Product Introduction

The SR700 is Yeaplink's latest industrial 5G router, specifically designed for Industrial Internet of Things (IIoT) applications. As a core component of next-generation communication infrastructure, the SR700 integrates 5G, edge computing, and industrial internet technologies. This dual SIM 4G router also supports 5G, providing powerful connectivity and computing capabilities for smart manufacturing, smart cities, energy management, and other fields.

SR700 Dual SIM 4G Router

Key Features:

- 5G High-Speed Network: Supports 5G NR SA/NSA networks, with maximum downlink rates up to 4Gbps and uplink rates up to 1Gbps, meeting industrial-grade applications' demands for ultra-high bandwidth and ultra-low latency.

- Powerful Processing Capability: Equipped with a quad-core 1.5GHz high-performance processor, 4GB RAM, and 32GB eMMC storage, easily handling complex edge computing tasks.

- Comprehensive Network Support: In addition to 5G, this dual SIM 4G router also supports 4G LTE, 3G, Wi-Fi 6, Ethernet, and other network access methods, achieving comprehensive coverage.

- Rugged and Reliable Design: Full metal enclosure, IP67 protection rating, wide operating temperature range (-40°C to +75°C), ensuring stable operation in harsh industrial environments.

- Rich Interfaces: Equipped with multiple Gigabit Ethernet ports, serial ports, USB interfaces, etc., meeting the connection needs of various industrial devices.

- Strong Security Performance: Supports multiple VPN protocols such as IPSec, OpenVPN, L2TP, etc., with built-in firewall, ensuring data transmission security.

- Intelligent Management: Supports SNMP, TR-069, and other protocols, enabling remote centralized management through the Yeaplink cloud platform.

- Open System: Based on Linux, providing SDK and API interfaces for easy secondary development by users.

The SR700 dual SIM 4G router is not just a router, but a powerful edge computing platform. It can process and analyze data locally, greatly reducing the need for data transmission to the cloud, improving response speed, and lowering bandwidth costs. At the same time, its powerful processing capability allows it to run various industrial application software, such as SCADA systems and MES systems, becoming the core hub of factory automation.

SR700 Dual SIM 4G Router

Interface Introduction

The SR700 dual SIM 4G router provides rich interfaces to meet the needs of various industrial scenarios:

Network Interfaces:
- 2 5G/4G LTE antenna interfaces (supporting 4x4 MIMO)
- 2 Wi-Fi 6 antenna interfaces (supporting 2x2 MIMO)
- 4 Gigabit Ethernet ports (Auto MDI/MDIX)
- 1 SFP+ fiber interface (10Gbps)

Serial Interfaces:
- 2 RS-232/485 interfaces (software configurable)
- 1 Console port (RJ45)

Other Interfaces:
- 2 USB 3.0 interfaces
- 1 Micro SD card slot (supporting up to 256GB)
- 2 SIM card slots (supporting dual SIM cards, hot-swappable)

Indicators:
- Power indicator
- 5G/4G signal strength indicators (3)
- Wi-Fi status indicator
- Ethernet status indicators (1 for each port)
- System status indicator

Power Interface:
- 1 DC power interface (9-36V wide voltage input)
- 1 PoE+ input interface (supporting 802.3at standard)

These rich interfaces allow the SR700 dual SIM 4G router to flexibly adapt to various industrial environments, easily handling connections to both traditional serial devices and high-speed Ethernet devices. Meanwhile, support for multiple network access methods ensures network connectivity in various complex environments.

SR700 Dual SIM 4G Router

 Product Advantages

Compared to traditional industrial routers, the SR700 dual SIM 4G router has the following significant advantages:

1) Ultra-high speed 5G connection:
- Maximum 4Gbps downlink rate and 1Gbps uplink rate, meeting high bandwidth demands
- Ultra-low latency (as low as 1ms), suitable for real-time control and remote operation scenarios
- Support for a large number of connections, capable of simultaneously connecting massive IoT devices

2) Powerful edge computing capability:
- Quad-core 1.5GHz processor, 4GB RAM, capable of running complex edge computing applications
- 32GB eMMC storage for local storage of large amounts of data
- Supports Docker containers, facilitating deployment of various industrial applications

3) Comprehensive network redundancy:
- Dual SIM card design, supporting multi-operator network switching
- Multiple network access methods (5G/4G/3G/Wi-Fi/wired), achieving seamless backup
- Link detection and automatic switching, ensuring continuous network connectivity

