Meraki MG41 User manual

Meraki MG41 and MG41E Installation
Guide
This document describes how to install and set up the MG41 LTE gateway. Additional
reference documents are available online at: www.meraki.com/library/products.
MG41-HW Overview
The Meraki MG41-HW (model: MG41-HW, MG41E-HW) is an enterprise LTE gateway
designed for distributed deployments that require remote administration. It is ideal for
network administrators who demand both ease of deployment and a state-of-the-art feature
set. This appliance provides the following new features:
• Support for 2 LAN connections (1for 802.3at support)
• Wall screws and anchors for mounting drywall surface, either vertically or
horizontally
MG41-HW Operational Temperature: -40 o F to 140 o F (-40 o C to 60 o C)
Package Contents
In addition to the MG41-HW, the following are provided.

The MG41-HW front panel
Ports and Status Indicators
The MG41-HW uses a single LED to inform the user of the device's status.
Function
LED Status
Meaning
Power Up/Boot
Solid
Orange
Power is applied
Connecting
Rainbow
Device in process of connecting to the Meraki Dashboard
Connected
Solid White
Fully operational
Upgrading
Flashing
White
During boot or no WAN link
LTE Enabled
Purple
LTE is on and connected
The MG41-HW back panel
!

Additional functions on the back panel are described below, from left to right.
Internet ports
Two ports provide connectivity to the WAN.
Power input
Designed for use only with the unit’s power supply.
Antenna ports
Four RP-SMA ports for dipole antennas (antennas included)
The MG41-HW input panel
!
!
!
Restore button
Insert a paper clip if a reset is required.
• A brief, momentary press: To delete a downloaded configuration and reboot.
• Press and hold for more than 10 sec: To force the unit into a full factory reset.
DC Power
Power the MG using the approved DC adapter (the DC power source must be
used for indoor installations only)
POE Power
Power the MG using the approved POE adapter
WAN
SIM Slot
Two SIM card slots supporting nano SIM format
!
!
!
!

!
!
!
!
!
!
Mounting hardware
The supplied wall screws and anchors allow you to mount the appliance on a drywall
surface, either vertically or horizontally. The distance between the holes you drill should be
93 mm.
• For mounting on drywall, use a ¼-in drill bit, then insert the plastic and screw assemblies.
• For mounting on wood or a similar surface, use only the screws.
• Allow the heads of the screws to stick out far enough to be inserted securely into the back
of the appliance.
Mount Option A:

Mount Option: B
Attaching external antennas (MG41E only):

Mounting the device:

Outdoor Installation
Hardware
The installation for outdoor deployments of the MG41 and MG41E is the same procedure
and uses the same mounting hardware as the indoor deployment.
Power
Powering the MG41 and MG41E in an outdoor deployment will require the use of the POE
injector. For outdoor installation using the approved POE injector the installer must place the
POE injector power source in an indoor location or in a location that can maintain a
temperature range of -20-40 C
IP67 Rating
This device is IP67 rated.
Connecting to the WAN
All Meraki MG devices must have an IP address. This section describes how to configure
your local area network before you deploy it. A local management web service, running on
the appliance, is accessed through a browser running on a client PC. This web service is
used for configuring and monitoring basic ISP/WAN connectivity.
Setting up a static IP address
To ensure that the client PC is redirected to the local web service in the following step, you
must disable all other network services (e.g., Wi-Fi) on your client machine.
Do the following to configure basic connectivity and other networking parameters:
1. Using a client machine such as a laptop, connect to one of the LAN ports of the MG.
2. Using a browser on the client machine, access the appliance's built-in web service by
browsing to http://setup.meraki.com. (You do not have to be connected to the Internet to
reach this address)
3. Click Uplink configuration under the Local status tab.
4. Choose Static for the IP Assignment option.
5. Enter the IP address, subnet mask, default gateway IP and DNS server information.

Setting up a DHCP IP address
By default all MG devices are configured to DHCP from upstream WAN / ISP servers. Simply
plug one of the MG's WAN / Internet ports into your upstream circuit and wait a few minutes
for the unit to negotiate a DHCP address.
Icon
When the WAN connection is fully enabled, the Internet 1 or 2 LED 1 will turn green.
Additional settings
Please note that all these settings below are accessible only via the local management
console.
Setting VLANs
If your WAN uplink is on a trunk port, choose VLAN tagging > Use VLAN tagging and enter
the appropriate value for VLAN ID for your network.
Setting PPPoE
PPPoE authentication may be required if you are connecting the MG to a DSL circuit. You
need to know your authentication option and credentials (supplied by your ISP) in order to
complete these steps.
• Choose Connection Type > PPPoE.
• Select your Authentication option.
• If you select Use authentication, enter appropriate values for Username and Password.
Web proxy settings
These settings take effect if the MG device has to fall back to using HTTP to contact the
Cloud Controller. By default, web proxy is disabled. To enable web proxy, do the following:
• Choose Web proxy > Yes.
• Enter values as appropriate for Hostname or IP and Port.
• If you require authentication, choose Authentication > Use authentication, and enter
appropriate values for Username and Password.
To apply all configuration settings to the appliance, be sure to click Save Settings at the
bottom of the page.
Configuring physical link settings

