AROOT SBW-M3 WiFi-BT Combo Module User Manual

WiFi/BT Combo Module
Model: SBW-M3

Product Specification

Revision Record

Federal Communication Commission Interference 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

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 try 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 that to which the receiver is connected.
• Consult the dealer or an experienced radio/TV technician for help. FCC Caution: Any changes or modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate this equipment. This transmitter must not be co-located or operating in conjunction with any other antenna or transmitter.

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 a minimum distance of 20cm between the radiator & your body.
This device is intended only for OEM integrators under the following conditions:

1. The antenna must be installed such that 20 cm is maintained between the antenna and users, and
2. The transmitter module may not be co-located with any other transmitter or antenna.

As long as the 2 conditions above are met, further transmitter tests will not be required. However, the OEM integrator is still responsible for testing their end-product for any  additional compliance requirements required with this module installed

IMPORTANT NOTE : In the event that these conditions can not be met (for example certain laptop configurations or co-location with another transmitter), then the FCC  authorization is no longer considered valid and the FCC ID can not be used on the final product. In these circumstances, the OEM integrator will be responsible for  re-evaluating the end product (including the transmitter) and obtaining a separate FCC authorization

End Product Labeling
This transmitter module is authorized only for use in devices where the antenna may be installed such that 20 cm may be maintained between the antenna and users. The final end product must be labeled in a visible area with the following: “Contains FCC ID: WF5SBWM3”. The grantee’s FCC ID can be used only when all FCC compliance requirements are met.
Manual Information To the End-User
The OEM integrator has to be aware not to provide information to the end-user regarding how to install or remove this RF module in the user’s manual of the end product which integrates this module. The end-user manual shall include all required regulatory information/warnings as shown in this manual

ISED Canada (IC) Statement

This Class B digital apparatus complies with Canadian ICES-003.
This device complies with Industry Canada licence-exempt RSS standard(s). Operation is subject to the following two conditions:

1. this device may not cause interference, and
2. this device must accept any interference, including interference that may cause undesired operation of the device.

RF 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 a minimum  distance of 20 centimeters between the radiator and your body

Required end product labeling:
Any device incorporating this module must include an external, visible, permanent marking or label that states: “Contains IC: 9080A-SBWM3”
This radio transmitter (identify the device by certification number or model number if Category II) has been approved by Industry Canada to operate with the antenna types listed below with the maximum permissible gain indicated. Antenna types not included in this list, having a gain greater than the maximum gain indicated for that type, are strictly prohibited for use with this device.

