Quectel Modules for 5G, LTE, LPWA, GNSS, and Smart IoT Solutions.
YURUNOX helps engineering and procurement teams connect network coverage, data rate, power, positioning, operating system, interfaces, antenna, certification, and deployment requirements with suitable Quectel module families, then review the exact variant, firmware context, supply condition, evidence, and delivery terms.
Review region, network modes, bands, operator acceptance, throughput, interfaces, antennas, and thermal design.
Match Cat M, NB-IoT, fallback, power modes, coverage, latency, reporting cycle, SIM, and cloud protocol.
Confirm constellations, frequency, sensitivity, update rate, antenna, assistance, power, environment, and accuracy.
Review processor, operating system, memory, display, camera, multimedia, Wi-Fi, Bluetooth, cellular, and software support.
Choose the Quectel Module Direction by the Network and Device You Need to Build.
The suitable module depends on deployment country, operator, radio bands, network generation, throughput, latency, power, positioning, interfaces, operating system, antenna, certification, environment, firmware, and lifecycle requirements.
Need 5G or LTE Connectivity for a Router, Gateway, or Video Device?
Review deployment region, operators, NSA or SA, LTE fallback, bands, data rate, interfaces, antennas, SIM or eSIM, GNSS, power, thermal design, drivers, firmware, and certification.
Need Long Battery Life for Metering, Tracking, or Remote Sensors?
Define Cat M or NB-IoT coverage, fallback, message size, reporting interval, latency, sleep and power-saving modes, wake method, GNSS, SIM, cloud protocol, antenna, battery, and environment.
Need GNSS Positioning for Assets, Fleets, or Portable Equipment?
Confirm constellations, frequency, accuracy, update rate, sensitivity, time to first fix, assistance, antenna type, interference environment, power, host interface, dead reckoning, and certification.
Need an Application Processor, Display, Camera, and Wireless Connectivity?
Review processor, operating system, memory and storage, cellular variant, Wi-Fi, Bluetooth, GNSS, display and camera interfaces, multimedia, security, SDK, firmware, thermal design, and lifecycle.
Move From an IoT Requirement to a Reviewable Quectel Module.
Use the family that matches the network and device requirement, then confirm the exact regional variant, bands, form factor, interfaces, firmware, certification, lifecycle, quantity, and supply condition.
5G NR Modules
Sub-6, NSA and SA, LTE fallback, LGA, M.2, and other high-throughput cellular directions for gateways, routers, CPE, video, and industrial equipment.
View 5G Product4G LTE Modules
LTE Cat 1, Cat 1 bis, Cat 4, LTE-A, regional and global variants, LGA and Mini PCIe directions for connected industrial products.
View LTE ProductsLPWA Modules
LTE Cat M, NB-IoT, EGPRS fallback, low-power modes, compact packages, and integrated GNSS directions for metering, tracking, and sensors.
View LPWA ProductsGNSS Modules
Standalone multi-constellation positioning, low-power location, precision timing, dead reckoning, RTK, and integrated positioning directions.
View GNSS ProductSmart Modules
Cellular application processors with operating system, graphics, camera, display, audio, Wi-Fi, Bluetooth, GNSS, and rich peripheral interfaces.
View Smart ModuleWi-Fi and Bluetooth
Short-range wireless modules for gateways, cameras, terminals, smart-home products, industrial equipment, and cellular plus Wi-Fi designs.
Review Short-Range ConnectivityAntennas and RF Integration
Cellular, GNSS, Wi-Fi, Bluetooth, combo antennas, cables, connectors, placement, matching, coexistence, and RF validation requirements.
Review the Complete RF PathVariant and Firmware Review
Region, operators, bands, package, hardware revision, firmware baseline, certifications, SIM or eSIM, lifecycle, and controlled production changes.
Review Supply EvidenceFind the Quectel Module Direction That Matches Your IoT Deployment.
Choose the application and primary connectivity function first. The result provides a starting family direction and the network, integration, certification, firmware, and purchasing information required for a useful RFQ.
Select the Application and Primary Connectivity Need.