To configure physical link settings on the Ethernet ports, click Local status > Ethernet
configuration. You can enable half duplex, full duplex, and auto-negotiation, as well as set
10- or 100-Mbps data rates.
Regulatory
FCC Compliance Statement
This device complies with part 15 of the FCC rules. Operation is subject to the following two
conditions: (1)
This device may not cause harmful interference, and (2) this device must accept any
interference
received, including interference that may cause undesired operation.
Party issuing Supplier’s Declaration of Conformity
Cisco Meraki
500 Terry A. Francois Blvd.
San Francisco, CA
94158
USA
[email protected]
FCC Interference Statement
This equipment has been tested and found to comply with the limits for a Class B digital
device, pursuant
to part 15 of the FCC Rules. These limits are designed to provide
reasonable protection against harmful
interference in a residential installation. This
equipment generates, uses and can radiate radio frequency
energy and, if not installed
and used in accordance with the instructions, may cause harmful interference
to radio
communications. However, there is no guarantee that interference will not occur in a
particular
installation. If this equipment does cause harmful interference to radio or
television reception, which can be determined by turning the equipment off and on,
the user is encouraged to correct the interference by
one of the following measures:
Reorient or relocate the receiving antenna.
Increase the separation between the equipment and receiver.

Connect the equipment into an outlet on a circuit different from which the receiver is
connected.
Consult the dealer or an experienced radio/TV technician for help.
FCC Caution
Any changes or modifications no expressly approved by Cisco could void the user’s
authority to operate
this equipment. This Transmitter must not be co-located or
operation in conjunction with any other antenna or transmitter.
FCC Radiation Exposure Statement
This equipment complies with FCC radiation exposure limits set forth for an uncontrolled
environment.
This equipment should be installed and operated with minimum distance
20 cm between the radiator and your body. This transmitter must not be co-located or
operating in conjunction with any other
antenna or transmitter.
FCC Professional Installation Statement
This equipment requires professional installation.
Industry Canada Statement
The MG41-HW, MG41E-HW comply with license-exempt RSSs of the Industry Canada
Rules. Operation is subject to the
following two conditions: (1) This device may not cause
harmful interference, and (2) this device must
accept any interference received, including
interference that may cause undesired operation.
Ce dispositif est conforme à la norme RSS d’Industrie Canada applicable aux appareils
radio exempts de
licence. Son fonctionnement est sujet aux deux conditions suivantes:
(1) le dispositif ne doit pas produire de brouillage préjudiciable, et (2) ce dispositif doit
accepter tout brouillage reçu, y compris un brouillage
susceptible de provoquer un
fonctionnement indésirable.
This radio transmitter has been approved by Innovation, Science and Economic
Development Canada to
operate with the antenna types listed below, with the
maximum permissible gain indicated. Antenna
types not included in this list that have a
gain greater than the maximum gain indicated for any type listed are strictly prohibited

for use with this device.
Innovation, Sciences et Développement économique Canada a approuvé l'utilisation de
ce transmetteur
radio avec les types d'antenne énumérés ci-dessous, le gain maximal
admissible étant indiqué. Les types
d'antennes non inclus dans cette liste qui ont un
gain supérieur au gain maximal indiqué pour tout type listé sont strictement interdits
pour une utilisation avec cet appareil.
Industry Canada Radiation Exposure Statement
This equipment complies with IC radiation exposure limits set forth for an uncontrolled
environment.
This equipment should be installed and operated with minimum distance
20 cm between the radiator &
your body.
Déclaration d’exposition aux radiations
Cet équipement est conforme aux limites d’exposition aux rayonnements IC établies
pour un
environnement non con trôlé. Cet équipement doit être installé et utilisé avec
un minimum de 20 cm de
distance entre la source de rayonnement et votre corps.

