Juniper SRX-MP-WLAN-US How To Install

How to Install the Wi-Fi Mini-PIM for SRX Series Services

Gateways

IN THIS GUIDE

Wi-Fi Mini-Physical Interface Module Overview | 1

Wi-Fi Mini-PIM Hardware Specifications | 4

Channels and Frequencies Supported on the Wi-Fi Mini-PIM | 5

Country Codes and Regulatory Domains | 9

RF Specifications for the Wi-Fi Mini-PIM | 18

Installing the Wi-Fi Mini-PIM in an SRX Series Services Gateway | 20

Configuring the Wi-Fi Mini-PIM on an SRX Series Services Gateway | 22

Verify the Status of the Wi-Fi Mini-PIM | 27

Upgrading the Firmware on the Wi-Fi Mini-PIM | 30

Regulatory and Safety Information for the Wi-Fi Mini-PIM | 33

Agency Approvals and Compliance Information | 38

Wi-Fi Mini-Physical Interface Module Overview

The Wi-Fi Mini-Physical Interface Module (Mini-PIM) for branch SRX Series Services Gateways provides a branch-in-a-box

solution (which includes an SRX Series device, LTE, and wi-fi) for retail and small office deployments. The Mini-PIM has

an embedded enterprise-class wireless system-on-chip (SOC) that supports the 802.11ac Wave 2 wireless standards. The

Mini-PIM is backward-compatible with 802.11a, 802.11b, 802.11g, and 802.11n.

The Mini-PIM supports the following key features:

•

2x2 MU-MIMO—Enables transmission of data to multiple clients simultaneously.

•

Dual radios—Provides concurrent dual bands of 2.4 GHz and 5 GHz. The radios operate in any one of the supported

radio modes. You can configure each radio to support connectivity from one type of client or different types of clients.

•

Virtual access points (VAPs)—Allows you to segment the WLAN into multiple broadcast domains that are the wireless

equivalent of Ethernet VLANs. A single access point is segregated into multiple individual VAPs, simulating multiple

access points in a single system.

NOTE: You can configure up to eight VAPs on each radio.

•

Configurable transmit power—Enables you to configure the transmit power for each radio on a percentage basis. By

default, the Mini-PIM assigns 100 percent power to each radio at startup to provide maximum coverage.

•

Wireless security for client authentication—The Mini-PIM supports the following authentication methods:

•

Wi-Fi Protected Access (WPA) Personal, which includes AES-CCMP with preshared key authentication.

•

WPA Enterprise, which includes AES-CCMP with RADIUS server authentication.

•

MAC authentication, where wireless clients are allowed or denied network access based on their MAC address.

The Mini-PIM is supported on the SRX320, SRX340, SRX345, and SRX550M devices and can coexist with other Mini-PIMs

supported on these devices.

Front Panel Components

Figure 1 shows the front panel of the Wi-Fi Mini-PIM.

Figure 1: Wi-Fi Mini-PIM Front Panel

Table 1 lists the components on the front panel.

Table 1: Wi-Fi Mini-PIM Front Panel Components

DescriptionComponentSl. No.

Two Reverse Polarity SubMiniature version A (RP-SMA) connectorsAntenna connectors1, 4

Mini-USB Type-B port for debugging purposesConsole2

2

Table 1: Wi-Fi Mini-PIM Front Panel Components (continued)

DescriptionComponentSl. No.

Indicate the status of the Mini-PIM:

2.4 GHz

•

Solid green—2G WLAN connection is established

•

Blinking green—Data activity

5 GHz

•

Solid green—5G WLAN connection is established

•

Blinking green—Data activity

STATUS

•

Solid green—The Mini-PIM is operational

•

Blinking green—Powering on or running diagnostics

LEDs3

Wi-Fi Mini-PIM Models

Three models are available based on the regional wireless standards (see Table 2):

Table 2: Wi-Fi Mini-PIM Models

NotesSupported RegionModel or SKU

This model is based on the wireless standards supported in the

United States. The country code is fixed and cannot be changed.

