CE 868MHz LoRa Wireless Module Suppliers and Manufacturers

Explore 31 verified suppliers offering CE 868MHz LoRa Wireless Module with varying lead times, response speeds, and certifications. Compare locations in China Jiangsu, Guangdong, and Sichuan to find the right partner for your industrial wireless transmission needs; review the available evidence before requesting comparable quotations from suitable candidates.

Suppliers List

Comprehensive Sourcing Guide

CE 868MHz LoRa Wireless Module Supplier Concentration and Factory Types

Current data indicates a concentration of suppliers in China, specifically within the Jiangsu and Guangdong provinces, alongside operations in Sichuan. These regions host a mix of combined entities, trading companies, and manufacturers capable of producing wireless communication modules. The Jiangsu-based suppliers often present as combined entities offering both Original Design Manufacturing and Original Equipment Manufacturing capabilities, suggesting a robust internal engineering capacity alongside direct sales channels. In contrast, suppliers located in Guangdong frequently operate as trading companies, focusing on aggregating products like Lora gateways and GPS trackers for broader distribution. This distinction is critical for buyers seeking specific manufacturing control versus those prioritizing a wider catalog of related IoT devices.

Sichuan-based suppliers appear to function as both manufacturers and trading companies, offering a hybrid model that may provide flexibility in production scaling. The main product lists for these entities include a diverse range of wireless modules such as WiFi, Bluetooth, and Zigbee, indicating a specialized focus on connectivity solutions. When evaluating factory types, buyers should look for explicit mentions of ODM and OEM capacities, which signal the ability to customize module specifications like frequency bands and transmission power. The presence of combined company types suggests that some suppliers can manage the entire supply chain from component sourcing to final assembly, potentially reducing lead times for complex orders.

How to Verify CE 868MHz LoRa Wireless Module Suppliers

Verification processes should prioritize checking for third-party validation badges, such as BV verification, which serves as a tangible indicator of supplier legitimacy. While some suppliers display system certifications like ISO, RoHS, and CE, others may list only specific product certifications like CE or GS. Buyers must distinguish between company-level system certifications and product-specific compliance marks, as the absence of a general system certification does not necessarily invalidate a supplier's ability to produce compliant goods. It is essential to request current certification documents directly from the supplier to confirm that the CE marking applies specifically to the 868MHz frequency band and the specific module model being ordered.

Response time metrics provide another layer of verification regarding supplier reliability and operational efficiency. Data shows response times varying significantly, with some suppliers responding within two hours while others take over twenty-four hours. A rapid response time often correlates with a dedicated sales team and active inventory management, which are vital for urgent procurement needs. Buyers should also examine the supplier's main product focus to ensure alignment with their specific technical requirements. If a supplier lists Lora gateways and GPS trackers as primary products but lacks detailed specifications for 868MHz modules, their expertise in this specific niche may be limited compared to a supplier specializing exclusively in wireless transmission modules.

What to Compare Across CE 868MHz LoRa Wireless Module Suppliers

Comparative analysis should focus on key operational metrics including lead times, minimum order quantities, and pricing structures. Lead times in the current dataset range from fifteen to twenty days, reflecting differences in production scheduling and inventory availability. Minimum order quantities vary widely, with some suppliers requiring as few as two units while others mandate orders of one thousand units. This disparity significantly impacts the total cost of ownership for small-scale prototyping versus large-volume deployment. Buyers must calculate the effective unit cost by factoring in the MOQ, as a lower base price may be offset by the requirement to purchase a large volume of inventory that exceeds immediate project needs.

Technical specifications and support capabilities form another critical comparison dimension. Suppliers offer varying communication interfaces, such as RS485 or UART, and different data rates like 9600BPS or 2.4kbps. The working temperature ranges also differ, with some modules rated for -40°C to 70°C and others for -25°C to 70°C, which dictates suitability for harsh industrial environments. Additionally, the availability of customization services should be verified, as some suppliers explicitly state that customization is available while others do not mention this capability. Buyers should compare the support networks offered, such as GPRS or Ethernet, to ensure the module integrates seamlessly with their existing infrastructure and communication protocols.

Common CE 868MHz LoRa Wireless Module Sourcing Risks

One significant risk involves the discrepancy between claimed certifications and actual product compliance. While product attributes may list CE or RoHS certifications, the absence of a verified system certification for the manufacturing facility can indicate a lack of rigorous quality control processes. Buyers face the risk of receiving non-compliant goods if the supplier relies solely on self-declared product certifications without third-party audit trails. This is particularly relevant for industrial applications where regulatory compliance is mandatory, and failure to meet standards can result in legal liabilities or product recalls. It is imperative to validate that the specific batch of modules being purchased carries the correct certification marks for the target market.