Start with where the product will operate, which networks it must use, and what data it must carry. The exact module can then be narrowed by bands, operators, interfaces, power, antenna, software, certification, and lifecycle.
The result is an initial family direction, not a substitute for RF design, network and operator approval, certification, software validation, field testing, or engineering approval.
Quectel 5G Sub-6 Cellular Module Direction
Begin with country, operator, 5G NSA or SA, LTE fallback, bands, throughput, latency, host interfaces, antennas, SIM or eSIM, GNSS, power, thermal design, drivers, firmware, and certification.
Compare Quectel Module Directions Before Reviewing the Exact Variant.
This comparison connects common broadband, LPWA, smart-terminal, and positioning needs with the provided Quectel module examples.
| Module | Category | Primary Direction | Form Factor | Key Selection Checks | Product Page |
|---|---|---|---|---|---|
| RG500Q-EA | 5G Sub-6 | High-throughput 5G and LTE connectivity for gateways, routers, video, and industrial terminals. | LGA module | Region, NSA or SA, bands, operators, fallback, interfaces, antennas, power, thermal design, drivers, firmware, and certification. | View RG500Q-EA |
| EC25-EFA-MINIPCIE | LTE Cat 4 | Mini PCIe broadband cellular direction for industrial routers, gateways, computers, and rugged terminals. | Mini PCIe card | Regional bands, operator and regulatory approvals, SIM, GNSS option, USB, antenna ports, power, drivers, and firmware. | View EC25-EFA-MINIPCIE |
| EC20-CEHD-LG | LTE Cellular | Surface-mount cellular connectivity for embedded M2M, telemetry, industrial, and connected-device designs. | Surface-mount module | Deployment market, bands, network fallback, package footprint, USB and UART, GNSS, power, antenna, firmware, and lifecycle. | View EC20-CEHD-LG |
| BG95-M3 | Multi-Mode LPWA | LTE Cat M1, Cat NB2, and EGPRS direction for battery-powered meters, tracking, alarms, and remote sensors. | Compact LGA module | Country, operators, Cat M or NB-IoT, fallback, data rate, PSM and eDRX, GNSS, SIM, interfaces, antenna, firmware, and cloud protocol. | View BG95-M3 |
| EG25-G-MINIPCIE | Global LTE Cat 4 | Worldwide cellular and optional positioning direction for routers, PDAs, video transmission, and digital signage. | Standard Mini PCIe card | Country and operator approvals, bands, fallback, GNSS option, MIMO antennas, SIM, USB, power, thermal design, drivers, and firmware. | View EG25-G-MINIPCIE |
| SC20-E | Smart LTE Module | Connected smart-terminal direction combining cellular, application processing, multimedia, Wi-Fi, Bluetooth, and GNSS options. | Smart surface-mount module | Regional cellular variant, OS and firmware, memory and storage, display, cameras, audio, Wi-Fi, Bluetooth, GNSS, thermal design, SDK, and lifecycle. | View SC20-E |
| BC66-NB | NB-IoT | Compact low-power cellular direction for metering, alarms, asset monitoring, and constrained IoT devices. | Compact surface-mount module | Regional bands, operator support, data profile, power-saving behavior, SIM, interfaces, antenna, firmware, protocol, size, and lifecycle. | View BC66-NB |
| L26-LB | GNSS Positioning | Multi-constellation positioning direction for tracking, fleet, industrial, portable, and timing applications. | Compact GNSS module | Constellations, exact variant, frequency, sensitivity, update rate, accuracy, assistance, antenna, host interface, interference, power, and environment. | View L26-LB |
Use this table for initial direction only. Confirm the complete model and regional suffix, radio bands, operators, certifications, hardware revision, firmware, interfaces, antennas, power, thermal design, lifecycle, current Quectel documentation, and field-test results before design or purchasing approval.
Build Connected Products Around the Network, Device, and Deployment.
Quectel module selection begins with the product's operating region, network, data profile, power budget, positioning need, interfaces, software, antenna system, certification path, environment, and production lifecycle.