United StatesSRX-MP-WLAN-US

This model is based on the wireless standards supported in Israel.

The country code is fixed and cannot be changed.

IsraelSRX-MP-WLAN-IL

You can set the country code using the set wlan access-point

ap-name access-point-options country country code command.

For information on country codes, see Table 9

Other countriesSRX-MP-WLAN-WW

Physical Interface

The physical interface for the Wi-Fi Mini-PIM uses the name wl-x/0/0, where x is the slot on the services gateway where

the Mini-PIM is installed. You can install the Mini-PIM in any of the Mini-PIM slots on the services gateway.

3

Wi-Fi Mini-PIM Hardware Specifications

Table 3 provides the hardware specifications for the Mini-PIM.

Table 3: Wi-Fi Mini-PIM Hardware Specifications

ValueDescription

H x W x L:

0.79 in. x 3.70 in. x 5.29 in. (2.0 cm x 9.4 cm x 13.43 cm)

Dimensions

0.29 lb (0.13 kg)Weight

Mini-PIMForm factor

RP-SMAConnector type

32° F through 104° F (0° C through 40° C)Environmental operating temperature

-40° F through 158° F (-40°C through 70° C)Storage temperature

5% to 90% noncondensingRelative humidity

6,000 feet (1828 meters)Operating altitude

Antenna Specifications

The Mini-PIM supports two multi-band swivel-mount dipole antennas, which can be rotated 360 degrees. You can rotate

the antennas and select the angle at which the signal strength is high. Table 4 lists the specifications for the antenna.

Table 4: Specifications for the Wi-Fi Mini-PIM Antenna

ValueSpecification

EDA-1713-25GR2-A3 (Vendor: MAG.LAYERS)Part number

•

2.4~2.5 GHz

•

5.15~5.85 GHz

Operating frequency range

50 ohmImpedance

2 (maximum)Voltage standing wave ratio (VSWR)

10 dB (maximum)Return loss

4

Table 4: Specifications for the Wi-Fi Mini-PIM Antenna (continued)

ValueSpecification

OmnidirectionalRadiation

5dBi +/-0.5Peak gain

LinearPolarization

–4° F (–20° C) to 149° F (65° C)Operating temperature

RP-SMAConnector type

Channels and Frequencies Supported on the Wi-Fi Mini-PIM

The Wi-Fi Mini-PIM supports channel bandwidths of 20 MHz, 40 MHz, and 80 MHz. The 2.4 GHz radio supports 20 MHz

and 40 MHz channel bandwidths, and the 5 GHz radio supports 20 MHz, 40 MHz, and 80 MHz channel bandwidths. You

can configure the bandwidth by using the set wlan access-point ap-name radio [1|2] radio-option channel bandwidth

bandwidth command.

NOTE: You can configure the 80 MHz channel bandwidth only on the 5 GHz radio.

The default channel bandwidth is 20 MHz for the 2.4 GHz radio and 40 MHz for the 5 GHz radio. Setting the bandwidth

to 40 MHz or 80 MHz reduces the number of available channels for use.

Table 5 lists the channels supported on the 2.4 GHz radio.

5

Table 5: Channels Supported on the 2.4 GHz Radio (20 MHz and 40 MHz Bandwidth)

Center Frequency (MHz)Channel NumberBand

241212400~2483.5 MHz

24172

24223

24274

24325

24376

24427

24478

24529

245710

246211

246712

247213

Table 6 through Table 8 list the channels supported on the 5 GHz radio.

