PLC communication module widely used in intelligent street-Shenzhen MicroNature Innovation Technology Co.,Ltd_

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PLC communication module widely used in intelligent street

MOQ ：100 piece

Lead Time ：5 Days

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Product details

Product Specifications

Brand name：Micronature
Light Source：LED/Energy Saving
Application：Highway/Square/Garden/Other
Power Supply：AC/DC
Lighting Bulb&Tube：Energy Saving
IP Rating：IP66
Input voltage：220V

Product Description

PLC communication module MP-6305

MP-6305 is a fully integrated power carrier (PLC) communication module with ultra-small size, compact structure, simple wiring and wide. It is widely used in various PLC instant messaging applications such as smart street lights, smart homes, smart parking, central air conditioning, and ubiquitous power Internet of Things terminal devices.

Scenes.

MP-6305 is based on Hisilicon chip, which integrates high-speed / low-speed multimode power line carrier communication modem and ARM Cortex-M3 processor. Hisilicon chip supports P1901.1, OFDM / FSK modulation, tonemask, SunSpec standard.

MP-6305 provides rich peripheral interfaces such as UART, PWM, GPIO, ADC, and integrates the built-in line driver Line-Driver.

It contains LiteOS, the open source operating system of Huawei Internet of Things, which provides a more open development environment and a faster and safer operating system.

Micronature PLC Technology

MP-6305 Product Features:

Realize IEEE1901.1 standard subset, physical layer peak rate 0.507Mbit / s, application layer rate 80Kbps
Support two frequency bands 0.5-3.7MHZ and 2.5-5.7MHZ, the frequency band can be configured by software.
Adopts OFDM technology and supports BPSK and QPSK modulation modes.
Support FEC and CRC functions, powerful denoising and error correction.
Support TDMA and CSMA / CA, and provide conflict avoidance mechanism.
Support data segmentation and reassembly, improve transmission efficiency, and support data retransmission mechanism.
High-performance Cortex-M3 processor, operating frequency 200MHz, embedded SRAM 256KB.
Supports dynamic routing and multi-path addressing for fast networking. In typical applications, one CCO can support 200 STAs to access the network.

More Introduction for MP-6305:

The open operating system LiteOS provides an open, efficient and safe system development and operating environment. Flexible protocol support and expansion capabilities.
The software supports whitelist recognition, the hardware implements AES128 / 256 encryption and decryption algorithms, RSA signature verification algorithm, and HASH anti-tampering algorithm.
The internal integration of EFUSE supports key storage and secure boot to meet Huawei's security requirements.
Supports Level 4 QoS (Quality of Service) to meet the service quality requirements of different businesses.
Support unicast, multicast and broadcast command propagation methods.
Built-in Line Driver, transmit power -51dBm / Hz (software supports to configure transmit power to -45dBm / Hz).
The receiving sensitivity can reach -98dbm (transmitting power -51dBm / Hz, under laboratory conditions, based on 30% packet success rate)

MP-6305 PIN definition
PIN Name	Remark Contents
3.3Vin	Module 3.3V power input pin: 3.0 ~ 3.6V, ripple less than 3%, current requirement ≥200mA.
GPIO0/PWM0_W	PWM and GPIO multiplex pins (module defaults to PWM mode, the pull-up point resistance is not on Pieces): Multiplexed signal 0: GPIO_0 default input, general input and output. Multiplexed signal 1: LED4 General LED. Multiplexed signal 2: PWM0_W PWM (Pulse Width modulation) data Output.
GND	System GND
UART0_RXD/GPIO 2/PWM2_R	1. The default UART0, GPIO multiplexing pins, the module default pull-down 10K resistor (external For MCU, this UART0 upper layer MCU communication is used by default): Multiplexed signal 0: GPIO_9 default input, general input and output. Multiplexed signal 1: UART0_RXD UART0 data reception. 2. Switch to GPIO and PWM multiplexing pins through the jumper resistance (the module defaults to PWM Mode, pull up 10K resistor): Multiplexed signal 0: GPIO_2 default input, general input and output. Multiplexed signal 1: LED1 General LED. Multiplexed signal 2: PWM2_R PWM (Pulse Width modulation) data Output.
GPIO1/PWM1_C	PWM and GPIO multiplex pins (module defaults to PWM mode): Multiplexed signal 0: GPIO_1 default input, general input and output. Multiplexed signal 1: LED5 General LED. Multiplexed signal 2: PWM1_C PWM (Pulse Width modulation) data Output.
UART0_TXD/GPIO 3/PWM3_G	1. The default UART0, GPIO multiplexing pins, the module default pull-down 10K resistor (external For MCU, this UART0 upper layer MCU communication is used by default): Multiplexed signal 0: GPIO_10 default input, general input and output. Multiplexed signal 1: UART0_TXD UART0 data transmission. Multiplexed signal 2: HW_ID_9 hardware version number, users can distinguish hardware by this pin Product form, latched when power-on or reset is released. 2. Switch to GPIO and PWM multiplexing pins through the jumper resistance (the module defaults to PWM Mode, pull down 10K resistor): Multiplexed signal 0: GPIO_3 default input, general input and output. Multiplexed signal 1: LED2 General LED. Multiplexed signal 2: PWM3_GPWM (Pulse Width modulation) data output.
PLC_P	PLC_P communication port, need to design protection and coupling circuit to isolate AC power supply; Protection ability: differential mode / common mode: +/- 4KV ;
GPIO4/PWM4_B	PWM, GPIO multiplexing pins (module defaults to PWM mode, pull down 10K resistor): Multiplexed signal 0: GPIO_4 default input, general input and output. Multiplexed signal 1: LED3 General LED. Multiplexed signal 2: PWM4_B PWM (Pulse Width modulation) data Output.
PLC_N	PLC_N communication port, need to design protection and coupling circuit isolation AC power supply; general requirement Protection ability: differential mode / common mode: +/- 4KV;