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• PoE with a supporting switch

• The Underwriter Laboratories (UL)-approved Listed Power Adapter must

meet the following minimum specifications—rated output of 42.5 to 57 Vdc,
min. 1.11A, Tma is 50°C minimum, altitude is 3048m minimum.

• If 802.3af is used, all the radios get switched off. Ethernet gets downgraded

to 1 GbE. The USB port is also off.

Note

• Operating temperature:

• C9136I: 32°F to 122°F (0°C to 50°C)

When installing the C9136I AP in an environment where the ambient temperature is in the range of 104°F
and 122°F (>40°C and 50°C), the access point configuration will change from 8x8 to 4x4 on the 5-GHz radios,
and the uplink Ethernet will downgrade to 1 GbE. However, the USB port will remain enabled.

Note

We recommend that you make a site map showing access point locations so that you can record the device
MAC addresses from each location and return them to the person who is planning or managing your wireless
network.

Mounting the Access Point

Cisco Catalyst 9136I Series access points can be mounted in several configurations:

• Suspended ceiling

• Hard ceiling

• Wall

• Electrical or network box

• Above a suspended ceiling

For access point-mounting instructions, go to the following URL:

http://www.cisco.com/c/en/us/td/docs/wireless/access_point/mounting/guide/apmount.html

The standard mounting hardware supported by the AP is listed in .

Cisco Catalyst 9136I Series Access Point Hardware Installation Guide

18

Installation Overview

Mounting the Access Point

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Summary of Contents for Catalyst 9136 Series

Page 1: ... Access Point Hardware Installation Guide First Published 2022 02 15 Americas Headquarters Cisco Systems Inc 170 West Tasman Drive San Jose CA 95134 1706 USA http www cisco com Tel 408 526 4000 800 553 NETS 6387 Fax 408 527 0883 ...

Page 2: ...he separation between the equipment and receiver Connect the equipment into an outlet on a circuit different from that to which the receiver is connected Consult the dealer or an experienced radio TV technician for help Modifications to this product not authorized by Cisco could void the FCC approval and negate your authority to operate the product The Cisco implementation of TCP header compressio...

Page 3: ...ss Points Features 1 AP Model Numbers and Regulatory Domains 3 Antennas and Radios 3 Internal Antennas 3 Operating Frequency and Maximum Output Power 4 Hardware Features 5 C H A P T E R 2 Access Point Views Ports and Connectors 5 Connectors and Ports on the AP 5 C9136I Internal Antenna Radiation Patterns 7 Unpacking Your Access Point 13 C H A P T E R 3 Package Contents 13 Unpacking the Access Poin...

Page 4: ... Conformity and Regulatory Information 31 C H A P T E R 8 Manufacturers Federal Communication Commission Declaration of Conformity Statement 31 VCCI Statement for Japan 32 Guidelines for Operating Cisco Catalyst Access Points in Japan 33 Canadian Compliance Statement 34 European Community Switzerland Norway Iceland and Liechtenstein Compliance 36 Administrative Rules for Cisco Catalyst Access Poin...

Page 5: ...Declaration of Conformity Statements 41 Transmit Power and Receive Sensitivity Values 43 A P P E N D I X A Cisco Catalyst 9136I Series Access Point Hardware Installation Guide v Contents ...

Page 6: ...Cisco Catalyst 9136I Series Access Point Hardware Installation Guide vi Contents ...

Page 7: ...the following sections About this Guide on page vii Conventions on page vii Related Documentation on page viii Communications Services and Additional Information on page viii About this Guide This guide provides instructions on how to install your Cisco Catalyst 9136I Series Access Points and provides links to resources that can help you configure it This guide also provides mounting instructions ...

Page 8: ...nstallation and configuration guides list html Communications Services and Additional Information To receive timely relevant information from Cisco sign up at Cisco Profile Manager To get the business impact you re looking for with the technologies that matter visit Cisco Services To submit a service request visit Cisco Support To discover and browse secure validated enterprise class apps products...

Page 9: ...d high definition collaboration applications all wireless offices and Internet of Things IoT The AP supports full interoperability with leading 802 11ax and 802 11ac clients along with mixed deployment with other APs and controllers These APs provide integrated security resiliency and operational flexibility as well as increased network intelligence A full listing of the AP s features and specific...

Page 10: ...get Wake Time TWT which allows a client to stay asleep and wake up only at prescheduled target times to exchange data with the AP This provides significant energy savings for battery operated devices Cisco Digital Network Architecture DNA support to enable Cisco DNA Spaces Apple FastLane and Cisco Identity Services Engine Optimized AP Roaming for ensuring that client devices associate with the AP ...

Page 11: ...trength packet size and so on In the sniffer mode the server to which the data is sent should be on the same VLAN as the wireless controller management VLAN Otherwise an error is displayed Note AP Model Numbers and Regulatory Domains Details Model Number AP Type Tri band controller based 802 11ax C9136I x Access Point for indoor environments with internal antennas Verify whether the AP model you h...