Antenna Information
!
!
Ant.!
Port!!
Brand!
Model!Name!
Type!
Connector!
Antenna!
Gain!(dBi)!
Remark!
1"
1"
1,"Primary"#0"
CISCO"
N/A"
PIFA
I-PEX"
Note 1
Internal
2"
2,"Primary"#1"
CISCO"
N/A"
PIFA
I-PEX"
3"
3,"Secondary"#0"
CISCO"
N/A"
PIFA
I-PEX"
4"
4,"Secondary"#1"
CISCO"
N/A"
PIFA
I-PEX"
Set!
Ant.!
Port!!
Brand!
Model!Name!
Type!
Connector!
Antenna!
Gain!(dBi)!
Remark!
2"
1"
1,"Primary"#0"
Up
CISCO"
MA-ANT-C1-A"
Dipole
Reversed-SMA"
Note"1"
External
2"
2,"Secondary"#1"
Up"
CISCO"
MA-ANT-C1-A"
Dipole
Reversed-SMA"
3"
3,"Primary"#1"
Down"
CISCO"
MA-ANT-C1-A"
Dipole
Reversed-SMA"
4"
4,"Secondary"#0"
Down"
CISCO"
MA-ANT-C1-A"
Dipole
Reversed-SMA"
3"
1"
1,"Primary"#0"
Up"
CISCO"
MA-ANT-C1-B"
Panel
Reversed-SMA"
External
2"
2,"Secondary"#1"
Up"
CISCO"
MA-ANT-C1-B"
Panel
Reversed-SMA"
3"
3,"Primary"#1"
Down"
CISCO"
MA-ANT-C1-B"
Panel
Reversed-SMA"
4"
4,"Secondary"#0"
Down"
CISCO"
MA-ANT-C1-B"
Panel
Reversed-SMA"
"
"
"

Note1:"
Set!
Band!
Port!!
Antenna!Gain!(dBi)!
Remark!
1"
WCDMA"Band"2"
1,"Primary"#0"TX,"RX"
2.81"
1TX/2RX'
3,"Secondary"#0"RX"
2.03"
WCDMA"Band"4"
1,"Primary"#0"TX,"RX"
2.48"
1TX/2RX'
3,"Secondary"#0"RX"
2.59"
WCDMA"Band"5"
1,"Primary"#0"TX,"RX"
1.04"
1TX/2RX'
3,"Secondary"#0"RX"
0.98"
LTE"Band"2"
1,"Primary"#0"TX,"RX"
2.81"
1TX/2RX:'Port'1'(TX)'/'Port'1,'3'(RX)'
1TX/4RX: Port 1 (TX) / Port 1 ~ 4 (RX)
2,"Primary"#1"RX"
2.96"
3,"Secondary"#0"RX"
2.03"
4,"Secondary"#1"RX"
2.09"
LTE"Band"4"
1,"Primary"#0"TX,"RX"
2.48"
1TX/2RX:'Port'1'(TX)'/'Port'1,'3'(RX)'
1TX/4RX:'Port'1'(TX)'/'Port'1'~'4'(RX)'
2,"Primary"#1"RX"
1.50"
3,"Secondary"#0"RX"
2.59"
4,"Secondary"#1"RX"
2.09"
LTE"Band"5"
1,"Primary"#0"TX,"RX"
1.04"
1TX/2RX'
3,"Secondary"#0"RX"
0.98"
LTE"Band"7"
2,"Primary"#1"TX,"RX"
2.67"
1TX/2RX'
4,"Secondary"#1"RX"
1.82"
LTE"Band"12"
1,"Primary"#0"TX,R"X"
1.91"
1TX/2RX'
3,"Secondary"#0"RX"
1.02"
LTE"Band"13"
1,"Primary"#0"TX,"RX"
1.33"
1TX/2RX'
3,"Secondary"#0"RX"
1.02"
LTE"Band"17"
1,"Primary"#0"TX,"RX"
1.91"
1TX/2RX'
3,"Secondary"#0"RX"
0.78"
LTE"Band"25"
1,"Primary"#0"TX,"RX"
2.81"
1TX/2RX:'Port'1'(TX)'/'Port'1,'3'(RX)'
1TX/4RX:'Port'1'(TX)'/'Port'1'~'4'(RX)'
2,"Primary"#1"RX"
2.96"
3,"Secondary"#0"RX"
2.03"
4,"Secondary"#1"RX"
2.09"
LTE"Band"26"
1,"Primary"#0"TX,RX"
1.14"
1TX/2RX'
3,"Secondary"#0"RX"
1.12"
LTE"Band"38"
2,"Primary"#1"TX,"RX"
2.67"
1TX/2RX'
4,"Secondary"#1"RX"
1.77"
LTE"Band"41"
1,"Primary"#0"RX"
2.61"
1TX/2RX:'Port'2'(TX)'/'Port'2,'4'(RX)'
1TX/4RX:'Port'2'(TX)'/'Port'1'~'4'(RX)'
2,"Primary"#1"TX,"RX"
2.67"
3,"Secondary"#0"RX"
2.85"
4,"Secondary"#1"RX"
1.82"
Set!
Band!
Port!!
Antenna!Gain!(dBi)!
Remark!
1"
LTE"Band"66"
1,"Primary"#0"TX,"RX"
2.48"
1TX/2RX:'Port'1'(TX)'/'Port'1,'3'(RX)'

