Specifications

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WiFi Module

Features

192MHz ARM Cortex M4 MCU

384KB SRAM/1MB FLASH

Support AES，MD5，SHA1

Support XIP

Working voltage: DC 3.3V

Wi-Fi related features

Support 802.11 b/g/n with 20M

 Support station and soft AP

 Support SmartConfig and AP

configuration

Support WEP/WPA2

Support multiple cloud services

 Integrated balun/PA/LNA

 TCP/IP stack optimized for IoT

application

 PCB antenna

Peripheral

2x UART

2x ADC

 1x SPI

 4x PWM

 Up to 14 GPIOs

 Working temperature: -25℃ to +85℃

 Stamp style SMD for surface mounting

production

Applications

Smart transportation

Smart home / appliances

Instruments

Health care

Industrial automation

Intelligent security

Smart energy

Model

Antenna type

Note

BL3359-P

PCB antenna

Default

Embedded

Version：1.1 Release date： May 24, 2019

BL3359-P

Summary of content (19 pages)

PAGE 1
BL3359-P Version：1.1 Embedded Release date： May 24, 2019 WiFi Module  Working temperature: -25℃ to +85℃ Features  192MHz ARM Cortex M4 MCU Stamp style SMD for surface mounting production 384KB SRAM/1MB FLASH Support AES，MD5，SHA1 Support XIP Applications Working voltage: DC 3.3V Smart transportation Wi-Fi related features Smart home / appliances Support 802.
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-1- Content 1. Overview ............................................................................................................................ - 2 2. Basic Specifications ............................................................................................................ - 2 2.1. Power Consumption ................................................................................................... - 2 2.2. Working Environment .....................................................................
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-2- 1. Overview BL3359-P is a cost-effective embedded Wi-Fi module designed by BroadLink, which integrates an ARM Cortex-M4F processor speed up to 125MHz, 256KB SRAM and 2MB flash with 3.3V single power supply. The module integrates radio transceiver, MAC, baseband, all Wi-Fi protocols, configurations and network stack. It can be widely used in applications like smart home devices, remote monitoring devices and medical care instruments. 2. Basic Specifications 2.1.
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-3- 2.2. Working Environment Please refer to Table 2 for working environment data. Table 2 BL3359-P Working Environment Data Symbol Description Min. Max. Units Ts Storage temperature -40 125 ℃ TA Ambient operating temperature -25 85 ℃ Vdd Supply voltage 3.0 5 V Vio Voltage on IO pin 0 3.3 V 3. Radio Specifications 3.1. Basic Radio Specification Please refer to Table 3 for radio specification. Table 3 BL3359-P Radio Specification Radio range Wireless standards 2.412 GHz - 2.
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-4Stack IPv4, TCP/UDP/FTP/HTTP/HTTPS/TLS/mDNS Data rate (max) 11M@802.11b, 54M@802.11g, MCS7@802.11n Encryption standard: Open/WEP-Open/WPA/WPA2 Security Encryption algorithm: WEP64/WEP128/TKIP/AES Network types STA/AP/STA+AP/WIFI Direct 3.2. Radio Performance 3.2.1. IEEE 802.11b Table 4 Basic specifications under IEEE802.11b ITEM Specification Modulation Type DSSS / CCK Frequency range 2412MHz~2462MHz Channel CH1 to CH11 Data rate 1, 2, 5.
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-5Minimum Input Level (FER≦8%) -87 dBm Maximum Input Level (FER≦8%) -10 dBm 3.2.2. IEEE 802.11g Table 7 Basic specifications under IEEE802.11g ITEM Specification Modulation Type OFDM Frequency range 2412MHz~2462MHz Channel CH1 to CH11 Data rate 6, 9, 12, 18, 24, 36, 48, 54Mbps Table 8 Transmitting performance under IEEE802.11g TX Characteristics Min. Typical Max.
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-6- 3.2.3 IEEE802.11n IEEE802.11n 20MHz bandwidth mode Table 10Basic specifications under IEEE802.11n with 20MHz ITEM Specification Modulation Type OFDM Frequency range 2412MHz~2462MHz Channel CH1 to CH11 Data rate MCS0/1/2/3/4/5/6/7 Table 11 Transmitting performance under IEEE802.11n with 20MHz TX Characteristics Min. Typical 14 Power@HT20, MCS7 Frequency Error Max.