Gateways, Routers, and Remote Equipment
Connect controllers, machines, kiosks, and remote assets through 5G, LTE, LPWA, GNSS, Wi-Fi, or Bluetooth while reviewing interfaces, antennas, power, thermal limits, and enclosure constraints.
Metering and Infrastructure Monitoring
Match network availability, payload size, reporting cycle, latency, battery target, PSM or eDRX behavior, remote management, cloud protocol, antenna, and installation environment.
Logistics, Containers, and Mobile Assets
Combine cellular coverage and positioning around location interval, motion events, indoor or outdoor use, accuracy, power budget, antenna placement, roaming, SIM, and data cost.
Fleet, Vehicle, and Mobility Connectivity
Review deployment countries, network fallback, GNSS, antennas, operating temperature, power events, interfaces, firmware, certifications, operator requirements, and fleet-platform integration.
POS, Handheld, and Human-Machine Interfaces
Align cellular, processor, operating system, display, touch, camera, audio, Wi-Fi, Bluetooth, GNSS, memory, software, security, certification, and product-lifecycle needs.
Cameras, Signage, and Remote Monitoring
Start with uplink demand, latency, coverage, 5G or LTE fallback, host interface, processor load, thermal design, antennas, power, data plan, cloud path, and field-service requirements.
Connect the Connectivity Requirement to a Complete Module Specification.
A suitable module family is only the start. Before procurement, confirm the exact model and suffix, region, bands, operators, certifications, hardware and firmware context, interfaces, antennas, power, lifecycle, quantity, evidence, and delivery timing.
Country, operator, NSA or SA, LTE fallback, bands, throughput, USB or PCIe, antennas, power, thermal path, drivers, firmware, and certification.
Deployment markets, exact regional variant, bands, operator acceptance, SIM, GNSS, antenna ports, USB, host support, firmware, and approvals.
Cat M or NB-IoT coverage, fallback, PSM or eDRX, reporting cycle, latency, GNSS, SIM, cloud protocol, antenna, battery, and field conditions.
Cellular region, OS, firmware, memory, display, cameras, audio, Wi-Fi, Bluetooth, GNSS, SDK, security, thermal design, and lifecycle.
Constellations, exact variant, accuracy, sensitivity, update rate, time to first fix, assistance, antenna, interference, host interface, power, and environment.
Search the Exact Quectel MPN, Then Review the Variant and Deployment.
Use the search field for a full model, family, or connectivity keyword. Product pages support discovery; current availability, regional suffix, hardware or firmware context, condition, quantity, evidence, terms, and lead time must be reconfirmed for each RFQ.
EC25-EFA-MINIPCIE
Mini PCIe LTE Cat 4 direction for industrial routers, gateways, computers, rugged terminals, telemetry, and broadband M2M equipment.
View EC25-EFA-MINIPCIE
RG500Q-EA
5G Sub-6 and LTE connectivity direction for high-throughput gateways, routers, industrial terminals, video equipment, and connected edge devices.
View RG500Q-EA
EC20-CEHD-LG
Embedded cellular-module direction for industrial M2M, remote equipment, telemetry, terminals, and connected-device designs.
View EC20-CEHD-LG
BG95-M3
Multi-mode LPWA direction for battery-powered meters, trackers, alarms, remote sensors, and compact cellular IoT devices.
View BG95-M3
EG25-G-MINIPCIE
Mini PCIe LTE Cat 4 direction for routers, gateways, PDAs, video transmission, digital signage, and equipment deployed across multiple markets.
View EG25-G-MINIPCIE
SC20-E
Smart-module direction for connected terminals requiring application processing, cellular, multimedia, display, camera, Wi-Fi, Bluetooth, and GNSS integration.
View SC20-E
BC66-NB
Compact NB-IoT direction for metering, alarms, asset monitoring, infrastructure sensing, and constrained low-power cellular devices.
View BC66-NB
L26-LB
Standalone GNSS direction for asset tracking, fleet equipment, portable devices, industrial positioning, and timing applications.
View L26-LBCannot find the Quectel model? Send the complete MPN or family, deployment countries, operators, network function, quantity, application, target date, approved alternatives, firmware context, and required evidence.
