 1
Router(config-scan-list)# nsp id 00:00:01 home
•
NAP (Network Access Provider)—The base station. It provides access to the NSPs which provides
network connectivity.
•
•
NSP (Network Service Provider)—Provides network connectivity and access to NAPs.
Maximum number of the number of frequencies: 1
Step 2–WiMAX Interface Configuration
To attach the scan-list to an interface, issue the following commands:
Router# configure terminal
Router(config)# interface wimax interface_name
Router(config-if)# no shutdown <-- THIS SHOULD BE SHUT
Router(config-if)# scan-list aaa
Router(config-if)# ip address dhcp
Router(config-if)# no shutdown
Step 3–Enable Security Parameters
To enable security parameters, follow these steps:
Step 1
Load the certificates onto the bootflash. Create a trustpoint and import the device certificate.
Router# configure terminal
Router(config)# crypto ca trustpoint device_cert_trustpoint
Router(config)# crypto ca import device_cert_trustpoint pkcs12 path password
Step 2
Step 3
Create a trustpoint and import the server root certificate authority (CA) certificate.
Router(config)# crypto ca trustpoint server_root_CA_trustpoint
Router(config)# crypto ca import server_root_CA_trustpoint pkcs12 path password
Configure the authentication method as EAP-TLS:
Router# configure terminal
Router(config)# interface wimax interface
Router(config-if)# pkm trustpoint server_root_ca server_root_CA_trustpoint
Router(config-if)# pkm auth-method eap-tls
Router(config-if)# pkm version pkm-v2
Router(config-if)# pkm trustpoint device device_cert_trustpoint <-- *
Router(config-if)# pkm trustpoint server_root_ca
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Configuring the Module
Note
*—The command, pkm trustpoint device device_cert_trustpoint, is not needed if 1) EAP-TLS is
using the embedded Airspan certificate, or 2) if EAP-TTLS is used.
Enabling an Interface
To configure a WiMAX interface, issue the following commands:
Router# configure terminal
Router(config)# interface wimax 2/1
Router(config-if)# shutdown
Router(config-if)# no shutdown
Router(config-if)# end
Router#
Additional WiMAX Configuration Commands
The following are the WiMAX configuration commands:
•
•
•
•
•
•
(config)# wimax scan-list scan_list_name
(config-scan-list)# nap id nap-id priority priority channel-index channel-index
(config-scan-list)# nsp id nsp-id {home | priority priority channel-index channel-index}
(config-if)# [no] wimax pkm-version {pkm-v2}
(config-if)# [no] shutdown
(config-if)# [no] ip address {IP_address_in_format_i.i.i.i |
IP_prefix_and_network_mask_length_in_format_x.x.x.x/m
IP_network_mask_in_format_m.m.m.m}
WiMAX show Command Examples
The following are WiMAX related show commands:
•
•
•
•
•
show sprom
To show the command options for the show sprom command, do the following:
Router# show sprom ?
all
Show all sproms contents
backplane
clock
Show backplane clock module sprom contents
Show backplane clock module sprom contents
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Configuring the Module
fan
mgmt-module Show mgmt module (MDS9216/MDS9216i/MDS9222i only) sprom contents
module Show linecard module sprom contents
powersupply Show powersupply sprom contents
Show fan module sprom contents
stby-sup
sup
xbar
Show stanby supervisor sprom contents
Show supervisor sprom contents
Show xbar fabric sprom contents
show interfaces wimax interface_name association
The following is an example of the show interfaces wimax interface_name association command:
Router # show interface wimax 3/1 association
Interface
: Wimax3/1
MAC address
Internet Address
Device name
Key management
Authen method
: 00a0.0ad2.072f
: 192.10.0.200/24
: Sequans SQN12X0
: None
: Open
Physical layer state : Connected
Link modulation
: OFDMA
BSID
NAP
: 00:02:AA:00:00:01
: 00:02:AA
Frequency
Channel bandwidth
TX power
RSSI
: 2310000 kHz
: 10000 kHz
: 6 dBm
: -82 dBm
: 20 dB
CINR
Uptime
: 17344 s
: 790189879
: 722443
: 790721010
: 621521
Bytes in
Packets in
Bytes out
Packets out
show controllers wimax interface_name
The following is an example of the show controllers wimax interface_name command:
Router # show controllers wimax 6/1
Interface
: wimax6/1
: 0016.0800.118c
: 4.6.2.4-27804
: 4.6.2.4-004
: 4.6.2.4-28584
: 6.7.2.2-8517
: 10.7.0.0-8517
: SQN12X0
Hardware address
Service daemon version
Kernel driver version
Firmware version
Microcode version
Hardware version
Board version
Chip version
: SQN12X0
RF Chip version
Minimum frequency
Maximum Frequency
current frequency
Bandwidth
: SQN12X0
: 2500000
: 2700000
: 2550000
: 10MHz
Frame duration
Attached scan list
Min RSSI
: 5000
: "aaa"
-72 dBm
28 dB
Min CINR
Min Duration
100 msec
100 msec
200 msec
5 ?