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-7- 3.2.4 Testing Data for OTA Refer to Table 1 for testing data.
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-8- 4. BL3359-P Hardware Information 4.1. PIN Sequence Please refer to Fig 1 for the pin sequence. Fig 1 BL3359-P pin sequence 4.2. PIN Definitions Please refer to Table17 for the pin definitions.
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-9- GPIOA18 2 RX1 GPIOA12 3 ADC_CH4 IR_TX GPIOB3 4 5 6 GPIOA8 ADC_CH0 GPIOA14 ADC_CH6 IR_RX GPIOA15 7 VDD 8 GND 9 RST 10 GPIOA6 11 12 13 14 15 GPIOA19 PWM0 SPI_MOSI GPIOA20 PWM1 SPI_MISO GPIOA21 PWM2 SPI_CLK GPIOA22 PWM3 SPI_CS 16 17 RX0 GPIOB1 TX0 GPIOB0 GND 18 Note: 1. In default, UART0 is used for bypass communication and UART2 is used for output of debugging information. Please refer to the description in DC Characteristics for UART output current level.
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- 10 2. NRST is hardware reset for the module and will be effective with VIL. Configuration information will be remained after module reset. The module is already designed with RC reset upon power-on. 3. The pins for reset button and LED indication should be defined according to actual firmware and circuit design. 4. In default, PIN11 (GPIO2) is the module software reset PIN and will be effective with VIH.
PAGE 12
- 11 - 4.6. Certifications 1. Compliant and certified with SRRC standard (CMIIT ID: 2017DP6839). 2. Compliant with requirement of RoHS 2.0. 3. Compliant with requirement of REACH. 4.7. Label Fig 8 BL3359-P label content Please refer to Fig 8 for the content description on label.
PAGE 13
- 12 - 4.8. Shielding Case Dimensions Please refer to Fig 9 for the dimensions of shielding case. Fig 9 BL3359-P Dimensions of shielding case (Unit: mm) 4.9.
PAGE 14
- 13 - 5. Reference Design 5.1. UART Interface Design For devices with 3.3V power supply, you can directly connect the device UART port with module UART port according to the illustration in Fig 12. Fig 12 Circuit diagram (3.3V) If your device is powered by 5V, you can refer to the circuit shown in Fig 13 or design your own circuit for power conversion. The value of resistor can be adjusted according to actual circuit design. 5.2. Power Supply Requirement If an LDO is used to supply the module with 3.
PAGE 15
- 14 The module is designed with 2x 3.3V pins. You can power the module with either pin or both pins. 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.
PAGE 16
- 15 2ATEV-BL3359-P” or “Contains transmitter module FCC ID: 2ATEV-BL3359-P”. 2.9 Information on test modes and additional testing requirements Contact Hangzhou BroadLink Technology Co., Ltd. will provide stand-alone modular transmitter test mode. Additional testing and certification may be necessary when multiple modules are used in a host. 2.
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- 16 This device and its antenna(s) must not be co-located with any other transmitters except in accordance with IC multi-transmitter product procedures. Referring to the multi-transmitter policy, multiple-transmitter(s) and module(s) can be operated simultaneously without reassessment permissive change. Cet appareil et son antenne (s) ne doit pas être co-localisés ou fonctionnement en association avec une autre antenne ou transmetteur.
PAGE 18
- 17 - Revision History Date Version Updated Content 12/10/2018 1.0 Preliminary version 4/23/2019 1.1 Modified RF power, packaging and label information. 5/13/2019 1.2 Revised some parameters and added actual testing data of antenna and certification information.
PAGE 19
- 18 - Copyrights It is prohibited to use or copy all or any part of contents in this manual without prior permission, especially applicable for trademarks, models, part numbers and figures. Contact Us Ms Zhou Hangzhou BroadLink Technology Co., Ltd. Add: Building C, 57 Jiang’er Road, Binjiang District, Hangzhou, P.R.China Postcode: 310052 Tel: +86-571-85071744-8010 Email: bingqi.zhou@broadlink.com.