Confirm the Exact Quectel Variant, Firmware Context, and Evidence Before Shipment.
Selecting a family does not confirm that an actual offer fits the deployed product. YURUNOX aligns the quoted module with the complete model, regional suffix, hardware and firmware context, supply condition, quantity, commercial terms, and agreed evidence.
Manufacturer, complete MPN, regional suffix, hardware revision, firmware context, labels, packing, quantity, and available traceability.
Deployment countries, radio bands, operators, network modes, fallback, SIM or eSIM, certifications, antenna path, and customer approval scope.
Interfaces, power, thermal design, antenna configuration, host drivers, AT-command or OS compatibility, packaging photos, visual review, and other agreed checks.
Offered quantity, price basis, validity, lead time, payment, freight, date or lot information, exceptions, destination, and receiving requirements.
Turn a Module Request Into a Reviewable Deployment and Purchase Decision.
A complete RFQ makes network, integration, firmware, quality, commercial, and delivery expectations visible before the order moves forward.
A Multi-Market Industrial Gateway Requires EG25-G-MINIPCIE
The buyer is preparing a production run and needs the exact Mini PCIe model reviewed against deployment countries, operators, antenna design, host software, approved firmware, supply evidence, and delivery timing.
Align the Network Requirement
Confirm deployment countries, operators, bands, network modes, fallback, SIM, roaming, certifications, required data rate, and field-test plan.
Align the Device Integration
Confirm form factor, interfaces, power, thermal design, antenna ports, GNSS, host drivers, AT commands, firmware baseline, and application software.
Review Supply and Evidence
Record exact variant, hardware and firmware context, condition, quantity, packing, labels, available traceability, photos, inspection scope, terms, and exceptions.
Approve Release and Delivery
Review the evidence, customer approvals, firmware controls, commercial terms, protective packaging, shipping documents, destination, and tracking.
Quectel Module Selection and Sourcing FAQ.
Use these answers to prepare a clearer Quectel model search, connectivity review, deployment request, or BOM quotation.
Can YURUNOX source an exact Quectel module?
Send the complete MPN including regional suffix, required quantity, target date, destination, approved hardware or firmware context, packing preference, and any lot, traceability, inspection, certification, or documentation requirements. Availability and terms are confirmed for the actual RFQ.
What information is needed for a Quectel module selection review?
Provide the application, deployment countries, operators, network generation, bands, data profile, latency, power target, GNSS need, SIM, interfaces, antennas, host OS, firmware, certifications, environment, quantity, and lifecycle expectation.
How do region, operators, bands, and certifications affect selection?
The same product family can include variants intended for different markets and network combinations. Confirm the destination, local network availability, operator requirements, radio bands, regulatory approvals, antenna path, SIM plan, and field validation before approval.
Why should hardware revision and firmware be confirmed?
Firmware, drivers, AT-command behavior, operating-system support, certifications, and customer software can depend on the exact model and revision context. Use the approved project baseline and review any change before production release.
Can I submit a BOM with multiple Quectel models?
Yes. Include the complete MPN, quantity, application, target date, destination, deployment markets, approved alternatives, firmware or revision requirement, packing, and evidence needs for each line. The quotation can then show line-specific availability, exceptions, and terms.
What quality evidence can be requested before shipment?
Depending on the part, supply condition, quantity, risk, samples, equipment, available records, and agreed scope, evidence may include packaging and label photos, visual or microscopic inspection, marking review, X-ray, electrical checks, and supporting documents.
Are price and inventory shown on this page current?
No fixed inventory or price is represented by this page. Current quantity, price basis, validity, lead time, source condition, packing, date or lot information, evidence, freight, payment, and exceptions are confirmed for each quotation.
Can YURUNOX support prototype and production quantities?
Send the required quantity and project stage. The available supply, minimum quantity, packing, price basis, inspection options, and delivery terms depend on the exact part and current offer.
Have a Quectel MPN, BOM, or IoT Connectivity Requirement?
Send the deployment countries, operators, required network and data profile, preferred MPN or BOM, hardware and firmware context, quantity, target date, destination, approved alternatives, and evidence requirements for an order-specific review.