Table 6: Channels Supported on the 5 GHz Radio (20 MHz Bandwidth)

Center Frequency MHzChannel NumberBand

5180365150~5250

MHz

520040

522044

524048

6

Table 6: Channels Supported on the 5 GHz Radio (20 MHz Bandwidth) (continued)

Center Frequency MHzChannel NumberBand

5260525250~5350

MHz

528056

530060

532064

55001005470~5725

MHz

5520104

5540108

5560112

5580116

5600120

5620124

5640128

5660132

5680136

5700140

57201445725~5850

MHz

5745149

5765153

5785157

5805161

5825165

7

Table 7: Channels Supported on the 5 GHz Radio (40 MHz Bandwidth)

Center Frequency MHzChannel NumberBand

5190385150~5250 MHz

523046

5270545250~5350 MHz

531062

55101025470~5725 MHz

5550110

5590118

5630126

5670134

57101425725~5850 MHz

5755151

5795159

Table 8: Channels Supported on the 5 GHz Radio (80 MHz Bandwidth)

Center Frequency MHzChannel NumberBand

5210425150~5250 MHz

5290585250~5350 MHz

55301065470~5725 MHz

5610122

56901385725~5850 MHz

5775155

8

Dynamic Frequency Selection

Dynamic Frequency Selection (DFS) enables use of 5 GHz frequencies that are typically reserved for radars. In countries

where DFS is required, the Wi-Fi card performs appropriate checks for radar. If radar is detected on a channel, the access

point selects a radar-free channel and performs a 60-second availability check before operating on that channel.

DFS is enabled by default. You can disable DFS by using the dfs-off option:

set wlan access-point ap-name radio 1 radio-options dfs-off

NOTE: Only the 5 GHz radio (radio 1) supports DFS.

You can configure the DFS settings in any of the following ways based on your requirement:

DFS enabled (default)

•

If you set the channel number to auto, the access point selects the channel from the list of DFS and non-DFS channels.

If the access point selects a DFS channel and detects radar on the channel, it switches to another channel automatically.

•

If you set the channel number manually to a DFS channel and if the access point detects a radar on this channel, it

switches to another channel automatically;

DFS disabled (dfs-off configured)

•

If you set the channel number to auto, the access point selects the channel from the list of non-DFS channels.

•

If you set the channel number manually, you can configure either a DFS or non-DFS channel. If you configure a DFS

channel with DFS disabled, a warning message appears when you commit the configuration.

Country Codes and Regulatory Domains

Table 9 lists the country codes and regulatory domains supported on the Wi-Fi Mini-PIM.

9

Table 9: Country Codes and Regulatory Domains

Radio 2 (2.4 GHz)Radio 1 (5 GHz)Model

Country

and

Country

Code

40

MHz

20

MHz

Regulatory

Domain

(2.4 GHz)

80

MHz

40

MHz

20

MHz

Regulatory

Domain

(5 GHz)

1 to 131 to 13WORLD42, 58,

106,

138,

155

38, 46,

54, 62,

102,

110,

134,

142,

151,

159

36, 40,

44, 48,

52, 56,

60, 64,

100,

104,

108,

112

116,

132,

136,

140,

144,

149,

153,

157,

161,

165

FCC6SRX-MP-WLAN-WWAustralia

(AU)

1 to 111 to 11FCCA42, 58,

106,

138,

155

38, 46,

54, 62,

102,

110,

134,

142,

151,

159

36, 40,

44, 48,

52, 56,

60, 64,

100,

104,

108,

112

116,

132,

136,

140,

144,

149,

153,

157,

161,

165

FCC6SRX-MP-WLAN-WWCanada (CA)

10

Table 9: Country Codes and Regulatory Domains (continued)

Radio 2 (2.4 GHz)Radio 1 (5 GHz)Model

Country

and

Country

Code

40

MHz

20

MHz

Regulatory

Domain

(2.4 GHz)

80

MHz

40

MHz

20

MHz

Regulatory

Domain

(5 GHz)

1 to 131 to 13WORLD42, 58,

155

38, 46,

54, 62,

151,

159

36, 40,

44, 48,

52, 56,

60, 64,

149,

153,

157,

161,

165

APL14SRX-MP-WLAN-WWChina (CN)

1 to 131 to 13WORLD42, 58,

106,

122

38, 46,

54, 62,

102,

110,

118,

126,

134

36, 40,

44, 48,

52, 56,

60, 64,

100,

104,

108,

112,

116,

120,

124,

128,

132,

136,

140,

149,

153,

157,

161,

165

ETSI11SRX-MP-WLAN-WWEuropean

Union

11

Table 9: Country Codes and Regulatory Domains (continued)