Page 12: ...d 6 GHz Aux radio Operating Frequency and Maximum Output Power Maximum Total Conducted Power Level dBm Frequency Bands Radio 23 4x4 2400 2483 5 MHz Wi Fi 26 8x8 5150 5250 MHz 26 8x8 5250 5350 MHz 26 8x8 5470 5725 MHz 26 8x8 5725 5850 MHz 23 4x4 5925 6425 MHz 23 4x4 6425 6525 MHz 23 4x4 6525 6875 MHz 23 4x4 6875 7125 MHz 20 2400 2483 5 MHz Bluetooth Low Energy BLE Cisco Catalyst 9136I Series Access...

Page 13: ...ormation about connectors and ports for the AP models see Connectors and Ports on the AP on page 5 Environment Sensors The AP has inbuilt environment sensors that work with Cisco DNA Spaces There are two visible vents at the top of the AP The sensors measure the following environment parameters Ambient air temperature Air quality Total Volatile Organic Compounds TVOC Humidity Connectors and Ports ...

Page 14: ...USB 2 0 port 3 C9136I Top View Figure 2 C9136I Top View with Connectors and Ports RJ 45 console port 5 Kensington lock slot 1 5 GbE port 1 6 Security hasp for padlocking AP to the mounting bracket 2 Cisco Catalyst 9136I Series Access Point Hardware Installation Guide 6 Hardware Features Connectors and Ports on the AP ...

Page 15: ...Radiation Patterns The following illustrations show the C9136I model with internal antenna radiation patterns Figure 4 C9136I Dual Band Antenna Radiation Pattern 2 4 GHz Elevation Figure 3 C9136I Dual Band Antenna Radiation Pattern 2 4 GHz Azimuth Cisco Catalyst 9136I Series Access Point Hardware Installation Guide 7 Hardware Features C9136I Internal Antenna Radiation Patterns ...

Page 16: ... Radiation Pattern 5 GHz Azimuth Figure 8 C9136I Single Band Antenna Radiation Pattern 5 GHz Elevation Figure 7 C9136I Single Band Antenna Radiation Pattern 5 GHz Azimuth Cisco Catalyst 9136I Series Access Point Hardware Installation Guide 8 Hardware Features C9136I Internal Antenna Radiation Patterns ...

Page 17: ...Radiation Pattern 5 GHz Azimuth Figure 12 C9136I Single Band Antenna Radiation Pattern 6 GHz Elevation Figure 11 C9136I Single Band Antenna Radiation Pattern 6 GHz Azimuth Cisco Catalyst 9136I Series Access Point Hardware Installation Guide 9 Hardware Features C9136I Internal Antenna Radiation Patterns ...

Page 18: ...naRadiationPattern 2 4 GHzAzimuth Figure 16 C9136I AUX Antenna Radiation Pattern 5 GHz Elevation Figure 15 C9136I AUX Antenna Radiation Pattern 5 GHz Azimuth Cisco Catalyst 9136I Series Access Point Hardware Installation Guide 10 Hardware Features C9136I Internal Antenna Radiation Patterns ...

Page 19: ...na Radiation Pattern 6 GHz Azimuth Figure20 C9136I IoTAntennaRadiationPattern 2 4 GHzElevation Figure 19 C9136I IoT Antenna Radiation Pattern 2 4 GHz Azimuth Cisco Catalyst 9136I Series Access Point Hardware Installation Guide 11 Hardware Features C9136I Internal Antenna Radiation Patterns ...

Page 20: ...Cisco Catalyst 9136I Series Access Point Hardware Installation Guide 12 Hardware Features C9136I Internal Antenna Radiation Patterns ...

Page 21: ...ET 2 only if selected when you order the access point Cisco product documentation and pointer card Unpacking the Access Point To unpack the access point follow these steps Procedure Step 1 Unpack and remove the access point and the selected mounting accessory kit from the shipping box Step 2 Return the packing material to the shipping container and save it for future use Step 3 Verify that you hav...

Page 22: ...tions AIR AP BRACKET 1 For electrical or network boxes above ceiling mounts AIR AP BRACKET 2 Power injectors when PoE is not available Description Power Supply Mid span power injector AIR PWRINJ7 when Power over Ethernet PoE is not available AIR PWRINJ7 Cisco Catalyst 9136I Series Access Point Hardware Installation Guide 14 Unpacking Your Access Point Cisco Orderable Accessories ...

Page 23: ...int on page 20 Performing a PreInstallation Configuration Optional The following procedures describe the processes to ensure that your access point installation and initial operation go as expected This procedure is optional Performing a preinstallation configuration is an optional procedure If your network controller is properly configured you can install your access point in its final location a...

Page 24: ... server only if a default router gateway is configured on the DHCP server enabling the AP to receive its gateway IP address and the gateway ARP is resolved Note CAPWAP UDP ports must not be blocked in the network The AP must be able to find the IP address of the controller This can be accomplished using DHCP DNS or IP subnet broadcast This guide describes the DHCP method to convey the controller I...