Min Scan Interval
Max Scan Interval
Retries
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Troubleshooting and Diagnostics
Initial RNG Backoff Start
Initial RNG Backoff End
Periodic RNG Backoof Start :
Periodic RNG Backoff End
Bandwidth Request Backoof Start :
Bandwidth Request Backoff End
:
:
0
5
0
3
:
0
3
:
UL Permutation
UL Subchannel-bitmap
Initial-RNG code qty
Periodic-RNG code qty
BWR code qty
:
:
:
:
:
0
0xff 0xff 0xff 0xff 0xff 0xff 0xff 0xff
4
4
4
DLC CONFIG:
bsEirp (dBm)
:
4.0
maxRssInitRanging (dBm)
PHY:
:
0.0
BSiD
:0000.000.0000
Qos Classifiers
Qos Connections
:
:
6
6
show interfaces wimax interface_name statistics
The following is an example of the show interfaces wimax interface_name statistics command:
Router # show interfaces wimax 2/1 statistics
WiMAX Statistics (Cumulative Total/Last 5 Seconds):
RECEIVER
TRANSMITTER
Host Rx K Bytes:
Unicasts Rx:
923438 / 24366
0 / 0
Host Tx K Bytes:
Unicasts Tx:
115 / 0
0 / 0
Unicasts to host:
Broadcasts Rx:
0 / 0
29482 / 734
Unicasts by host:
Broadcasts Tx:
0 / 0
0 / 0
TBD. Add stats provided by proximetry
show interface wimax interface_name scanning
The following is an example of the show interfaces wimax interface_name scanning command:
Router # show interface wimax 3/1 scanning
Scan results for interface: Wimax3/1
BSID: 00:02:AA:00:00:01
Frequency: 2310000
NAPID: 00:02:AA
RSSI: -82 dBm
CINR: 20 dB
Troubleshooting and Diagnostics
This section provides the necessary background information and resources available for troubleshooting
the 2G/3G Connected Grid module.
•
•
•
•
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Troubleshooting and Diagnostics
WiMAX Debug Commands
The following are the WiMAX exec debug commands:
•
•
clear interface wimax interface name statistics
debug wimax pm {all | demux | deque | error | event | trace | warning}
Checking Signal Strength
If the Received Signal Strength Indication (RSSI) level is very low (for example, if it is less than -110
dBm), follow these steps:
Step 1
Step 2
Step 3
Check the antenna connection. Make sure the TNC connector is correctly threaded and tightened.
If you are using a remote antenna, move the antenna cradle and check if the RSSI has improved.
Contact your wireless service provider to verify that there is service availability in your area.
Retrieving the Electronic Serial Number
If your network provider requests the 11-digit decimal equivalent of your Electronic Serial Number
(ESN), you must retrieve your ESN, then convert it to decimal notation. See also, Converting
The ESN number is located directly on the modem label in hexadecimal notation. It can also be retrieved
using the Cisco IOS CLI using the show sprom module module number slot_number command.
The sample output below shows the ESN number:
Router (config-if)# show sprom module 5 1
DISPLAY linecard sprom contents of module 5:
lc-sprom linecard block header is invalid
cur_blk_hdr->block_length = 0067
cur_blk_hdr->block_signature = 6003
WARNING: sprom contents are invalid for module 5 instance 1
WARNING: please power down the module and program the sprom contents
Common block:
Block Signature : 0xabab
Block Version
Block Length
: 3
: 160
Block Checksum : 0x1494
EEPROM Size
Block Count
: 65535
: 2
FRU Major Type : 0x6002
FRU Minor Type : 0x0
OEM String
: Cisco Systems, Inc.
Product Number : CALABRIA
Serial Number
Part Number
Part Revision
Mfg Deviation
H/W Version
Mfg Bits
: JAF1542AFJQ
: 73-13545-01
: 18
: 0
: 0.0
: 0
Engineer Use
: 0
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Troubleshooting and Diagnostics
snmpOID
: 0.0.0.0.0.0.0.0
: -189
: 0-0-0-0
: TESTING123
: V01
Power Consump
RMA Code
CLEI Code
VID
Linecard Module specific block:
Block Signature : 0x6003
Block Version
Block Length
: 2
: 103
Block Checksum : 0x854
Feature Bits : 0x0
HW Changes Bits : 0x0
Card Index
MAC Addresses
: 30004
: 00-00-00-00-00-00
Number of MACs : 12
Number of EOBC links : 1
Number of EPLD : 16
EPLD A
: 0x0
EPLD B
: 0x0
EPLD C
: 0x0
EPLD D
: 0x0
EPLD E
: 0x0
EPLD F
: 0x0
EPLD G
: 0x0
EPLD H
: 0x0
EPLD I
: 0x0
EPLD J
: 0x0
EPLD K
: 0x0
EPLD L
: 0x0
EPLD M
: 0x0
EPLD N
: 0x0
EPLD O
: 0x0
EPLD P
: 0x0
Port Type-Num
SRAM size
Sensor #1
Sensor #2
Sensor #3
Sensor #4
Sensor #5
Sensor #6
Sensor #7
Sensor #8
: 11-1
: 0
: 73,60
: 69,55
: 77,65
: 71,60
: 65,50
: -128,-128
: -128,-128
: -128,-128
Max Connector Power: 1200
Cooling Requirement: 70
Ambient Temperature: 55
...
