LoRa Wireless Module

Industrial LoRa Wireless Modules: Long-Range & Low-Power IoT Connectivity

Ebyte offers a specialized portfolio of high-performance LoRa wireless modules designed for robust and secure data transmission. Operating across global sub-GHz bands (433MHz, 868MHz, 915MHz) and 2.4GHz, our modules leverage Semtech’s advanced spread-spectrum technology to provide superior link budgets and exceptional interference immunity for long-range RF communication.

Advanced Chipset Integration: Our series integrates industry-leading silicon, including the E22 series (SX1262) and the cost-effective E220 series (LLCC68), delivering communication distances of up to 10km+ with high receiving sensitivity.
Versatile Hardware Interfaces: We provide flexible integration options including SPI modules for deep hardware customization and UART (TTL) modules with transparent transmission protocols for rapid development.
Industrial-Grade Reliability: Engineered for harsh environments, these modules feature a wide operating temperature range of -40°C to +85°C, high-precision TCXO oscillators, and are compliant with CE, FCC, and RoHS standards.
Ultra-Low Power Consumption: Optimized for battery-powered end-nodes, our low-power RF modules support multiple sleep modes and Wake-on-Radio (WOR) functionality to maximize field deployment lifespan.

1. How to Select LoRa Wireless Module?

You can quickly filter the most suitable LoRa module through the following 4 dimensions:

Screening Dimension	Options & Corresponding Product Line
Interface Type	• UART Transparent → UART LoRa Series (plug-and-play, no RF development required) • SPI RF Front-end → SPI LoRa Series (for custom firmware and protocol development) • SoC Integrated → SoC LoRa Series (integrated MCU for full secondary development) • Gateway Chip → LoRaWAN Gateway Series (for base station and network construction)
Frequency Band	• Sub-1GHz (433/470/868/915MHz) → Most long-range models, better wall penetration • 2.4GHz → E28 2.4G Series (higher data rate, global license-free ISM band)
Transmission Range	• Short range (<3km) → E220, E53 and other low-power compact models • Medium range (3–10km) → Standard-power E22, E77, E78 series • Long range (>10km) → High-power E22, E32 series
Special Function	• Mesh self-organizing network → E52 LoRa Mesh Series • Standard LoRaWAN protocol → E78 node module, E106 gateway module • High-speed continuous transmission → E610 Series

2. Detailed Parameter Comparison Tables

Table 1: UART Transparent LoRa Modules (Plug-and-Play)

Built-in MCU with mature transparent transmission firmware, directly connected via TTL UART, no RF driver development required. Ideal for rapid project validation and mass production.

Series (Typical Model)	Chipset	Frequency Band	TX Power Range	Max LOS Distance	Air Data Rate	Supply Voltage	Interface	Key Features
E22 Series (E22-400T30D)	SX1262 / SX1268	160–930MHz (433/470/868/915MHz)	22–30dBm	5–10km	0.3–62.5 kbps	DC 2.0–5.5V	UART (TTL)	AES encryption, LBT, air wake-up, deep sleep, wide industrial temperature
E32 Series (E32-433T37D)	SX1276 / SX1278	160–931MHz (433/470/868/915MHz)	22–37dBm	3–25km	0.3–19.2 kbps	DC 3.3–5.5V	UART (TTL)	Classic high-reliability model, strong anti-interference, fixed-point & broadcast transmission
E220 Series (E220-400M20S)	LLCC68	410–930MHz (433/900MHz)	20dBm	2.5km	0.3–62.5 kbps	DC 2.0–5.5V	UART (TTL)	Ultra-compact size, cost-effective, ultra-low standby power
E52 Mesh Series (E52-433M20S)	—	433/868/915MHz	10–20dBm	1.6–4km per hop	7–62.5 kbps	DC 3.3–5.5V	UART (TTL)	Decentralized LoRa Mesh, multi-hop relay, self-healing, up to 46 nodes
E610 Series (E610-900M30S)	EFR32FG23	433/868/915MHz	20/30dBm	1–2km (continuous) 5–10km (normal)	High speed	DC 3.3–5.5V	UART (TTL)	High-speed continuous transmission, low latency, for real-time data scenarios

Table 2: SPI RF Front-end LoRa Modules (Custom Development)

Pure RF transceiver controlled via SPI bus, suitable for developers who need to design custom protocols and firmware. E48/E49 Series UART transparent transmission versions are available in the same series.