Page 25: ...lowing setup is configured A DHCP server is reachable from the subnet on which you will be installing the AP The subnet has a route back to the Cisco controller This route has destination UDP ports 5246 and 5247 open for CAPWAP communications The route back to the primary secondary and tertiary controller allows IP packet fragments If address translation is used the access point and the Cisco cont...

Page 26: ...hernet will downgrade to 1 GbE However the USB port will remain enabled Note We recommend that you make a site map showing access point locations so that you can record the device MAC addresses from each location and return them to the person who is planning or managing your wireless network Mounting the Access Point Cisco Catalyst 9136I Series access points can be mounted in several configuration...

Page 27: ...RACKET 3 is not compatible for use with Cisco Catalyst 9136I series access points 3 You can also use in tile mounting options available from third parties For more information see the access point data sheet available on Cisco com at https www cisco com c en us products collateral wireless catalyst 9100ax access points nb 06 cat 9130 ser ap ds cte en html When mounting the AP in areas where there ...

Page 28: ...re enables the AP to support hitless failover when the powered port experiences a power failure When the PoE is present on both ports only one port draws power and the other is in standby mode The AP switches over to the standby port in a hitless transition if the active PoE port fails The hitless failover functions correctly when both PSE ports are of the same type that is 802 3at x2 or 802 3bt x...

Page 29: ... valid for that time The controller must discover AP before it can become an active part of the network The AP supports the following controller discovery processes Locally stored controller IP address discovery If the access point was previously joined to a controller the IP addresses of the primary secondary and tertiary controllers are stored in the access point s nonvolatile memory This proces...

Page 30: ... the access point is unable to find its primary secondary and tertiary Cisco Wireless Controller Check the connection between the access point and the Cisco Wireless Controller and be sure that the access point and the Cisco Wireless Controller are either on the same subnet or that the access point has a route back to its primary secondary and tertiary Cisco Wireless Controller Also if the access ...

Page 31: ...Blue Executing boot loader Green Boot loader status Boot loader signing verification failure Blinking Green Boot loader error Software upgrade in progress Blinking Blue Operating status Discovery or join process in progress Alternating between Green and Red General warning insufficient inline power Cycling through Red Off Green Off Blue Off Access point operating system errors Cisco Catalyst 9136I...

Page 32: ...Cisco Catalyst 9136I Series Access Point Hardware Installation Guide 24 Configuring and Deploying the Access Point Checking the Access Point LEDs ...

Page 33: ...P status LED changes to blinking red Then To reset the AP to the default factory shipped configuration keep the mode button pressed for less than 20 seconds The AP configuration files are cleared This resets all the configuration settings to factory defaults including passwords WEP keys the IP address and the SSID To clear the AP internal storage including all the configuration files keep the Mode...

Page 34: ...number of access points it does not collect information for any more access points An access point sends all the syslog messages to the IP address 255 255 255 255 by default You can also configure a DHCP server to return a syslog server IP address to the access point using option 7 on the server The access point then starts sending all the syslog messages to this IP address When the access point j...

Page 35: ...ler IP addresses to the access points enabling them to find and join a controller The following is a DHCP Option 43 configuration example on a Windows 2003 Enterprise DHCP server for use with Cisco Catalyst lightweight access points For other DHCP server implementations see the product documentation for configuring DHCP Option 43 In Option 43 you should use the IP address of the controller managem...

Page 36: ...5 0 Default router is the IP address of the default router such as 10 0 0 1 DNS Server is the IP address of the DNS server such as 10 0 10 2 Step 3 Add the Option 43 line using the following syntax Example option 43 hex hex string The hex string is assembled by concatenating the following TLV values Type Length Value For example if there are two controllers with management interface IP addresses 1...

Page 37: ... statement number provided at the end of each warning to locate its translation in the translated safety warnings that accompanied this device SAVE THESE INSTRUCTIONS Statement 1071 Danger Read the installation instructions before using installing or connecting the system to the power source Statement 1004 Danger This product relies on the building s installation for short circuit overcurrent prot...

Page 38: ... with Section 300 22 C of the National Electrical Code and Sections 2 128 12 010 3 and 12 100 of the Canadian Electrical Code Part 1 CSA C22 2 External power supply power adapter and or power injector if provided are not suitable for installation in air spaces Statement 440 Danger Cisco Catalyst 9136I Series Access Point Hardware Installation Guide 30 Safety Guidelines and Warnings Safety Instruct...

Page 39: ...iechtenstein Compliance on page 36 Administrative Rules for Cisco Catalyst Access Points in Taiwan on page 37 Operation of Cisco Catalyst Access Points in Brazil on page 38 Declaration of Conformity for RF Exposure on page 38 Declaration of Conformity Statements on page 41 ManufacturersFederalCommunicationCommissionDeclaration of Conformity Statement CertificationNumber AccessPointModels LDKMU6CR2...

Page 40: ...ipment 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 This device and its antenna s must not be co located or operating in conjunction with any other antenna or transmitter For pro...

Page 41: ...ed in the vicinity 2 If this equipment causes RF interference to a premises radio station of RF ID promptly change the frequency or stop using the device contact the number below and ask for recommendations on avoiding radio interference such as setting partitions 3 If this equipment causes RF interference to a specified low power radio station of RF ID contact the number below Contact Number 03 6...