Radio 2 (2.4 GHz)Radio 1 (5 GHz)Model

Country

and

Country

Code

40

MHz

20

MHz

Regulatory

Domain

(2.4 GHz)

80

MHz

40

MHz

20

MHz

Regulatory

Domain

(5 GHz)

1 to 131 to 13WORLD42, 58,

155

38, 46,

54, 62,

151,

159

36, 40,

44, 48,

52, 56,

60, 64,

149,

153,

157,

161,

165

APL15SRX-MP-WLAN-WWIndia (IN)

1 to 131 to 13ETSIC155151,

159

149,

153,

157,

161,

165

APL2SRX-MP-WLAN-WWIndonesia

(ID)

1 to 131 to 13WORLD42, 5838, 46,

54, 62

36, 40,

44, 48,

52, 56,

60, 64

ETSI3SRX-MP-WLAN-ILIsrael (IL)

1 to 131 to 13MKKC42, 58,

106,

122

38, 46,

54, 62,

102,

110,

118,

126,

134

36, 40,

44, 48,

52, 56,

60, 64,

100,

104,

108,

112

116,

120,

124,

128,

132,

136,

140

MKK5SRX-MP-WLAN-WWJapan (JP)

12

Table 9: Country Codes and Regulatory Domains (continued)

Radio 2 (2.4 GHz)Radio 1 (5 GHz)Model

Country

and

Country

Code

40

MHz

20

MHz

Regulatory

Domain

(2.4 GHz)

80

MHz

40

MHz

20

MHz

Regulatory

Domain

(5 GHz)

1 to 131 to 13WORLD42, 58,

106,

122,

155

38, 46,

54, 62,

102,

110,

118,

126,

151,

159

36, 40,

44, 48,

52, 56,

60, 64,

100,

104,

108,

112

116,

120,

124,

128,

149,

153,

157,

161,

165

FCC11SRX-MP-WLAN-WWMalaysia

(MY)

13

Table 9: Country Codes and Regulatory Domains (continued)

Radio 2 (2.4 GHz)Radio 1 (5 GHz)Model

Country

and

Country

Code

40

MHz

20

MHz

Regulatory

Domain

(2.4 GHz)

80

MHz

40

MHz

20

MHz

Regulatory

Domain

(5 GHz)

1 to 131 to 13ETSIC42, 58,

106,

122,

138,

155

38, 46,

54, 62,

102,

110,

118,

126,

134,

142,

151,

159

36, 40,

44, 48,

52, 56,

60, 64,

100,

104,

108,

112

116,

120,

124,

128,

132,

136,

140,

144,

149,

153,

157,

161,

165

FCC3SRX-MP-WLAN-WWMexico

(MX)

14

Table 9: Country Codes and Regulatory Domains (continued)

Radio 2 (2.4 GHz)Radio 1 (5 GHz)Model

Country

and

Country

Code

40

MHz

20

MHz

Regulatory

Domain

(2.4 GHz)

80

MHz

40

MHz

20

MHz

Regulatory

Domain

(5 GHz)

1 to 131 to 13ETSIC42, 58,

106,

122,

138,

155

38, 46,

54, 62,

102,

110,

118,

126,

134,

142,

151,

159

36, 40,

44, 48,

52, 56,

60, 64,

100,

104,

108,

112

116,

120,

124,

128,

132,

136,

140,

144,

149,

153,

157,

161,

165

FCC3SRX-MP-WLAN-WWNew

Zealand

(NZ)

15

Table 9: Country Codes and Regulatory Domains (continued)

Radio 2 (2.4 GHz)Radio 1 (5 GHz)Model

Country

and

Country

Code

40

MHz

20

MHz

Regulatory

Domain

(2.4 GHz)

80

MHz

40

MHz

20

MHz

Regulatory

Domain

(5 GHz)

