wholesale plc-iot module power line carrier communication for smart home wireless transmitter for PV power generation

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Model Number:MN-L60C
Place of Origin:Guangdong, China
Brand Name:Micro Nature
Chipset:VC6322
Supplier Type:wholesale
Application:Smart street lights/smart home,/smart parking/cent

Product Overview

PLC-IoT MN-L60C Module

MN-L60C is a fully integrated Power Line Communication (PLC) communication module with ultra-compact size, compact structure, and simple wiring. It can be widely used in various PLC instant communication applications, such as smart street lighting, smart homes, smart parking, central air conditioning, and ubiquitous power Internet of Things (IoT) terminal devices.

PRODUCT SPECIFICATIONS

CPU & Storage Performance
1	High-performance Cortex-M4 processor and 32-bit DSP with 150MHz core operating frequency
2	Embedded with 2MB SDRAM and 2MB Flash
Physical Layer Properties
1	Realizes subset of SGCCQ/Q/GDW11612 or IEEE 1901.1 standard.
2	Supports 0~12M multiple frequency bands, 1.95~12MHz, 2.4~5.6MHz, 0.78~2.93MHz and 1.76~2.93MHz are optional.
3	Adopts OFDM technology and supports BPSK, QPSK and 16QAQAM signal modulation techniques.
4	Supports FEC and CRC functions, strong error correction and denoising capability.
5	AES-128/192/256,SM2/SM3/SM4 acceleration engine.
MAC Features
1	Supports TDMA and CSMA/CA, and provides conflict avoidance mechanism.
2	Supports data segmentation and reorganization to improve transmission efficiency.
3	Supports data retransmission mechanism.
4	Supports 4 levels of QoS to meet different business quality of service requirements.
Networking Features
1	Supports automatic fast networking, typical 200-size, 2-layer network scenarios 10s to complete fast networking, support for fast communication.
2	Support dynamic routing, multi-path addressing.
Peripheral Interfaces
1	UART, GPIO, PWM, ADC
Communication Metrics
1	Peak physical layer rate 0.507Mbit/s, application layer rate 80Kbps.
2	Receive sensitivity better than 0.2mVpp.
Power Consumption & Others
1	Static power consumption≤0.15W
2	Dynamic operating power ≤ 0.7W.
3	Operating ambient temperature range: -40°C to +85°C.
4	Package size: LxWxH:24.313.03.6mm±0.3

What Is PLC-IoT?

Power line communication (PLC) reuses power lines as communications lines that connect IoT devices. Since there is no extra wiring involved, PLC is able to avoid issues related to as tangled cables, aging, and maintenance. Meanwhile, when compared with wireless communications, PLC is more resistant to its surroundings, such as walls and interference from the 2.4 GHz unlicensed band. Better yet, PLC greatly reduces costs by allowing for one network to be shared among a wide range of different communication technologies. Thanks to the power grid, the world's widest network, data communications via power lines becomes remarkably easy, even in the most remote locations, laying the groundwork for an all-connected future.

PLC-IoT is a new paradigm for PLC technology. It's compliant with HPLC/IEEE 1901.1, and features mid-band power-line carrier communications in the IoT domain, resolving the issues of signal interference from power lines and attenuation, while also supporting IP-based communications. By reusing power lines, PLC-IoT saves the time and labor required to dig trenches and bury cables, slashing construction and deployment costs by more than 50%. The high-speed, reliable IoT networks on the device side have been used in a broad range of contexts, including smart homes, smart metering, smart traffic lighting, smart street lamps, and photovoltaic (PV) power generation.

The Ideal Standard for PLC-IoT

IEEE standards for PLC are classified into IEEE 1901, IEEE 1901.1, and IEEE 1901.2. IEEE 1901 is a standard for in-home broadband modems; IEEE 1901.1 and 1901.2 are low- and mid-frequency IoT standards.

To sum up, IEEE 1901.1 features high rates, fast networking, low band noise, and low attenuation, making it broadly applicable to IoT environments with strong interference. HiSilicon PLC-IoT complies with IEEE 1901.1, meeting the requirements for medium/high rates, low latency, and hassle-free O&M.

Generally speaking, PLC-IoT comes with significant advantages in terms of engineering costs, since it requires no extra cabling. It also excels in terms of transmission distance and speed, compared with traditional technologies, which ensures that connections are consistently robust.

FAQ

Q1: What is the expected lifespan or durability of the product?
A: Our product has an expected lifespan of 5 years and is designed to withstand heavy use in industrial environments.

Q2: What if I don't understand how HPLC IoT works?
A: We provide free online technology training and free project proposal. If there's any smart lighting projects, feel free to contact us:
Tel:+86 13902945370
Web:www.micronature.cn

Q3: Are there any certifications or standards that the product meets?
A: Yes, our product meets several industry certifications and standards, including CE, RoHS, LVD.

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