Page 42: ...ed power e i r p is not more than that necessary for successful communication Conformément à la réglementation d Industrie Canada le présent émetteur radio peut fonctionner avec une antenne d un type et d un gain maximal ou inférieur approuvé pour l émetteur par Industrie Canada Dans le but de réduire les risques de brouillage radioélectrique à l intention des autres utilisateurs il faut choisir l...

Page 43: ...e Band Omni Directional Horizontal Polarization 50 ohms 5 GHz 5dBi Single Port Single Band Omni Directional Horizontal Polarization 50 ohms 6 GHz 6dBi Single Port Single Band Omni Directional Vertical Polarization 50 ohms 6 GHz 6dBi Single Port Single Band Omni Directional Vertical Polarization 50 ohms 6 GHz 6dBi Single Port Single Band Omni Directional Vertical Polarization 50 ohms 6 GHz 6dBi Sin...

Page 44: ...le in the USA Canada market only channel 1 11 can be operated Selection of other channels is not possible Pour les produits disponibles aux États Unis Canada du marché seul le canal 1 à 11 peuvent être exploités Sélection d autres canaux n est pas possible Access Point Models C9136I A This equipment is intended to be used in all EU and EFTA countries Outdoor use may be restricted to certain freque...

Page 45: ...系統之操作 English Translation Without permission granted by the NCC any company enterprise or user is not allowed to change frequency enhance transmitting power or alter original characteristic as well as performance to a approved low power radio frequency devices The low power radio frequency devices shall not influence aircraft security and interfere legal communications If found the user shall ceas...

Page 46: ...ic Discussion on RF Exposure The Cisco products are designed to comply with the following national and international standards on Human Exposure to Radio Frequencies US 47 Code of Federal Regulations Part 2 Subpart J American National Standards Institute ANSI Institute of Electrical and Electronic Engineers IEEE C 95 1 99 International Commission on Non Ionizing Radiation Protection ICNIRP 98 Mini...

Page 47: ...ncy electromagnetic fields as referenced in FCC Part 1 1310 The guidelines are based on IEEE ANSI C 95 1 92 and include a substantial safety margin designed to ensure the safety of all persons regardless of age and health As such the systems are designed to be operated as to avoid contact with the antennas by the end user It is recommended to set the system in a location where the antennas can rem...

Page 48: ...ion aux fréquences radioélectriques champs électromagnétiques de fréquence radio recommandées dans le code de sécurité 6 de Santé Canada Ces directives intègrent une marge de sécurité importante destinée à assurer la sécurité de tous indépendamment de l âge et de la santé Par conséquent les systèmes sont conçus pour être exploités en évitant que l utilisateur n entre en contact avec les antennes I...

Page 49: ...Electromagnetic Fields You can obtain additional information from the following organizations World Health Organization Internal Commission on Non Ionizing Radiation Protection United Kingdom National Radiological Protection Board Cellular Telecommunications Association at https www ctia org The Mobile Wireless Forum at https www mwfai org Declaration of Conformity Statements All the Declaration o...

Page 50: ...Cisco Catalyst 9136I Series Access Point Hardware Installation Guide 42 Declarations of Conformity and Regulatory Information Declaration of Conformity Statements ...

Page 51: ...sitivity dBm Total Tx Power dBm Number of Active Antennas Spatial Streams 802 11 11b 104 23 4 1 1 Mbps 98 23 4 1 11 Mbps 802 11a g 99 23 99 23 99 23 99 23 4 1 6 Mbps 93 23 90 23 90 23 93 23 4 1 24 Mbps 84 21 83 23 83 23 85 23 4 1 54 Mbps 802 11n HT20 100 23 100 23 100 23 4 1 MCS0 90 23 87 23 87 23 4 1 MCS4 82 20 80 23 80 23 4 1 MCS7 98 23 96 23 96 23 4 2 MCS8 86 23 84 23 84 23 4 2 MCS12 79 20 77 2...

Page 52: ...97 23 97 23 4 1 MCS0 87 23 87 23 4 1 MCS4 79 22 79 22 4 1 MCS7 94 23 94 23 4 2 MCS8 83 23 83 23 4 2 MCS12 76 22 76 22 4 2 MCS15 92 23 92 23 4 3 MCS16 81 23 81 23 4 3 MCS20 74 22 74 22 4 3 MCS23 91 23 91 23 4 4 MCS24 80 23 80 23 4 4 MCS28 73 22 73 22 4 4 MCS31 802 11ac VHT20 100 23 100 23 4 1 MCS0 91 23 91 23 4 1 MCS4 84 23 84 23 4 1 MCS7 78 22 78 22 4 1 MCS8 4 1 MCS9 96 23 96 23 4 2 MCS0 87 23 87 ...