Overview

1. Antenna Specification
   (1) Bluetooth Antenna
   (2) WiFi Antenna

2. Description:
   (1) Electrical Characteristics
   (2) Pin Map

3. RF Specifications
   (1) Bluetooth RF Specifications
   (2) WiFi RF Specifications

4. Certification Information

Antenna specification

(1) Bluetooth Antenna

1. Electrical specification

2. Mechanical specification

(2) WiFi Antenna

1. Electrical specification

2) Mechanical specification

Description

(1) Electrical Characteristics

(2) Pin Map

directional
10| WL_HOST WAKE| | CMOS Output
11| USI3DM| US$ Data minus| 8i-directional
12| USB DP| USB Data Plus| 8i-directional
13| US82 AVD033| | Bi-directional
14| GND| Common Ground|
15| LP0_32768| Low Power Oscillator| CMOS Input
16| BT PCMIN| Synchronous Data Input| CMOS input
17| BT_PCM CLK| Synchronous Data Clock| Bi-directional
18| BT PCM SYNC| Synchronous Data Sync| 8i-directional
19| BT DEV WAKE| Host to wake Bluetooth| CMOS Input
20| BT_PCM_OUT| Synchronous Data Output| CMOS Output
21| BT_UART TXD| UART Data Output| Si-directional
22| BT DART CTS| | Si-directional
23| I3T_UART RDX| UART Data Input| CMOS input
24| GND| Common Ground|
25| ST ANT| Bluetooth Antenna| RF
26| GND| Common Ground|
27| BT HOST WAKE| Bluetooth to wake the host| CMOS Output
28| BT_UART RTS| | ****CMOS input
Pin No.| Pin Name| Description| Pad Type
---|---|---|---
29| GPIOS| Programmable input/output line| Bi-directional
30| GP102| Programmable input/output line| Bi-directional
31| GPIO3| Programmable input/output line| Bidirectional
32| GNO| Common Ground|
33| 11V1F1 ANT| WIFI Antenna| RF
34| GND| Common Ground|
35| GM)| Common Ground|
36| GND| Common Ground|
37| GND| Common Ground|
38| GND| Common Ground|
39| GND| Common Ground|
40| GND| Common Ground|
41| GO| Common Ground|
42| GND| Common Ground|
43| 10 VDD| Input/Cul:W(1O Port) Power 1.8V| Power
IL| Main VOID| Main Power 3.3V| Power
45| STRAP_2| |
46| STRAP 0| |
47| SDIO DATA 1| SDIO V3.0 data line 1| Bi-directional
48| SDIO DATA 0| SDIO V3.0 data line C| Bi-directional
49| SDIO DATA 3| SDIO V3.0 data line 3| Bi-directional
SC| SDIO CMO| SD* V3.0 common line| Bi-directional
Si| SDIO DATA 2| SDIO V3.0 data line 2| Bi-directional
52| SDIO CLX| SDIO V3.0 clock line| Bi-directional**

RF Specifications

(1) Bluetooth RF Specifications

Bluetooth Receiver RF Specifications

CA 23MHz ADJ.
Ch.| GFSK. 0.1%| | | -40
11/4-DCPSK 0.1%| | | -40
8-DPSK 0.1%| | | -33
C/1 image channel| G:SK 0.1%| | | -9
rt/h-DoOPSK. 0.1%| | | -7
8-DPSK 0.1%| | | 0
Snow Emissions| 30MHz 1CH:| | -95| -62| dBm
1 12.75GHz| | -70| -47
851 894MHz| | -147|
925 9600.1Hz| | -147|
1805 182CMHz| | -147|
| 1930 199CMHz| | -147|
2110 2170MHz| | -147|

Bluetooth Transmitter RF Specifications

Out-of Band
Spurious Emissions| 30MHz – 1GHz| | | -36| dBm
1GHz-12 75GHz| | | -30
1.8GHz-5 3GHz| | | -47
5.1GHz – 5.3GHz| | | -47

Local Oscillator Performance

BLE RF Specifications

Note: The above-mentioned values may vary depending on the circuit, in which this component is actually incorporated. You are, therefore, kindly requested to test the performance of this component t incorporated in your set.

(2) WiFi RF Specifications

2.4GHz Band RF Specifications

2.4GHz Switch time specifications

WLAN 2 4GHz Receiver Performance Specifications

RX sensitivity IEEE 802.11n

(10% PER for 4096 octets PSDU) I Defined for default parameters: 800 ns GI and non-STBC.

| 20 MHz channel spacing for all MCS rates
MCSO| –| -94.5| –| dBm
MCS1| –| -91.9| –| dBm
MCS2| –| -90.1| –| dBm
MCS3| | -89.5| –| dBm
MCS4| –| -83.0| –| dBm
MCS5| –| -78.3| –| dBm
MCS6| –| -76.4| –| dBm
MCS7| | -74.4| –| dBm

MAN 2.4GHz Receiver Performance Specifications(Cont.)

