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BVE51 5G IoT Module
BVE51 5G LTE Module
BVE51 5G Cellular Module
BVE51 5G IoT Module
BVE51 5G LTE Module
BVE51 5G Cellular Module

BVE51 Cellular SIM 5G Module

  • Plug-and-play IoT 5G LTE Module
  • Integrated 5G \ 4G \ 3G SIM Cellular Module
  • Dual SIM with eSIM on Board
  • Single 1000M WLAN Port
  • GNSS Positioning
  • Size 60mm(L) × 38mm(W) × 17mm(H)

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BVE51 Cellular SIM 5G LTE Module



  • Plug-and-play
  • 5G \ 4G \ 3G WLAN Integration
  • Industrial-grade Connector Port
  • Multi-Interface for Multi-Scene
  • Integrated RF Design, Stable Performance
  • Abundant built-in standard protocols such as MQTT/TCP/UDP ...
  • GNSS High-Precision Positioning
  • Global Bandwidth / UI Customization


  • BVE51 5G LTE module is a principal routing function component in the IoT/eMBB application from ThinkWill and supports 5G NSA and SA/ 4G / 3G wireless communication standards at the same time.


  • Accompanied by a single Gigabit Ethernet port to amalgamate wired WLAN and 5G cellular connectivity, along with the 4×4 MIMO technology, this 5G LTE cellular module can sustain quick and stable Internet access and large data transfer for rapid IoT deployment. This IoT 5G LTE Module does not support mmWave 5G frequencies yet.


  • In addition, the BVE51 cellular 5G LTE module comprises copious application ports of USB \ UART \ LAN linked by standard industrial connectors implementing plug-and-play mode to faster match disparate application scenarios and equipment upgrade deployment. The wireless IPEX RF socket of the BVE51 5G LTE module also facilitates more consistent wireless performance.


  • BVE51 5G LTE module has built-in rich software functions, standard routing network protocols, and cloud platform connection protocols, supporting the interoperability of multiple application systems (such as Windows / Linux / Android). The 5G LTE module can be widely used in various ADICT application fields, such as live video, drone, intelligent medical, smart education, smart city, new energy, broadband access, security monitoring, AI recognition, and others requiring high-bandwidth data communication and rapid deployment.


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Frequency Bands

5G Band 4G Band 3G Band

LB: n5/8/20/28

MB: n1/3

HB: n7/38/41/48/77/78/79

4x4 MIMO: n1/3/7/41/77/78/79

LB: B5(18/19/26)/8/20/28

MB: B1/3/4/66

HB: B7/34/38/39/40/41/42/43/48

4x4 MIMO: B1/3/66(4)/7/41/42

WCDMA: B1/4/5/8


We welcome worldwide wireless communication/telecom operators or IoT project contractors to inquire more on BVE51 cellular SIM 5G LTE module about global frequency band customization, customized UI/Application/Function/Appearance service, etc.



Broadband Access

  • CPE / MiFi
  • Live Video
  • Family Entertainment

Smart Transportation

  • Vehicle-Road Coordination
  • Traffic Remote Control
  • Autonomous Driving


  • Industrial Gateway/Router
  • Robotic Arm
  • Industrial Robot


New Energy

  • Intelligent Grids
  • Distribution Control
  • Equipment Patrol


  • AI Biometrics
  • Telemedicine
  • Drone

AI Tracking

  • AI Navigation
  • Trajectory Control
  • Safety Fence



Video Surveillance

BVE51 Cellular SIM 5G LTE Module to Video Surveillance

BVE51 5G LTE module combines with an AI camera to help public safety, government supervision, and law enforcement of safe production, public safety, speeding vehicles, illegal operations, face recognition, vehicle recognition, etc., through real-time intelligent monitoring. The data center can timely and accurately know the condition for real-time early warning and intervention.



BVE51 Cellular SIM 5G LTE Module to Smart Education

BVE51 5G LTE module joints with AR/VR technology to achieve immersion teaching, which improves students' cognition and understanding through visual display and enhances educational entertainment through virtual simulations of experiments. Meanwhile, BVE51 5G LTE module can improve the management of intelligent campuses through the real-time collection, analysis, and management of campus facilities, resources, environment, etc., and flexible scheduling of energy systems such as hydropower and air conditioning.