Page 53: ...72 21 72 21 4 3 MCS9 93 23 93 23 4 4 MCS0 84 23 84 23 4 4 MCS4 77 23 77 23 4 4 MCS7 72 22 72 22 4 4 MCS8 4 4 MCS9 Using 5 GHz primary secondary 100 26 8 1 MCS0 Using 5 GHz primary secondary 93 26 8 1 MCS4 Using 5 GHz primary secondary 85 26 8 1 MCS7 Using 5 GHz primary secondary 79 25 8 1 MCS8 8 1 MCS9 Using 5 GHz primary secondary 98 26 8 2 MCS0 Using 5 GHz primary secondary 89 26 8 2 MCS4 Cisco ...

Page 54: ...ng 5 GHz primary secondary 96 26 8 3 MCS0 Using 5 GHz primary secondary 88 26 8 3 MCS4 Using 5 GHz primary secondary 81 26 8 3 MCS7 Using 5 GHz primary secondary 76 25 8 3 MCS8 Using 5 GHz primary secondary 74 24 8 3 MCS9 Using 5 GHz primary secondary 95 26 8 4 MCS0 Using 5 GHz primary secondary 87 26 8 4 MCS4 Using 5 GHz primary secondary 79 26 8 4 MCS7 Using 5 GHz primary secondary 74 25 8 4 MCS...

Page 55: ...8 6 MCS4 Using 5 GHz primary secondary 77 26 8 6 MCS7 Using 5 GHz primary secondary 72 25 8 6 MCS8 Using 5 GHz primary secondary 71 24 8 6 MCS9 Using 5 GHz primary secondary 93 26 8 8 MCS0 Using 5 GHz primary secondary 84 26 8 8 MCS4 Using 5 GHz primary secondary 77 26 8 8 MCS7 Using 5 GHz primary secondary 72 25 8 8 MCS8 8 8 MCS9 802 11ac VHT40 98 23 98 23 4 1 MCS0 89 23 89 23 4 1 MCS4 Cisco Cata...

Page 56: ...7 22 77 22 4 2 MCS7 74 21 74 21 4 2 MCS8 72 21 72 21 4 2 MCS9 93 23 93 23 4 3 MCS0 83 23 83 23 4 3 MCS4 75 22 75 22 4 3 MCS7 72 21 72 21 4 3 MCS8 70 21 70 21 4 3 MCS9 92 23 92 23 4 4 MCS0 82 23 82 23 4 4 MCS4 74 22 74 22 4 4 MCS7 70 21 70 21 4 4 MCS8 69 21 69 21 4 4 MCS9 Using 5 GHz primary secondary 98 26 8 1 MCS0 Using 5 GHz primary secondary 91 26 8 1 MCS4 Using 5 GHz primary secondary 83 25 8 ...

Page 57: ... GHz primary secondary 96 26 8 2 MCS0 Using 5 GHz primary secondary 87 26 8 2 MCS4 Using 5 GHz primary secondary 80 25 8 2 MCS7 Using 5 GHz primary secondary 76 24 8 2 MCS8 Using 5 GHz primary secondary 74 24 8 2 MCS9 Using 5 GHz primary secondary 95 26 8 3 MCS0 Using 5 GHz primary secondary 86 26 8 3 MCS4 Using 5 GHz primary secondary 78 25 8 3 MCS7 Using 5 GHz primary secondary 74 24 8 3 MCS8 Ci...

Page 58: ... GHz primary secondary 85 26 8 4 MCS4 Using 5 GHz primary secondary 77 25 8 4 MCS7 Using 5 GHz primary secondary 73 24 8 4 MCS8 Using 5 GHz primary secondary 71 24 8 4 MCS9 Using 5 GHz primary secondary 93 26 8 6 MCS0 Using 5 GHz primary secondary 83 26 8 6 MCS4 Using 5 GHz primary secondary 75 25 8 6 MCS7 Using 5 GHz primary secondary 70 24 8 6 MCS8 Using 5 GHz primary secondary 70 24 8 6 MCS9 Ci...

Page 59: ...ary secondary 74 25 8 8 MCS7 Using 5 GHz primary secondary 70 24 8 8 MCS8 Using 5 GHz primary secondary 69 24 8 8 MCS9 802 11ac VHT80 93 23 93 23 4 1 MCS0 85 23 85 23 4 1 MCS4 78 22 78 22 4 1 MCS7 73 21 73 21 4 1 MCS8 71 20 71 20 4 1 MCS9 91 23 91 23 4 2 MCS0 81 23 81 23 4 2 MCS4 74 22 74 22 4 2 MCS7 70 21 70 21 4 2 MCS8 68 20 68 20 4 2 MCS9 89 23 89 23 4 3 MCS0 79 23 79 23 4 3 MCS4 72 22 72 22 4 ...

Page 60: ...7 66 21 66 21 4 4 MCS8 65 20 65 20 4 4 MCS9 Using 5 GHz primary secondary 94 26 8 1 MCS0 Using 5 GHz primary secondary 87 26 8 1 MCS4 Using 5 GHz primary secondary 79 25 8 1 MCS7 Using 5 GHz primary secondary 74 24 8 1 MCS8 Using 5 GHz primary secondary 73 23 8 1 MCS9 Using 5 GHz primary secondary 92 26 8 2 MCS0 Using 5 GHz primary secondary 84 26 8 2 MCS4 Using 5 GHz primary secondary 76 25 8 2 M...