Parameter| Condition/Notes| Min| Typ| Max I| Unit
---|---|---|---|---|---
Adjacent channel rejection – DSSS
1Difference between interfering and the desired signal at 8% PER for 1024: octet PSDU with the desired signal level of specified ii Condition/Notes)| Desired and interfering signal 30 MHz apart
1 Mbps DSSS| -74 dBm| 35| –| –| dB
2 PAbps C6SS| -74 dem| 35| –| –|
Desired and interfering signal 25 MHz apart
Si Mbps| -70 dBm| 35| –| –| d8
11 Mbps OFDM| -70 dem| 35
| –| –| d3
Adjacent channel rejection-OFOM

I Difference ben, en interfering

ar d desired signal (25 MH: apart) at 10%

PER for 1024 octet PSC() with desired

sign level as specified in Condition/

| 6 Mbps OFDM| -79 d8m| 16| –| –| c13
9 Mbps OFOM| -78 dem| 15| –| –| dB
12 Mbps OFDM| -76 dem| 13| –| –| dB
18 Mbps OFOM| -74 dBm| 11| –| –| dB
24 lips OFDM| -71 dBm| 8| –| –| dB
36 Mbps OFOM| -67 dern| 4| –| –| dB
48 Webs OFDM| -63 d8m| 0| _| –| dB
54 Mbps OFOM| -62 dBm| -1| –| –| dB
Adjacent channel rejection MCSO- MCS7 Difference between interfering

and desired signal (25 MI-_ apart) at

10% PER for 4096 octet PSDU with desired signal level as specified in Condition/Notes)

| MCCOY| -79 dBm| 16| –| –| dB
MCS1| -76 dem| 13| –| –| dB
MCS2| -74 dBm| 11| –| –| dB
MCS3| -71 dBm| 8| –| –| dB
PitCS4| -67 dem| 4| –| –| dB
MCSS| -63 dBm| 0| –| –| dB
MCS6| -62 dBm| -1| –| –| dB
MCS7| -61 dBm| -2| –| –| dB
Ma: Ocimum receiver gain| –| –| –| 70| –| dB
Gain control step| –| –| –| 3| –| dB
RSSI acctracy 4| Rzrinoi -9S 5 dRrri to -30 dBm| -5| –| 5| dB
The range above -30 dBm| -8| –| 8| dB
Return loss| Z o = 50Ω across the dynamic| -10| 11.5| 13| dB
Receiver cascaded noise figure| At maximum gain| –| 4| 11.5| dB

WLAN 2.4GHz Transmitter Performance Specifications

Transmitted power in cellular and bands (at +21 t 100% duty cycle 1

Mbps CCIO 1

| 776-794 MHz (CDMA2000)| –| -164| –| dBm/Hz
869-960 MHz(cdmaOne)| –| -163| –| dBm/Hz
1450-1495 (DAB)| –| -153.6| –| dBm/Hz
1570-1580 MHz (GPS)| –| -1512| –| dBm/Hz
1592-1610 MHz (GLONASS)| –| -1504| –| d8m/Hz
1710-1800 (05C-1800-Uplink)| –| -145| –| dBm/Hz
1805-1893 Mit (GSM 1800)| –| -139| –| d8m/Hz
1850-1910 MHz (GSM 1900)| –| -139| –| d8m/Hz
1910-1930 MHz (TDSCOMALTE)| –| -140| –| d8m/Hz
19130-1990 MHz (GSM1900. cdmaOne. WCDMA)| —| —128| –| d8m/Hz
2010-2075 MHz (TD-SCDMA)| –| -131| –| dBm/Hz
2110-2170 MHz (WCDMN| | -1 25| –| d8m/Hz
2305-2370 (LTE band 40)| –| -95| –| dBm/Hz
2370-2400 (LTE band 40)| –| -80| –| dBm/Hz
2496-2530 (LTE band 41)| | —90| —| dBm/Hz
2530-2563 (LTE band 41)| | -110| –| dBm/Hz
2570-2690 (LTE band 41)| | -116| –| dBm/Hz
5000-5900 (MAN 5G)| –| -155| –| dBm/Hz
EVM Does Not Exceed
TX power at the chip port for the highest power level setting at 25•C and VBAT = 3.6V with spectral mask and EVM compliance| W2.11b ( DSSS/CCK)| -9 dB| –| +20.5| –| dBm
OFD M. BPSK| -8 dB| | +19.5| –| d8m
OFD M. 64QAM| -25 dB| –| +18| –| d8m
MCS7| -27 dB| –| +17| –| dBm
Phase noise| 37.4 MHz crystal, integrated from 10 kHz 10MHz| —| 0.45| | Degrees
TX pacer control dynamic range| –| 1 0| –| –| dB
Closed-loop TX power variation at the highest power level setting| Across full temperature and voltage, range Applies to 10 d8m to 20 d8m output power range.| –| –| ±1.5| dB
Carrier suppression| –| 15| –| –| dBc
Gain control step| –| –| 0.25| –| dB
Return loss at Chip port TX| Zo = 500| –| 6| –| dB