Set!
Band!
Port!!
Antenna!Gain!(dBi)!
Remark!
2,"Primary"#1"RX"
1.50"
1TX/4RX:'Port'1'(TX)'/'Port'1'~'4'(RX)!
3,"Secondary"#0"RX"
2.86"
4,"Secondary"#1"RX"
2.09"
"
" "

Set!
Band!
Port!!
Antenna!
Gain!!
(dBi)!
Cable!
Loss!
(dB)!
True!
Gain!
(dBi)!
Remark!
2"
WCDMA""
Band"2"
1,"Primary"#0"TX,"RX"
Up
1.6"
0.6"
1.0"
1TX/2RX'
4,"Secondary"#0"RX"
Down"
2.40"
0.6"
1.8"
WCDMA"
"Band"4"
1,"Primary"#0"TX,"RX"
Up
2.10"
0.6"
1.5"
1TX/2RX'
4,"Secondary"#0"RX"
Down"
2.00"
0.6"
1.4"
WCDMA""
Band"5"
1,"Primary"#0"TX,"RX"
Up
1.50"
0.6"
0.9"
1TX/2RX'
4,"Secondary"#0"RX"
Down"
2.40"
0.6"
1.8"
LTE"Band"2"
1,"Primary"#0"TX,"RX"
Up
1.6"
0.6"
1.0"
1TX/2RX:'Port'1'(TX)'/'Port'1,'4'(RX)'
1TX/4RX:'Port'1'(TX)'/'Port'1'~'4'(RX)'
2,"Secondary"#1"RX"
Up"
1.4"
0.7"
0.7"
3,"Primary"#1"RX"
Down"
2.40"
0.9"
1.5"
4,"Secondary"#0"RX"
Down"
2.40"
0.6"
1.8"
LTE"Band"4"
1,"Primary"#0"TX,"RX"
Up
2.10"
0.6"
1.5"
1TX/2RX:'Port'1'(TX)'/'Port'1,'4'(RX)'
1TX/4RX: Port 1 (TX) / Port 1 ~ 4 (RX)
2,"Secondary"#1"RX"
Up"
1.8"
0.7"
1.1"
3,"Primary"#1"RX"
Down"
1.0"
0.9"
0.1"
4,"Secondary"#0"RX"
Down"
2.00"
0.6"
1.4"
LTE"Band"5"
1,"Primary"#0"TX,"RX"
Up
1.50"
0.6"
0.9"
1TX/2RX'
4,"Secondary"#0"RX"
Down"
2.40"
0.6"
1.8"
LTE"Band"7"
2,"Secondary"#1"RX"
Up"
0.80"
0.7"
0.1"
1TX/2RX'
3,"Primary"#1"TX,"RX"
Down"
2.80"
0.9"
1.9"
LTE"Band"12"
1,"Primary"#0"TX,"RX"
Up
1.20"
0.6"
0.6"
1TX/2RX'
4,"Secondary"#0"RX"
Down"
1.80"
0.6"
1.2"
LTE"Band"13"
1,"Primary"#0"TX,"RX"
Up
0.9
0.6"
0.3"
1TX/2RX'
4,"Secondary"#0"RX"
Down"
1.7"
0.6"
1.1"
LTE"Band"17"
1,"Primary"#0"TX,"RX"
Up
1.20"
0.6"
0.6"
1TX/2RX'
4,"Secondary"#0"RX"
Down"
1.80"
0.6"
1.2"
LTE"Band"25"
1,"Primary"#0"TX,"RX"
Up
1.60"
0.6"
1.0"
1TX/2RX:'Port'1'(TX)'/'Port'1,'4'(RX)'
1TX/4RX:'Port'1'(TX)'/'Port'1'~'4'(RX)'
2,"Secondary"#1"RX"
Up"
1.40"
0.7"
0.7"
3,"Primary"#1"RX"
Down"
2.40"
0.9"
1.5"
4,"Secondary"#0"RX"
Down"
2.50"
0.6"
1.9"
LTE"Band"26"
1,"Primary"#0"TX,"RX"
Up
1.50"
0.6"
0.9"
1TX/2RX'
4,"Secondary"#0"RX"
Down"
2.40"
0.6"
1.8"
LTE"Band"38"
2,"Secondary"#1"RX"
Up"
0.80"
0.7"
0.1"
1TX/2RX'
3,"Primary"#1"TX,"RX"
Down"
1.40"
0.9"
0.5"
LTE"Band"41"
1,"Primary"#0"RX"
Up
2.90"
0.6"
2.3"
1TX/2RX:'Port'3'(TX)'/'Port'2,'3'(RX)'
1TX/4RX:'Port'3'(TX)'/'Port'1'~'4'(RX)'
2,"Secondary"#1"RX"
Up"
0.80"
0.7"
0.1"
3,"Primary"#1"TX,"RX"
Down"
2.90"
0.9"
2"
4,"Secondary"#0"RX"
Down"
2.90"
0.6"
2.3"
" "