Page 61: ... GHz primary secondary 91 26 8 3 MCS0 Using 5 GHz primary secondary 82 26 8 3 MCS4 Using 5 GHz primary secondary 75 25 8 3 MCS7 Using 5 GHz primary secondary 70 24 8 3 MCS8 Using 5 GHz primary secondary 69 23 8 3 MCS9 Using 5 GHz primary secondary 90 26 8 4 MCS0 Using 5 GHz primary secondary 81 26 8 4 MCS4 Using 5 GHz primary secondary 73 25 8 4 MCS7 Using 5 GHz primary secondary 69 24 8 4 MCS8 Ci...

Page 62: ...S0 Using 5 GHz primary secondary 79 26 8 6 MCS4 Using 5 GHz primary secondary 71 25 8 6 MCS7 Using 5 GHz primary secondary 67 24 8 6 MCS8 8 6 MCS9 Using 5 GHz primary secondary 88 26 8 8 MCS0 Using 5 GHz primary secondary 78 26 8 8 MCS4 Using 5 GHz primary secondary 71 25 8 8 MCS7 Using 5 GHz primary secondary 66 24 8 8 MCS8 Using 5 GHz primary secondary 65 23 8 8 MCS9 802 11ac VHT160 Cisco Cataly...

Page 63: ... GHz primary secondary 88 23 4 1 MCS0 Using 5 GHz primary secondary 81 23 4 1 MCS4 Using 5 GHz primary secondary 73 22 4 1 MCS7 Using 5 GHz primary secondary 69 21 4 1 MCS8 Using 5 GHz primary secondary 67 20 4 1 MCS9 Using 5 GHz primary secondary 87 23 4 2 MCS0 Using 5 GHz primary secondary 78 23 4 2 MCS4 Cisco Catalyst 9136I Series Access Point Hardware Installation Guide 55 Transmit Power and R...

Page 64: ...primary secondary 70 22 4 2 MCS7 Using 5 GHz primary secondary 66 21 4 2 MCS8 Using 5 GHz primary secondary 64 20 4 2 MCS9 Using 5 GHz primary secondary 86 23 4 3 MCS0 Using 5 GHz primary secondary 76 23 4 3 MCS4 Using 5 GHz primary secondary 68 22 4 3 MCS7 Using 5 GHz primary secondary 64 21 4 3 MCS8 4 3 MCS9 Cisco Catalyst 9136I Series Access Point Hardware Installation Guide 56 Transmit Power a...

Page 65: ...S4 Using 5 GHz primary secondary 67 22 4 4 MCS7 Using 5 GHz primary secondary 63 21 4 4 MCS8 Using 5 GHz primary secondary 61 20 4 4 MCS9 802 11ax HE20 100 23 100 23 100 23 98 23 4 1 MCS0 91 23 90 23 90 23 92 23 4 1 MCS4 84 20 83 23 83 23 84 22 4 1 MCS7 78 19 77 22 77 22 80 22 4 1 MCS8 78 19 77 21 77 21 79 21 4 1 MCS9 73 18 70 20 70 20 74 20 4 1 MCS10 71 18 70 20 70 20 73 20 4 1 MCS11 Cisco Cataly...

Page 66: ... 4 2 MCS11 95 23 95 23 95 23 95 23 4 3 MCS0 86 23 84 23 84 23 87 23 4 3 MCS4 78 20 77 23 77 23 79 22 4 3 MCS7 74 19 73 22 73 22 76 22 4 3 MCS8 73 19 73 21 73 21 75 21 4 3 MCS9 69 18 66 20 66 20 69 20 4 3 MCS10 66 18 65 20 65 20 68 20 4 3 MCS11 95 23 94 23 94 23 94 23 4 4 MCS0 84 23 83 23 83 23 85 23 4 4 MCS4 78 20 77 23 77 23 78 22 4 4 MCS7 73 19 72 22 72 22 74 22 4 4 MCS8 72 19 71 21 71 21 73 21 ...

Page 67: ...GHz primary secondary 80 25 8 1 MCS8 Using 5 GHz primary secondary 79 24 8 1 MCS9 Using 5 GHz primary secondary 74 23 8 1 MCS10 Using 5 GHz primary secondary 73 23 8 1 MCS11 Using 5 GHz primary secondary 99 26 8 2 MCS0 Using 5 GHz primary secondary 89 26 8 2 MCS4 Using 5 GHz primary secondary 79 26 8 2 MCS7 Using 5 GHz primary secondary 78 25 8 2 MCS8 Using 5 GHz primary secondary 76 24 8 2 MCS9 C...

Page 68: ... GHz primary secondary 98 26 8 3 MCS0 Using 5 GHz primary secondary 84 26 8 3 MCS4 Using 5 GHz primary secondary 81 26 8 3 MCS7 Using 5 GHz primary secondary 77 25 8 3 MCS8 Using 5 GHz primary secondary 75 24 8 3 MCS9 Using 5 GHz primary secondary 70 23 8 3 MCS10 Using 5 GHz primary secondary 68 23 8 3 MCS11 Using 5 GHz primary secondary 96 26 8 4 MCS0 Using 5 GHz primary secondary 86 26 8 4 MCS4 ...