Converting Hexadecimal ESN to Decimal Notation
If your network provider requests the 11-digit decimal equivalent of your Electronic Serial Number
(ESN), you must retrieve your ESN, then convert it to decimal notation. See also, Retrieving the
To convert the ESN number from hexadecimal notation to decimal notation:
Step 1
Start with the 8-digit HEX ESN # obtained from the label or using CLI, for example 0x603C9854. This
number consists of two parts:
•
0x60—Serial number
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Additional References
•
3C9854—Manufacturer’s code
Step 2
Convert manufacturer’s code to decimal as shown:
•
•
•
Hexadecimal 0x60 equals decimal 96.
If the decimal value is two digits only, prepend it with a zero to expand it to three digits.
Manufacturer’s code is thus 096.
Step 3
Step 4
Convert the serial number to decimal, as shown in the example below:
•
•
•
Hexadecimal 0x3C9854 equals decimal 3971156.
If decimal value is less than 8 digits, add enough zeros to make it into an 8 digit number.
Serial number is thus 03971156.
To obtain complete 11-digit decimal ESN notation, combine manufacturer code and serial number:
•
•
•
Manufacturer code: 096
Serial #: 03971156
Decimal ESN: 09603971156
Additional References
Consult the following resources for related information about the WiMAX module or for technical
assistance:
•
•
•
•
Hardware Overview and Installation Documents
•
Cisco Connected Grid Modules
Cisco CGR 1240 Hardware Installation Guide
•
•
Cisco 1000 Series Connected Grid Routers
Supported Cisco Antennas and Accessories Documents
•
Connected Grid Antennas Installation Guide
Lightning Arrestor for the Cisco 1240 Connected Grid Router
•
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Feature History
Cisco System Software Commands Documents
•
Cisco Connected Grid Device Manager User Guide
•
Cisco System Software
Configuring Cisco EHWIC-3G-EDVO-x
•
•
Cisco 1000 Series Connected Grid Routers Unicast Routing Software Configuration Guide
Regulatory, Compliance, and Safety Information
•
Cisco Network Modules and Interface Cards Regulatory Compliance and Safety Information
Feature History
Table 8 provides a feature history for the Cisco connected grid modules for the CGR 1000 Series and
WiMAX installation and configuration.
Table 8
Feature history for Cisco Connected Grid Modules for CGR 1000 Series and WiMAX
installation and configuration
Feature Name
Release
Feature Information
WiMAX module
Cisco CG-OS Release CG3 The IEEE 802.16e WiMAX
module for Cisco CG-OS router
provides a WAN interface for
communication over WiMAX
wireless (1.8 or 2.3GHz)
infrastructure in multi-services
FAN (Field Area Networks)
deployments.
EAP-Tunneled Transport Layer
Security (EAP-TTLS) on WiMAX
Cisco CG-OS Release CG3 The WiMAX module supports
EAP-TTLS, as defined in RFC
5281. EAP-TTLS allows a client to
be authenticated by a server using
a secure tunneled connection after
the server has been securely
authenticated to the client using its
CA certificate.
Support for 1.4 and 3.65GHz.
bands
Cisco CG-OS Release CG4 Initial support of the bands on the
CGR 1000 WiMAX module.
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Technical Assistance
Technical Assistance
The Cisco Support and Documentation website provides online resources to download documentation,
software, and tools. Use these resources to install and configure the software and to troubleshoot and
resolve technical issues with Cisco products and technologies. Access to most tools on the Cisco Support
and Documentation website requires a Cisco.com user ID and password.
Tell Us What You Think
Send your feedback about this document directly to the
Connected Energy Documentation Team.
This document is to be used in conjunction with the documents listed in the “Additional References” section.
Cisco and the Cisco logo are trademarks or registered trademarks of Cisco and/or its affiliates in the U.S. and other countries. To view a list of
Cisco trademarks, go to this URL: www.cisco.com/go/trademarks. Third-party trademarks mentioned are the property of their respective owners. The
use of the word partner does not imply a partnership relationship between Cisco and any other company. (1110R)
No combinations are authorized or intended under this document.
Any Internet Protocol (IP) addresses and phone numbers used in this document are not intended to be actual addresses and phone numbers. Any
examples, command display output, network topology diagrams, and other figures included in the document are shown for illustrative purposes only.
Any use of actual IP addresses or phone numbers in illustrative content is unintentional and coincidental.
© 2012–-2013 Cisco Systems, Inc. All rights reserved.
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