Set!
Band!
Port!!
Antenna!
Gain!!
(dBi)!
Cable!
Loss!
(dB)!
True!
Gain!
(dBi)!
Remark!
2
LTE"Band"66"
1,"Primary"#0"TX,"RX"
Up
2.1"
0.6"
1.5"
1TX/2RX:'Port'1'(TX)'/'Port'1,'4'(RX)'
1TX/4RX:'Port'1'(TX)'/'Port'1'~'4'(RX)!
2,"Secondary"#1"RX"
Up"
1.80"
0.7"
1.1"
3,"Primary"#1"RX"
Down
1.50"
0.9"
0.6"
4,"Secondary"#0"RX"
Down"
2.00"
0.6"
1.4"
"
Set!
Band!
Port!!
Antenna!
Gain!!
(dBi)!
Cable!
Loss!
(dB)!
True!
Gain!
(dBi)!
Remark!
3"
WCDMA"
Band"2"
1,"Primary"#0"TX,"RX"
Up
9.0"
0.6"
8.4"
1TX/2RX'
4,"Secondary"#0"RX"
Down"
8.6"
0.6"
8"
WCDMA"
"Band"4"
1,"Primary"#0"TX,"RX"
Up
5.9"
0.6"
5.3"
1TX/2RX'
4,"Secondary"#0"RX"
Down"
8.3"
0.6"
7.7"
WCDMA"
"Band"5"
1,"Primary"#0"TX,"RX"
Up
4.6"
0.6"
4"
1TX/2RX'
4,"Secondary"#0"RX"
Down"
4.9"
0.6"
4.3"
LTE"Band"2"
1,"Primary"#0"TX,"RX"
Up
9.0"
0.6"
8.4"
1TX/2RX:'Port'1'(TX)'/'Port'1,'4'(RX)'
1TX/4RX:'Port'1'(TX)'/'Port'1'~'4'(RX)'
2,"Secondary"#1"RX"
Up"
8.6"
0.7"
7.9"
3,"Primary"#1"RX"
Down"
9.0"
0.9"
8.1"
4,"Secondary"#0"RX"
Down"
8.6"
0.6"
8"
LTE"Band"4"
1,"Primary"#0"TX,"RX"
Up
5.9"
0.6"
5.3"
1TX/2RX:'Port'1'(TX)'/'Port'1,'4'(RX)'
1TX/4RX: Port 1 (TX) / Port 1 ~ 4 (RX)
2,"Secondary"#1"RX"
Up"
8.3"
0.7"
7.6"
3,"Primary"#1"RX"
Down"
5.9"
0.9"
5"
4,"Secondary"#0"RX"
Down"
8.3"
0.6"
7.7"
LTE"Band"5"
1,"Primary"#0"TX,"RX"
Up
4.6"
0.6"
4"
1TX/2RX'
4,"Secondary"#0"RX"
Down"
4.9"
0.6"
4.3"
LTE"Band"7"
2,"Secondary"#1"RX"
Up"
8.2
0.7"
7.5"
1TX/2RX'
3,"Primary"#1"TX,"RX"
Down"
7.8"
0.9"
6.9"
LTE"Band"12"
1,"Primary"#0"TX,"RX"
Up
3.6"
0.6"
3"
1TX/2RX'
4,"Secondary"#0"RX"
Down"
4.3"
0.6"
3.7"
LTE"Band"13"
1,"Primary"#0"TX,"RX"
Up
6.1
0.6"
5.5"
1TX/2RX'
4,"Secondary"#0"RX"
Down"
6.5"
0.6"
5.9"
LTE"Band"17"
1,"Primary"#0"TX,"RX"
Up
3.60"
0.6"
3"
1TX/2RX'
4,"Secondary"#0"RX"
Down"
4.30"
0.6"
3.7"
LTE"Band"25"
1,"Primary"#0"TX,"RX"
Up
9.0"
0.6"
8.4"
1TX/2RX:'Port'1'(TX)'/'Port'1,'4'(RX)'
1TX/4RX:'Port'1'(TX)'/'Port'1'~'4'(RX)'
2,"Secondary"#1"RX"
Up"
8.6"
0.7"
7.9"
3,"Primary"#1"RX"
Down"
9.0"
0.9"
8.1"
4,"Secondary"#0"RX"
Down"
8.6"
0.6"
8"
LTE"Band"26"
1,"Primary"#0"TX,"RX"
Up
5.5"
0.6"
4.9"
1TX/2RX'
4,"Secondary"#0"RX"
Down"
5.9"
0.6"
5.3"
LTE"Band"38"
2,"Secondary"#1"RX"
Up"
8.2"
0.7"
7.5"
1TX/2RX'
3,"Primary"#1"TX,"RX"
Down"
7.8"
0.9"
6.9"
LTE"Band"41"
1,"Primary"#0"RX"
Up
7.8"
0.6"
7.2"
1TX/2RX:'Port'3'(TX)'/'Port'2,'3'(RX)'