Page 69: ...Hz primary secondary 73 24 8 4 MCS9 Using 5 GHz primary secondary 70 23 8 4 MCS10 Using 5 GHz primary secondary 68 23 8 4 MCS11 Using 5 GHz primary secondary 95 26 8 6 MCS0 Using 5 GHz primary secondary 84 26 8 6 MCS4 Using 5 GHz primary secondary 77 26 8 6 MCS7 Using 5 GHz primary secondary 73 25 8 6 MCS8 Using 5 GHz primary secondary 71 24 8 6 MCS9 Using 5 GHz primary secondary 67 23 8 6 MCS10 C...

Page 70: ...4 Using 5 GHz primary secondary 77 26 8 8 MCS7 Using 5 GHz primary secondary 72 25 8 8 MCS8 Using 5 GHz primary secondary 71 24 8 8 MCS9 Using 5 GHz primary secondary 66 23 8 8 MCS10 Using 5 GHz primary secondary 65 23 8 8 MCS11 802 11ax HE40 96 23 96 23 95 23 4 1 MCS0 87 23 87 23 89 23 4 1 MCS4 81 22 81 22 82 22 4 1 MCS7 76 21 76 21 77 22 4 1 MCS8 75 21 75 21 77 22 4 1 MCS9 71 19 71 19 74 20 4 1 ...

Page 71: ...S10 66 19 66 19 68 20 4 2 MCS11 93 23 93 23 93 23 4 3 MCS0 82 23 82 23 84 23 4 3 MCS4 75 22 75 22 77 22 4 3 MCS7 72 21 72 21 72 22 4 3 MCS8 70 21 70 21 72 22 4 3 MCS9 67 19 67 19 68 20 4 3 MCS10 63 19 63 19 66 20 4 3 MCS11 92 23 92 23 91 23 4 4 MCS0 81 23 81 23 82 23 4 4 MCS4 74 22 74 22 75 22 4 4 MCS7 70 21 70 21 71 22 4 4 MCS8 69 21 69 21 70 22 4 4 MCS9 65 19 65 19 67 20 4 4 MCS10 62 19 62 19 64...

Page 72: ...GHz primary secondary 77 24 8 1 MCS8 Using 5 GHz primary secondary 76 24 8 1 MCS9 Using 5 GHz primary secondary 73 22 8 1 MCS10 Using 5 GHz primary secondary 70 22 8 1 MCS11 Using 5 GHz primary secondary 96 26 8 2 MCS0 Using 5 GHz primary secondary 86 26 8 2 MCS4 Using 5 GHz primary secondary 79 25 8 2 MCS7 Using 5 GHz primary secondary 75 24 8 2 MCS8 Using 5 GHz primary secondary 73 24 8 2 MCS9 C...

Page 73: ... GHz primary secondary 94 26 8 3 MCS0 Using 5 GHz primary secondary 84 26 8 3 MCS4 Using 5 GHz primary secondary 77 25 8 3 MCS7 Using 5 GHz primary secondary 73 24 8 3 MCS8 Using 5 GHz primary secondary 71 24 8 3 MCS9 Using 5 GHz primary secondary 68 22 8 3 MCS10 Using 5 GHz primary secondary 66 22 8 3 MCS11 Using 5 GHz primary secondary 94 26 8 4 MCS0 Using 5 GHz primary secondary 83 26 8 4 MCS4 ...

Page 74: ...Hz primary secondary 70 24 8 4 MCS9 Using 5 GHz primary secondary 67 22 8 4 MCS10 Using 5 GHz primary secondary 65 22 8 4 MCS11 Using 5 GHz primary secondary 92 26 8 6 MCS0 Using 5 GHz primary secondary 81 26 8 6 MCS4 Using 5 GHz primary secondary 73 25 8 6 MCS7 Using 5 GHz primary secondary 70 24 8 6 MCS8 Using 5 GHz primary secondary 68 24 8 6 MCS9 Using 5 GHz primary secondary 65 22 8 6 MCS10 C...

Page 75: ...4 Using 5 GHz primary secondary 72 25 8 8 MCS7 Using 5 GHz primary secondary 69 24 8 8 MCS8 Using 5 GHz primary secondary 68 24 8 8 MCS9 Using 5 GHz primary secondary 65 22 8 8 MCS10 Using 5 GHz primary secondary 63 22 8 8 MCS11 802 11ax HE80 92 23 92 23 91 23 4 1 MCS0 85 23 85 23 85 23 4 1 MCS4 77 22 77 22 78 22 4 1 MCS7 74 21 74 21 75 22 4 1 MCS8 72 20 72 20 73 21 4 1 MCS9 67 20 67 20 70 20 4 1 ...