Another risk pertains to the reliability of communication performance under varying environmental conditions. Product attributes indicate specific working altitudes and humidity levels, but real-world performance may deviate if the supplier does not adhere to strict testing protocols. For instance, modules rated for a maximum altitude of 2500m may experience signal degradation if deployed in high-altitude locations without proper verification. Furthermore, the variation in response times among suppliers suggests potential inconsistencies in after-sales support and technical troubleshooting. If a supplier has a slow response time, resolving critical communication failures during a project deployment could lead to significant operational downtime and increased costs.

CE 868MHz LoRa Wireless Module Regional Sourcing and Logistics

Sourcing from China, specifically the Jiangsu, Guangdong, and Sichuan provinces, offers access to a mature supply chain for wireless modules. However, logistics planning must account for the specific origin of the goods, as shipping times and costs can vary based on the province of dispatch. Suppliers in Guangdong, often trading companies, may have established logistics networks for rapid export, while manufacturers in Sichuan might require different shipping arrangements due to their inland location. Buyers should verify the specific port of origin listed in the product attributes, such as Shenzhen, to accurately estimate transit times and customs clearance requirements.

Packaging standards also vary by region and supplier type, influencing the safety of goods during transit. Some suppliers utilize wooden boxes for protection, while others use neutral boxes or standard packaging boxes. The choice of packaging can impact the risk of damage during long-haul shipping, especially for sensitive electronic components. Buyers should confirm the packaging specifications in the product attributes to ensure the modules are protected against moisture, static electricity, and physical shock. Additionally, the single package size and weight provided in the data can help in calculating freight costs and determining the most efficient shipping method for the order volume.

CE 868MHz LoRa Wireless Module Commercial Terms and Order Planning

Commercial terms must be carefully evaluated to align with the buyer's budget and cash flow requirements. Price ranges observed in the data span from fifty to seventy-nine dollars per unit, with minimum order quantities acting as a primary driver for the final unit cost. Buyers should negotiate based on the specific MOQ, as ordering above the threshold may unlock lower price points. It is crucial to clarify whether the quoted price includes shipping, insurance, and taxes, as these factors can significantly alter the total landed cost. Understanding the payment terms and any escrow options available can further mitigate financial risks associated with the transaction.

Order planning should incorporate the lead times and response times to ensure timely project delivery. With lead times ranging from fifteen to twenty days, buyers must factor in production scheduling and potential delays when planning their deployment timelines. A supplier with a response time of two hours may offer better support for urgent order modifications, whereas a supplier with a twenty-four-hour response time might be better suited for planned, non-urgent procurement. Buyers should also consider the scalability of the supplier, ensuring they can handle increased order volumes without compromising lead times or quality. Planning for buffer stock based on the supplier's historical performance can help mitigate the risk of supply chain disruptions.

FAQs

What certifications do the 868MHz LoRa modules have?

Available modules carry CE, RoHS, and ISO certifications. Some specific products also list GS certification. Buyers should verify the exact certificate for each model before ordering to ensure compliance with local regulations.

What is the minimum order quantity for these wireless modules?

Minimum order quantities vary by supplier and product model. Some listings require as few as two units, while others demand 100 or 1000 pieces. Check the specific product page for the exact MOQ applicable to your selected item.

How long does it take to receive the wireless transmission modules?

Lead times typically range from 15 to 20 days depending on the supplier location. Suppliers in Jiangsu and Sichuan may offer different delivery schedules. Confirm the specific lead time with the seller before finalizing the purchase agreement.

What is the price range for the 868MHz LoRa modules?

Prices generally fall between 50 and 79 units of currency per piece. The final cost depends on the specific model, quantity ordered, and customization requirements. Request a detailed quote to confirm the exact price for your order volume.

Can these modules be customized for specific industrial applications?

Yes, customization is available for many of the listed wireless communication modules. Suppliers offer ODM and OEM services to tailor products for industrial use. Contact the supplier directly to discuss your specific technical requirements and customization options.

Where are the manufacturers of these LoRa modules located?

Manufacturers and trading companies are located in China, specifically in Jiangsu, Guangdong, and Sichuan provinces. These regions host suppliers offering various wireless modules. Verify the specific origin of the product to understand shipping logistics and potential tariffs.

What is the typical response time for supplier inquiries?

Response times vary significantly among suppliers, ranging from 2 hours to over 24 hours. Some verified suppliers respond quickly, while others may take longer. Check the supplier profile for their average response time to ensure timely communication.