Smart Education


BVE51 Cellular SIM 5G LTE Module

Basic Parameters


60mm(L) × 38mm(W) × 17mm(H)

Working temperature

-30℃ to 70℃

Power supply

5V-16V, Type@12V/1A

Storage temperature

-40℃ to 85℃


5G antenna



Dual SIM with eSIM on Board 1.8V and 2.85V auto-detection

GNSS antenna



sleep/wake-up contral pins GPIO (detail in manual)




WAN&LAN port, 10/100/1000Mbps Base-T


3/5line optional(3.3vTTL)


Reset Factory settings




Power/Net *1


English (other language customization)



Network Configuration

5G Wireless standard

3GPP 5G NR standard


2.4G, 1T1R (IEEE 802.11b/g/n)

5G Wireless performance

Transmitting Power and Receiver Sensitivity Conform to standard of 3GPP 5G NR standard

WiFi TR Power

17dBm in 802.11b 

14dBm in 802.11g 

13dBm in 802.11n

5G Wireless Data Rate

5G SA Sub6: DL2.12Gbps, UL900Mbps

5G NSA Sub6: DL2.5Gbps, UL660Mbps

LTE CAT13: 1Gbps(DL), 150Mbps(UL)

WCDMA Rel8: 42Mbps(DL), 11Mbps(UL)

WiFi Data Rate

11Mbps in 802.11b 

54Mbps in 802.11g 

150Mbps in 802.11n


LAN/WAN configurable 10/100/1000Mbps self-adaptive


L1: GPS / Glonass / Beidou / Galileo

L5: GPS / Beidou / Galileo

BVE51 Cellular 5G LTE Module

Q: What Is 5G Module

A: 5G module supports wireless mobile broadband applications such as live video streaming, broadcasting, remote surgery, autonomous driving, virtual reality gaming, AI-driven robotics, and video surveillance with ultra-high data throughput and ultra-low latency.


Q: Why 5G Is Important for IoT

A: 5G network can significantly increase data-transfer speeds, enhance connectivity velocity, reduce latency, and improve network reliability. It will enable a larger quantity of IoT devices to communicate and share data faster than ever, more reliable, and more stable. Especially for those monitoring devices and systems that depend on real-time updates and responses, the 5G network can be the precondition for their further development.


5G is the first mobile network originally developed to support IoT application scenarios. The 5G network can support numerous deployments, for instance:


Massive Mobile IoT:

Efficient and simpler IoT devices enable mass deployment. Since the data throughput sent by these IoT devices is usually small, the stress of massive deployment is on the cost, energy efficiency, and reliable coverage.


5G massive mobile IoT technology will enable low-cost IoT devices with 10+ year battery life and good network coverage in underground and remote areas. 


Enhanced Mobile Broadband:

Enhanced 5G has higher data throughput and is commonly used for data streaming today. Also, enhanced Mobile Broadband intends not only for personal communications but also for the Internet of Things. More data and throughput are the points.


Key Communications:

5G can remarkably improve the predictability and security of data. Allowing fast response, 5G is applicable in self-driving cars or collaborative robots in Industry 4.0. The indispensable role is to enable rapid decision-making for IoT devices with rapid response and predictability.


Utilizing 5G, IoT applications also have greater control over network characteristics and better management as the deployment requires. In the future, there may be upgrades on service levels, data processing locations, etc. Also, empower IoT applications running on the distributed cloud servers close to deployed IoT devices rather than in centralized cloud data centers.


Q: 5G Cellular Module Manufacturers

A: ThinkWill is one of the dominant 5g module manufacturers in China. The company has designed and manufactured some of the most reliable and fastest networking modules on the IoT market. With "plug-and-play" as the core design concept, ThinkWill integrates various elementary communication technologies and application standards to create a new development-free product form.


The product pictures and screen content on the above pages are for illustration only. The actual product effects (including but not limited to appearance, color, size) and screen display content (including but not limited to background, UI, and graphics) may be slightly different, please subject to the actual product.

The data on the above page are theoretical values, all from ThinkWill's internal laboratory, obtained under a specific test environment (please see each specific description), actual use may be due to individual product differences, software versions, use conditions and environmental factors The difference is slightly different, please refer to the actual use.

Due to the real-time changes in product batches and production supply factors, in order to provide as accurate product information, specification parameters, and product features as possible, ThinkWill may adjust and revise the text descriptions, picture effects and other content on the above pages in real time to match the actual products. Performance, specifications, indexes, parts and other information are matched.

In the event that the above-mentioned modifications and adjustments are indeed necessary, no special notice will be given.

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Shenzhen ThinkWill Communication Technology Co., Ltd.

+86 755-21601999
+86 177 2249 5914
13th Floor, Yishang 3D Industrial Park, No.642-2 Zhoushi Road, Hangcheng Street, Baoan District, Shenzhen, China


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