1 to 131 to 13WORLD42, 58,

106,

122,

155

38, 46,

54, 62,

102,

110,

118,

126,

134,

151,

159

36, 40,

44, 48,

52, 56,

60, 64,

100,

104,

108,

112

116,

120,

124,

128,

132,

136,

140,

149,

153,

157,

161,

165

APL9SRX-MP-WLAN-WWSouth Korea

(KR)

16

Table 9: Country Codes and Regulatory Domains (continued)

Radio 2 (2.4 GHz)Radio 1 (5 GHz)Model

Country

and

Country

Code

40

MHz

20

MHz

Regulatory

Domain

(2.4 GHz)

80

MHz

40

MHz

20

MHz

Regulatory

Domain

(5 GHz)

1 to 111 to 11FCCA42, 58,

106,

122,

138,

155

38, 46,

54, 62,

102,

110,

118,

126,

134,

142,

151,

159

36, 40,

44, 48,

52, 56,

60, 64,

100,

104,

108,

112,

116,

120,

124,

128,

132,

136,

140,

144,

149,

153,

157,

161,

165

FCC8SRX-MP-WLAN-USUnited

States (US)

17

Table 9: Country Codes and Regulatory Domains (continued)

Radio 2 (2.4 GHz)Radio 1 (5 GHz)Model

Country

and

Country

Code

40

MHz

20

MHz

Regulatory

Domain

(2.4 GHz)

80

MHz

40

MHz

20

MHz

Regulatory

Domain

(5 GHz)

1 to 131 to 13WORLD42, 58,

106,

122,

138,

155

38, 46,

54, 62,

102,

110,

118,

126,

134,

142,

151,

159

36, 40,

44, 48,

52, 56,

60, 64,

100,

104,

108,

112

116,

120,

124,

128,

132,

136,

140,

144,

149,

153,

157,

161,

165

FCC3SRX-MP-WLAN-WWVietnam

(VN)

RF Specifications for the Wi-Fi Mini-PIM

Table 10 lists the radio frequency (RF) specifications.

Table 10: RF Specifications for the Wi-Fi Mini-PIM

Target Power (+/-2

dBm) Per Chain

Receive Sensitivity (+/-2

dBm) Per ChainData RateOperating Mode

16.5-88MCS0802.11ac (VHT20)

11.5-67MCS8

18

Table 10: RF Specifications for the Wi-Fi Mini-PIM (continued)

Target Power (+/-2

dBm) Per Chain

Receive Sensitivity (+/-2

dBm) Per ChainData RateOperating Mode

16-87MCS0802.11ac (VHT40)

11-64MCS9

15.5-83MCS0802.11ac (VHT80)

10.5-59MCS9

16.5-886 Mbps802.11a

13-7254 Mbps

18-941 Mbps802.11b

18-8511 Mbps

18-896 Mbps802.11g

15-7154 Mbps

18-88MCS0802.11n (HT20) 2G

15-70MCS7

16.5-88MCS0802.11n (HT20) 5G

13-71MCS7

17-86MCS0802.11n (HT40) 2G

15-68MCS7

16-86MCS0802.11n (HT40) 5G

12-69MCS7

19

Installing the Wi-Fi Mini-PIM in an SRX Series Services

Gateway

You can install the Mini-PIM in any of the Mini-PIM slots on the services gateway.

NOTE: You can install only one Wi-Fi Mini-PIM in a services gateway.

To install the Mini-PIM in a services gateway:

1. Attach an electrostatic discharge (ESD) grounding strap to your bare wrist, and connect the strap to the grounding

point on the back of the services gateway.

2. Power off the services gateway by briefly pressing the Power button on the front panel. Wait for the Power LED to

turn off before proceeding. Disconnect the services gateway from the power source.

3. Slide the Mini-PIM in the slot until it lodges firmly in the services gateway. Tighten the screws on each side of the

Mini-PIM faceplate. See Figure 2.

Figure 2: Installing the Wi-Fi Mini-PIM

g022546

4. Attach the antennas to the front panel of the Mini-PIM. You can attach the antenna by using one of the following

methods:

•

Direct mounting—Attach the antennas to the RP-SMA connectors on the front panel (see Figure 3).

20

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