5GHz Band RF Specifications

WLAN 5GHz Receiver Performance Specifications

RX sensitivity    IEEE 802 11n

1110% PER for 4096 octets **** PSDU)

Defined for default parameters: 800 ns G and non-STBC

| 20 MHz channel spacing for all MCS rates
mag| –| -93.0| –| dBm
MCS1| –| -90.5| –| dBm
MCS2| –| -88.0| | dBm
MCS3| –| -84.6| –| dBm
MCS4| –| 81.5| | dBm
MCS5| –| -76.8| –| dBm
MCS6| –| -74.9| –| dBm
MCS7| –| -72.9| –| dBm
RX  sensitivity   IEEE      80211n      10%PER for 4096 octets PSDU)

Defined for default parameters 800 ns GI and non-STBC.

| 40 MHz channel. spacing for all MSC rates.
MCS0| –| -91.0| –| dBm
MCS1| –| -88.o| –| dBm
MCS2| –| -85.5| –| dBm
MCS3| | -82.2| –| dBm
MCS4| –| -78.9| –| dBm
MCSS| –| -74.3| –| dBm
MCS6| –| -72.8| –| dBm
MCS7| –| -71.2| –| dBm
RX sensitivity   IEEE 802.11ac 10%  PER for 4096 octets PSDU)
Defined for default parameters: 8OO ns Gl and non-STBC.| 20 MHz channel spacing for all MCS rates
MCSO NSS1| –| -93.2| –| dBm
MCS1 NSS1| –| -90.5| –| dBm
MCS2 NSS1| –| -88.3| –| dBm
MCS3 NSS1| –| -95.2| –| dBm
MCS4 NSS1| –| -85.2| –| dem
MCS5 NSS1| –| -76.9| –| dBm
MCS6 NSS1| –| -75.0| –| dBm
MCS7 NSS1| –| -74.1| –| dBm
MCS8 NSS1| –| -69.7| | dBm