Set!
Band!
Port!!
Antenna!
Gain!!
(dBi)!
Cable!
Loss!
(dB)!
True!
Gain!
(dBi)!
Remark!
2,"Secondary"#1"RX"
Up"
8.2"
0.7"
7.5"
1TX/4RX:'Port'3'(TX)'/'Port'1'~'4'(RX)'
3,"Primary"#1"TX,"RX"
Down"
7.8"
0.9"
6.9"
4,"Secondary"#0"RX"
Down"
8.2"
0.6"
7.6"
Set!
Band!
Port!!
Antenna!
Gain!!
(dBi)!
Cable!
Loss!
(dB)!
True!
Gain!
(dBi)!
Remark!
3
LTE"Band"66"
1,"Primary"#0"TX,"RX"
Up
7.2"
0.6"
6.6"
1TX/2RX:'Port'1'(TX)'/'Port'1,'4'(RX)'
1TX/4RX:'Port'1'(TX)'/'Port'1'~'4'(RX)!
2,"Secondary"#1"RX"
Up"
8.6"
0.7"
7.9"
3,"Primary"#1"RX"
Down"
7.2"
0.9"
6.3"
4,"Secondary"#0"RX"
Down"
8.6"
0.6"
8"
Note:"The"above"information"was"declared"by"manufacturer."
For"conducted"test,"only"the"highest"antenna"gain"has"been"tested"and"recorded"in"the"test"report."
For"radiated"test,"set"1"~"set"3"antenna"has"been"tested"and"recorded"in"the"test"report."
Set!
Ant.!
Port!!
Brand!
Model!Name!
Type!
Connector!
Antenna!
Gain!(dBi)!
Remark!
1"
1"
1,"Primary"#0"
CISCO"
N/A"
PIFA
I-PEX"
Note 1
Internal
2"
2,"Primary"#1"
CISCO"
N/A"
PIFA
I-PEX"
3"
3,"Secondary"#0"
CISCO"
N/A"
PIFA
I-PEX"
4"
4,"Secondary"#1"
CISCO"
N/A"
PIFA
I-PEX"
Set!
Ant.!
Port!!
Brand!
Model!Name!
Type!
Connector!
Antenna!
Gain!(dBi)!
Remark!
2"
1"
1,"Primary"#0"
Up
CISCO"
MA-ANT-C1-A"
Dipole
Reversed-SMA"
Note"1"
External
2"
2,"Secondary"#1"
Up"
CISCO"
MA-ANT-C1-A"
Dipole
Reversed-SMA"
3"
3,"Primary"#1"
Down"
CISCO"
MA-ANT-C1-A"
Dipole
Reversed-SMA"
4"
4,"Secondary"#0"
Down"
CISCO"
MA-ANT-C1-A"
Dipole
Reversed-SMA"
3"
1"
1,"Primary"#0"
Up"
CISCO"
MA-ANT-C1-B"
Panel
Reversed-SMA"
External
2"
2,"Secondary"#1"
Up"
CISCO"
MA-ANT-C1-B"
Panel
Reversed-SMA"
3"
3,"Primary"#1"
Down"
CISCO"
MA-ANT-C1-B"
Panel
Reversed-SMA"
4"
4,"Secondary"#0"
Down"
CISCO"
MA-ANT-C1-B"
Panel
Reversed-SMA"
Note1:"
Set!
Band!
Port!!
Antenna!Gain!(dBi)!
Remark!
1"
LTE"Band"14"
1,"Primary"#0"TX,"RX"
1.45"
1TX/2RX"
3,"Secondary"#0"RX"
0.7"
Set!
Band!
Port!!
Antenna!
Gain!!
(dBi)!
Cable!Loss!
(dB)!
True!Gain!
(dBi)!
Remark!