Page 76: ...S10 62 19 62 19 64 20 4 2 MCS11 89 23 89 23 89 23 4 3 MCS0 79 23 79 23 81 23 4 3 MCS4 72 22 72 22 73 22 4 3 MCS7 68 21 68 21 70 22 4 3 MCS8 66 20 66 20 68 21 4 3 MCS9 62 20 62 20 65 20 4 3 MCS10 60 19 60 19 63 20 4 3 MCS11 88 23 88 23 88 23 4 4 MCS0 78 23 78 23 79 23 4 4 MCS4 71 22 71 22 72 22 4 4 MCS7 67 21 67 21 69 22 4 4 MCS8 65 20 65 20 67 21 4 4 MCS9 61 20 61 20 64 20 4 4 MCS10 59 19 59 19 62...

Page 77: ...GHz primary secondary 76 24 8 1 MCS8 Using 5 GHz primary secondary 74 23 8 1 MCS9 Using 5 GHz primary secondary 70 23 8 1 MCS10 Using 5 GHz primary secondary 68 22 8 1 MCS11 Using 5 GHz primary secondary 93 26 8 2 MCS0 Using 5 GHz primary secondary 84 26 8 2 MCS4 Using 5 GHz primary secondary 78 25 8 2 MCS7 Using 5 GHz primary secondary 73 24 8 2 MCS8 Using 5 GHz primary secondary 71 23 8 2 MCS9 C...

Page 78: ... GHz primary secondary 92 26 8 3 MCS0 Using 5 GHz primary secondary 83 26 8 3 MCS4 Using 5 GHz primary secondary 76 25 8 3 MCS7 Using 5 GHz primary secondary 71 24 8 3 MCS8 Using 5 GHz primary secondary 69 23 8 3 MCS9 Using 5 GHz primary secondary 65 23 8 3 MCS10 Using 5 GHz primary secondary 63 22 8 3 MCS11 Using 5 GHz primary secondary 91 26 8 4 MCS0 Using 5 GHz primary secondary 81 26 8 4 MCS4 ...

Page 79: ...Hz primary secondary 68 23 8 4 MCS9 Using 5 GHz primary secondary 64 23 8 4 MCS10 Using 5 GHz primary secondary 62 22 8 4 MCS11 Using 5 GHz primary secondary 89 26 8 6 MCS0 Using 5 GHz primary secondary 79 26 8 6 MCS4 Using 5 GHz primary secondary 72 25 8 6 MCS7 Using 5 GHz primary secondary 68 24 8 6 MCS8 Using 5 GHz primary secondary 66 23 8 6 MCS9 Using 5 GHz primary secondary 62 23 8 6 MCS10 C...

Page 80: ...ndary 78 26 8 8 MCS4 Using 5 GHz primary secondary 71 25 8 8 MCS7 Using 5 GHz primary secondary 67 24 8 8 MCS8 Using 5 GHz primary secondary 65 23 8 8 MCS9 Using 5 GHz primary secondary 61 23 8 8 MCS10 Using 5 GHz primary secondary 59 22 8 8 MCS11 802 11ax HE160 Using 5 GHz primary secondary 87 23 90 23 4 1 MCS0 Using 5 GHz primary secondary 82 23 84 23 4 1 MCS4 Using 5 GHz primary secondary 74 22...

Page 81: ...63 20 66 20 4 1 MCS10 Using 5 GHz primary secondary 62 19 66 20 4 1 MCS11 Using 5 GHz primary secondary 87 23 88 23 4 2 MCS0 Using 5 GHz primary secondary 79 23 82 23 4 2 MCS4 Using 5 GHz primary secondary 71 22 73 22 4 2 MCS7 Using 5 GHz primary secondary 66 21 69 22 4 2 MCS8 Using 5 GHz primary secondary 65 20 67 21 4 2 MCS9 Using 5 GHz primary secondary 61 20 63 20 4 2 MCS10 Using 5 GHz primary...

Page 82: ... 69 22 70 22 4 3 MCS7 Using 5 GHz primary secondary 65 21 67 22 4 3 MCS8 Using 5 GHz primary secondary 63 20 65 21 4 3 MCS9 Using 5 GHz primary secondary 59 20 61 20 4 3 MCS10 Using 5 GHz primary secondary 58 19 60 20 4 3 MCS11 Using 5 GHz primary secondary 85 23 85 23 4 4 MCS0 Using 5 GHz primary secondary 75 23 77 23 4 4 MCS4 Using 5 GHz primary secondary 68 22 69 22 4 4 MCS7 Using 5 GHz primary...

Page 83: ...itivity dBm Total Tx Power dBm Number of Active Antennas Spatial Streams Using 5 GHz primary secondary 62 20 64 21 4 4 MCS9 Using 5 GHz primary secondary 58 20 60 20 4 4 MCS10 Using 5 GHz primary secondary 56 19 59 20 4 4 MCS11 Cisco Catalyst 9136I Series Access Point Hardware Installation Guide 75 Transmit Power and Receive Sensitivity Values Transmit Power and Receive Sensitivity Values ...

Page 84: ...Cisco Catalyst 9136I Series Access Point Hardware Installation Guide 76 Transmit Power and Receive Sensitivity Values Transmit Power and Receive Sensitivity Values ...

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