WLAN 5GHz Receiver Performance SpecificationsiCont.;fr

RX  sensitivity IEEE 802.11ac (10% PER for 4096 octets PSDU)
Defined for default parameters: 800 ns Gl and non-STBC.| 40MHz channel spacing for aIl MCS rates
MCSO NSS1| –| -91.3| –| dBm
MCS1 NSS1| | -88.3| –| dBm
MCS2 NSS1| –| -85.9| | dBm
MCS3 NSS1| –| -82.6| –| dBm
rv1CS4 NSS1| –| -79.2| –| dBm
tv1CS5 NSS1| –| -74.6| –| dBm
tv1CS6 NSS1| –| -73.0| | dBm
MCS7 NSS1| –| -71.6| –| dBm
MCS8 NSS1| –| -67.3| –| dBm
MCS9 NSS1| –| -63.7| –| dBm
RX sensitivity IEEE 80211ac (10% PER for 4096 octets PSDU)
Defined for default parameters: 800 ns Gl and non-STEC.| 80 MHz charnel spacing for all MCS rates
MCSO NSS1| –| 88.0| –| dBm
MCS1 NSS1| –| -85.0| –| dBm
MCS2 NSS1| –| -82.3| –| dBm
MCS3 NSS1| –| -79.1| –| dBm
MCS4 NSS1| –| -75.8| –| dBm
MCSS NSS1| –| -71.2| –| dBm
MCS6 NSS1| –| -69.9| | dBm
MCS7 NSS1| –| -68.2| –| dBm
MCS8 NSS1| –| -64.2| –| dBm
MCS9 NSS1| –| -62.6| –| dBm
RX sensitivity IEEE 802.11ac 20/40/ 80 MHz channel spacing with LDPC(10% PER for 4096 octets PSDU) at RF port.
Defined for default parameters: 800 ns Gl. LDPC coding and non-STBC.| MCS7 NSS1| 20 MHz| –| -75.8| –| dBm
MCS8 NSS1| 20 MHz| –| -71.9| –| dBm
MCS7 NSS1| 40 MHz.| –| -73.8| –| dBm
MCS8 NSS1| 40 MH:| –| -69.9| –| dBm
MCS9 NSS1| 40 MHz| –| -67.9| –| dBm
MCS7 NSS1| 80 MHz| –| -70.5| –| dBm
MCS8 NSS1| 80 MHz| –| -66.6| –| dBm
MCS9 NSS1| 80 MHz| –| -64.5| –| dBm

WLAN SGHz Receiver Performance Specifications(Cont.)

Blocking level for 3dB RX sensitivity degradation (without external filtering)¹| 776-794 MHz (CDMA2000):
Blocker frequency = 794 MHz| –| -21| –| dBm
824-849 MHz² (cdmaOne)
Blocker frequency= 849 MHz| –| – 10| –| dBm
880-915MHz(E-GSM):
Blocker frequency – 849 MHz:| –| _12| –| dBm
1710-1785 MHz (GSM1800):
Blocker frequency = 915 MHz| | -13| –| dBm
1710-1785 MHz __**(GSM1800):
Blocker frequency =1785MHz| | -13| –| dBm
1850-1910 MHz (GSM1900):
Blocker frequency = 1910 MHz| –| -18| | dBm
1850-1910 MHz (cdmaOne):
Blocker frequency =11910 Mkt| –| -20| –| dBm
1850-1910 MHz (INCDMAI:
Blocker frequency = 1910| | -20| –| dBm
1920-1980 MHz (WCDMA):
Blocker frequency =1980 MHz| | -20| –| dBm
2300-2400 MHz (LTE band 40)
Blocker frequency = 2395 MHz| –| –19| –| dBm
2500-2570 MHz (LTE hand 7):
Blocker frequency = 2565 MHz| | -16| –| dBm
2570-2620 MHz (L TF hand 38):**
Blocker frequency=2615 MHz| –| -16| –| dBm
2496-2690 MHz (LTE hand 41):
Blocker frequency = 2685 MHz| –| -16| –| dBm
2545—2575MHz (XGP Band)
Blocker frequency = 2570 MHz| | -18| | dBm
Input In-Bard IP3| Maximum LNA gain| –| -11| –| dBm
Minimum LNA gain| –| 5| –| dBm
Maximum receive level @ 524 GHz| @ 6.9.12 Mbps| –| –| –| dBm
@ 18,24 ,36.48,58 Mbps| –| –| –| dBm

LLAN 5GHz Receiver Performance Specifications(Cont.)

Adjacent channel rejection (Difference between Interfering

and desired signal (20 MHz: apart) at 10% PER for 1000 octet PSDU words desired signal level as specified in Condition/Notes)

| 6 Mbps CFDM| -79 dBm| 16| –| –| dB
9 Mbps CFDM| -78 dBm| 15| –| –| dB
12 Mbps CFDM| -76 dBm| 13| –| –| d8
18 Mbps CFDM| -74 dBm| 11| –| –| dB
24 Mbps  CFDM| -71 dBm| 8| –| –| dB
36 Maps CFDM| -67 dBm| 4| –| –| dB
48 Mbps CFDM| -63 dBm| 0| –| –| dB
54 Mbps CFDM| -62 dBm| -1| –| –| dB
65 Mbps CFDM| -61 dBm| -2| –| –| dB
Alternate adjacent channel.