Set!
Band!
Port!!
Antenna!Gain!(dBi)!
Remark!
2"
LTE"Band"14"
1,"Primary"#0"TX,"RX"
Up"
1.1"
0.6"
0.5"
1TX/2RX"
4,"Secondary"#0"RX"
Down"
2.00
0.6"
1.4"
3"
LTE"Band"14"
1,"Primary"#0"TX,"RX"
Up"
6.10"
0.6"
5.5"
1TX/2RX"
4,"Secondary"#0"RX"
Down"
6.50"
0.6"
5.9"
"Note:"The"above"information"was"declared"by"manufacturer."
For"conducted"test,"only"the"highest"antenna"gain"has"been"tested"and"recorded"in"the"test"report."
For"radiated"test,"set"1"~"set"3"antenna"has"been"tested"and"recorded"in"the"test"report."
Set!
Ant.!
Port!!
Brand!
Model!Name!
Type!
Connector!
Antenna!
Gain!(dBi)!
Remark!
1"
1"
1,"Primary"#0"
CISCO"
N/A"
PIFA
I-PEX"
Note 1
Internal
2"
2,"Primary"#1"
CISCO"
N/A"
PIFA
I-PEX"
3"
3,"Secondary"#0"
CISCO"
N/A"
PIFA
I-PEX"
4"
4,"Secondary"#1"
CISCO"
N/A"
PIFA
I-PEX"
Set!
Ant.!
Port!!
Brand!
Model!Name!
Type!
Connector!
Antenna!
Gain!(dBi)!
Remark!
2"
1"
1,"Primary"#0"
Up
CISCO"
MA-ANT-C1-A"
Dipole
Reversed-SMA"
Note"1"
External
2"
2,"Secondary"#1"
Up"
CISCO"
MA-ANT-C1-A"
Dipole
Reversed-SMA"
3"
3,"Primary"#1"
Down"
CISCO"
MA-ANT-C1-A"
Dipole
Reversed-SMA"
4"
4,"Secondary"#0"
Down"
CISCO"
MA-ANT-C1-A"
Dipole
Reversed-SMA"
3"
1"
1,"Primary"#0"
Up"
CISCO"
MA-ANT-C1-B"
Panel
Reversed-SMA"
External
2"
2,"Secondary"#1"
Up"
CISCO"
MA-ANT-C1-B"
Panel
Reversed-SMA"
3"
3,"Primary"#1"
Down"
CISCO"
MA-ANT-C1-B"
Panel
Reversed-SMA"
4"
4,"Secondary"#0"
Down"
CISCO"
MA-ANT-C1-B"
Panel
Reversed-SMA"
Note1:"
Set!
Band!
Port!!
Antenna!Gain!(dBi)!
Remark!
1"
LTE"Band"30"
2,"Primary"#1"TX,"RX"
2.48"
1TX/2RX"
4,"Secondary"#1"RX"
2.33"
Set!
Band!
Port!!
Antenna!
Gain!!
(dBi)!
Cable!Loss!
(dB)!
True!Gain!
(dBi)!
Remark!
2"
LTE"Band"30"
2,"Secondary"#1"RX"
Up"
4.60"
0.7"
3.9
1TX/2RX"
3,"Primary"#1"TX,"RX"
Down"
3.9
0.9"
3.0
3"
LTE"Band"30"
2,"Secondary"#1"RX"
Up"
8.1
0.7"
7.4
1TX/2RX"
3,"Primary"#1"TX,"RX"
Down"
8.8"
0.9"
7.9
Note:"The"above"information"was"declared"by"manufacturer."
For"conducted"test,"only"the"highest"antenna"gain"has"been"tested"and"recorded"in"the"test"report."
For"radiated"test,"set"1"~"set"3"antenna"has"been"tested"and"recorded"in"the"test"report."