Series (Typical Model)	Chipset	Frequency Band	TX Power Range	Max LOS Distance	Supply Voltage	Interface	Key Features
E22/E32 SPI Series	SX1262 / SX1268 / SX1276/78 / LLCC68	160–930MHz	20–33dBm	3–8km	DC 1.8–3.7V	SPI	Flexible development, support LoRa/GFSK/FLRC modulation, industrial grade
E29/E290 Series	PAN3029 / PAN3060	410–510MHz	20–30dBm	5–16km	DC 2.0–3.6V	SPI	Domestic chip solution, DSSS, strong anti-interference, high cost performance
E48/E49 Series	CT230A / CT2310A	410–510MHz / 850–930MHz	20–30dBm	2.5–5.5km	DC 2.0–3.6V	SPI	Domestic chip, mini package, suitable for embedded integration

Table 3: SoC Integrated LoRa Modules (Secondary Development)

Integrate MCU and LoRa RF on a single chip, support user secondary development, reduce system size and BOM cost.

Series (Typical Model)	Chipset	Frequency Band	TX Power	Max LOS Distance	Core	Supply Voltage	Key Features
E77 Series	STM32WLE5CCU6	410–510MHz / 850–930MHz	22dBm	3.5–6.5km	ARM Cortex-M4	DC 2.0–3.6V	ST official solution, high integration, support LoRa and custom protocol
E78 Series	ASR6601	410–925MHz	22dBm	5.6km	ARM Cortex-M4	DC 2.0–3.6V	Support LoRa & LoRaWAN dual protocol, low power, ideal for LoRaWAN nodes

Table 4: 2.4GHz LoRa Modules

Operate in the 2.4GHz global ISM band, with higher data rate, suitable for scenarios requiring both distance and transmission speed.

Series (Typical Model)	Chipset	Frequency Band	TX Power Range	Max LOS Distance	Interface	Key Features
E28 2.4G Series	SX1281	2400–2500MHz	12 / 20 / 27dBm	3–16km	UART / SPI	2.4GHz LoRa modulation, high data rate, support ranging and FLRC mode

Table 5: LoRaWAN Gateway Modules

Core RF front-end module for building LoRaWAN gateway base stations, support multi-channel parallel reception.

Series (Typical Model)	Chipset	Frequency Band	TX Power	Max LOS Distance	Interface	Key Features
E106 Gateway Series	SX1302	433/470/868/915MHz	27dBm	5km	SPI	8-channel LoRaWAN gateway chip, high sensitivity, support PoE power supply (baseboard)

3. Quick Selection Steps

Confirm interface type: Choose UART for fast deployment; choose SPI/SoC for custom development; choose gateway module for base station construction.
Confirm frequency band: Choose Sub-1GHz for maximum transmission distance and penetration; choose 2.4GHz for global license-free band and higher data rate.
Match transmission distance: Select the corresponding power grade according to actual communication distance and environmental occlusion.
Match special functions: Select Mesh model for multi-point ad-hoc network; select LoRaWAN model for standard protocol networking.
Verify environmental requirements: For harsh industrial sites, prioritize models with wide temperature range and ESD protection.

Ebyte’s LoRa solutions are the trusted choice for global engineers in Industrial Automation (PLC wireless links), Smart Agriculture (remote soil and irrigation monitoring), and Remote Sensing (smart utility metering and environmental data collection). Whether you require a high-power 30dBm transmitter or a compact SMD transceiver, our products deliver the industrial-grade stability required for mission-critical IoT ecosystems.

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Tel: +86-028-61543675
Fax: 0086-028-64146160
Email: ebyteiot@cdebyte.com
Address: Buildings B2 and B5, No. 199, West District Avenue, High-tech West District, Chengdu, Sichuan Province.

What is the product performance?

ebyte’s wireless module provides a 365-day worry-free warranty, and high-quality product performance does not require worrying about after-sales problems.

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Our products have passed the CE, FCC, and RoHS certifications and have certificates. Don’t worry about product certification issues.

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EBYTE product technical manual and detailed parameters download:https://www.cdebyte.com/Product-Selection

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LoRa Wireless Module

Industrial LoRa Wireless Modules: Long-Range & Low-Power IoT Connectivity

1. How to Select LoRa Wireless Module?

2. Detailed Parameter Comparison Tables

Table 1: UART Transparent LoRa Modules (Plug-and-Play)

Table 2: SPI RF Front-end LoRa Modules (Custom Development)

Table 3: SoC Integrated LoRa Modules (Secondary Development)

Table 4: 2.4GHz LoRa Modules

Table 5: LoRaWAN Gateway Modules

3. Quick Selection Steps

New product promotion (up to 20% off)

China IoT Module/Modem Retailers

Corporate Culture

Internet of Things Exhibition Hall

office

Factory

Factory

Factory

Large Stock

Large Stock

IoT Exhibition

IoT Exhibition

IoT Exhibition

IoT Exhibition

Blog posts

Frequently Asked Questions

FREE SHIPPING

SUPPORT 24/7

30 DAYS RETURN

100% PAYMENT SECURE

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