rejection (Difference between interfering and desired signal (40 MHz apart) at 10%

PER for 10003 octet PSOU with deiced signal level as specified in Condition Notes

| 6 Mbps CFDM| -78.5dBm| 32| –| –| dB
9 Maps CFDM| -77.5 dBm| 31| –| –| dB
12 pg”CFDM| -75.5 dBm| 29| –| –| dB
18 Mbps CFDM| -73.5 dBm| 27| –| –| dB
24 Mbps CFDM| -70.5 dBm| 24| –| –| dB
36 Mbps CFDM**| -66.5 dBm| 20| –| –| dB
48 Mbps CFDM| -62.5 dBm| 16| –| –| dB
54 CFDM| – 61.5 dBm| 15| –| –| dB
65 Mops CFDM| -60.5 dBm.| 14| –| –| dB
Maximum receiver pain| –| –| 65| –| dB
Gain control** step| –| –| 3| –| dB
RSV accuracy⁴| Range -98 dem to -30| -5| –| 5| dB
The range above -30 dBm| -8| –| 8| dB
Return loss| Zo    =   50Ω across the dark range| 10| –| 13| dB
Receiver cascaded noise figure| At maximum gain| –| 5| –| dB

VLAN 5GHz Transmitter Performance Specifications

Transmitted power in Delhi and bands at +18.5 dame 100% duty

cycle. 6 Mbps OFCM) 1

| 776-794 MFtt (CDMA2000)| –| -164| –| dBm/Hz
869-960 MHz (cdmaOne GSM850)| –| -166| –| dBm/Hz
1450-1495 (DAB)| –| -166| –| dBm/Hz
1570-1580 MHz (GPS)| –| -166| –| dBm/Hz
1592-1610 MHz (GLONASS)| –| -165.5| –| dBm/Hz
1710-1800WSC-1800-Uplink:| –| -135| –| dBm/Hz
1805-113E0 MHz (GSM 1800)| –| -165| –| dBm/Hz
1850-1910 MHz (GSM 1900)| –| -165| –| dBm/Hz
1910-1930 MHz (TDSCDMA. LTE)| –| -165| –| dBm/Hz
1930-1990 MHz (GSM1900cdmaOne WCDMA0 )| –| -165| –| dBm/Hz
2010-2075 MHz (TDSCDMA)| –| -164.5| –| dBm/Hz
2110-2170 Nit (VVCDMA)| –| -164| –| dBm/Hz
2305-2370 CUE band 40)| –| -160| –| dBm/Hz
2370-2400 (LTE band 40)| –| -163| –| dBm/Hz
2400-2500 (WLAN 2G)| –| -160| –| dBm/Hz
2496-2530 CUE band 41)| –| -161.5| –| dBm/Hz
2530-2560 (LTE band 41)| –| -161.5| –| dBm/Hz
2570-2690 (LTE band 41)| –| -161| –| dBm/Hz

Certification Information

Model: SBW-M3
Product Marketing Name: WiFi/BT Combo Module
FCC: WF5SBWM3
IC: 9080A-SBWM3 CE
KC: R-R-SWP-SBWM3 X
Anatel: 07424-20-01395
Manufacturer: Art Co., Ltd.
Address: 28-6 Gajangsaneopdong-ro, Osan-si, Gyeonggi-do, 18103, Republic of Korea
Tel: +82-31-8077-5000
Fax: +82-31-624-5310

• Product Label
Model: SBW-M3
FCC: WF5SBWM3
IC: 9080A-SBWM3
KC: R-R-SWP-SBW-M3
Anatel: 07424-20-01395
Rating:3.3V ****500mA

Art Co., Ltd
Copyright © 2020 by Aroot Co., Ltd. all rights reserve

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