Set!
Ant.!
Port!!
Brand!
Model!Name!
Type!
Connector!
Antenna!
Gain!(dBi)!
Remark!
1"
1"
1,"Primary"#0"
CISCO"
N/A"
PIFA
I-PEX"
Note 1
Internal
2"
2,"Primary"#1"
CISCO"
N/A"
PIFA
I-PEX"
3"
3,"Secondary"#0"
CISCO"
N/A"
PIFA
I-PEX"
4"
4,"Secondary"#1"
CISCO"
N/A"
PIFA
I-PEX"
Set!
Ant.!
Port!!
Brand!
Model!Name!
Type!
Connector!
Antenna!
Gain!(dBi)!
Remark!
2"
1"
1,"Primary"#0"
Up
CISCO"
MA-ANT-C1-A"
Dipole
Reversed-SMA"
These
antennas
don't
support
band 42.
External
2"
2,"Secondary"#1"
Up"
CISCO"
MA-ANT-C1-A"
Dipole
Reversed-SMA"
3"
3,"Primary"#1"
Down"
CISCO"
MA-ANT-C1-A"
Dipole
Reversed-SMA"
4"
4,"Secondary"#0"
Down"
CISCO"
MA-ANT-C1-A"
Dipole
Reversed-SMA"
3"
1"
1,"Primary"#0"
Up"
CISCO"
MA-ANT-C1-B"
Panel
Reversed-SMA"
External
2"
2,"Secondary"#1"
Up"
CISCO"
MA-ANT-C1-B"
Panel
Reversed-SMA"
3"
3,"Primary"#1"
Down"
CISCO"
MA-ANT-C1-B"
Panel
Reversed-SMA"
4"
4,"Secondary"#0"
Down"
CISCO"
MA-ANT-C1-B"
Panel
Reversed-SMA"
Note1:"
Set!
Band!
Port!!
Antenna!Gain!(dBi)!
Remark!
1"
LTE"Band"42"
2,"Primary"#1"TX,"RX"
2.76
1TX/2RX"
4,"Secondary"#1"RX"
2.72
Note:"The"above"information"was"declared"by"manufacturer."
Only"the"highest"antenna"gain"has"been"tested"and"recorded"in"the"test"report."

Set!
Ant.!
Port!!
Brand!
Model!Name!
Type!
Connector!
Antenna!
Gain!(dBi)!
Remark!
1"
1"
1,"Primary"#0"
CISCO"
N/A"
PIFA
I-PEX"
Note 1
Internal
2"
2,"Primary"#1"
CISCO"
N/A"
PIFA
I-PEX"
3"
3,"Secondary"#0"
CISCO"
N/A"
PIFA
I-PEX"
4"
4,"Secondary"#1"
CISCO"
N/A"
PIFA
I-PEX"
Set!
Ant.!
Port!!
Brand!
Model!Name!
Type!
Connector!
Antenna!
Gain!(dBi)!
Remark!
2"
1"
1,"Primary"#0"
Up
CISCO"
MA-ANT-C1-A"
Dipole
Reversed-SMA"
These
antennas
don't support
band 43.
External
2"
2,"Secondary"#1"
Up"
CISCO"
MA-ANT-C1-A"
Dipole
Reversed-SMA"
3"
3,"Primary"#1"
Down"
CISCO"
MA-ANT-C1-A"
Dipole
Reversed-SMA"
4"
4,"Secondary"#0"
Down"
CISCO"
MA-ANT-C1-A"
Dipole
Reversed-SMA"
3"
1"
1,"Primary"#0"
Up"
CISCO"
MA-ANT-C1-B"
Panel
Reversed-SMA"
External
2"
2,"Secondary"#1"
Up"
CISCO"
MA-ANT-C1-B"
Panel
Reversed-SMA"
3"
3,"Primary"#1"
Down"
CISCO"
MA-ANT-C1-B"
Panel
Reversed-SMA"
4"
4,"Secondary"#0"
Down"
CISCO"
MA-ANT-C1-B"
Panel
Reversed-SMA"
Note1:"
Set!
Band!
Port!!
Antenna!Gain!(dBi)!
Remark!
1"
LTE"Band"43"
2,"Primary"#1"TX,"RX"
2.92
1TX/2RX"
4,"Secondary"#1"RX"
2.44
Note:"The"above"information"was"declared"by"manufacturer."
Only"the"highest"antenna"gain"has"been"tested"and"recorded"in"the"test"report."