SR700 Dual SIM 4G Router

4) Exceptional reliability:
- IP67 protection rating, dust and water-resistant
- Wide operating temperature range from -40°C to +75°C
- Vibration and shock-resistant design, meeting the demands of various harsh industrial environments
- MTBF exceeding 100,000 hours

5) Comprehensive security protection:
- Supports multiple VPN protocols, ensuring data transmission security
- Built-in firewall, defending against various network attacks
- Hardware encryption engine, providing high-performance encryption capabilities
- Supports remote secure erasure, protecting sensitive data

6) Flexible expandability:
- Open Linux system, supporting secondary development
- Provides SDK and API interfaces, facilitating integration of third-party applications
- Supports multiple programming languages including Python and C++

7) Intelligent management:
- Supports remote management via Yeaplink cloud platform
- SNMP v1/v2c/v3 support, easy integration with existing network management systems
- Detailed logging and diagnostic functions, facilitating troubleshooting

8) Low power design:
- Standby power consumption <3W, full load power consumption <20W
- Supports intelligent sleep mode, further reducing energy consumption

These advantages enable the SR700 dual SIM 4G router to not only meet current IIoT needs but also reserve ample space for future technological developments and application expansions. Whether in complex industrial environments or demanding critical application scenarios, the SR700 can provide stable, efficient, and secure network connectivity and computing capabilities.

Usage Scenarios

The SR700 industrial 5G router, with its powerful performance and diverse functionality, can be widely applied in multiple industries and scenarios:

1) Smart Manufacturing:
- Factory Automation: Connecting various industrial equipment such as PLCs, robots, sensors, etc., to achieve real-time monitoring and control of production lines.
- Predictive Maintenance: Utilizing edge computing capabilities to analyze equipment operation data in real-time, predicting potential failures and improving equipment utilization.
- Remote Operation: Leveraging the low latency of 5G to achieve remote device control in dangerous or complex environments.

2) Smart Cities:
- Intelligent Transportation: Connecting traffic lights, cameras, in-vehicle devices, etc., to achieve real-time traffic flow analysis and intelligent scheduling.
- Environmental Monitoring: Collecting and analyzing environmental data such as air quality, water quality, noise, etc., providing decision support for urban management.
- Public Safety: Improving urban safety management efficiency through high-definition video surveillance and AI analysis.

3) Energy Management:
- Smart Grid: Achieving real-time monitoring, load balancing, and fault warning for power equipment.
- Oil and Gas Field Monitoring: Providing reliable network connections in remote areas for remote monitoring and management of oil and gas production.
- New Energy Facilities: Connecting wind turbines, solar panels, etc., to optimize energy production and scheduling.

4) Healthcare:
- Telemedicine: Enabling high-definition medical image transmission and remote diagnosis through 5G high-speed networks.
- Medical IoT: Connecting various medical devices and wearable devices to achieve real-time patient monitoring.
- Emergency Rescue: Rapidly deploying communication networks in emergencies to support rescue operations.

5) Smart Agriculture:
- Precision Agriculture: Connecting various agricultural sensors and automated equipment to achieve precise irrigation, fertilization, and pest control.
- Livestock Farming: Monitoring animal health conditions and optimizing breeding management.
- Agricultural Product Traceability: Implementing full traceability of agricultural products using blockchain technology.

6) Transportation and Logistics:
- Fleet Management: Real-time tracking of vehicle location and status, optimizing route planning.
- Warehouse Automation: Connecting AGVs, robots, and other equipment to improve warehouse efficiency.
- Cold Chain Logistics: Real-time monitoring of temperature, humidity, and other parameters during transportation to ensure product quality.

7) Mining:
- Unmanned Mining: Remotely controlling mining equipment through 5G networks to improve safety.
- Environmental Monitoring: Real-time monitoring of air quality, geological conditions, etc., in mining areas to prevent safety accidents.
- Asset Management: Tracking and managing the usage and maintenance needs of large mining equipment.

8) Ocean Monitoring:
- Marine Environment Monitoring: Collecting data on ocean temperature, salinity, water quality, etc.
- Fishery Management: Monitoring fishing vessel locations and optimizing fishing operations.
- Offshore Wind Farms: Providing remote monitoring and maintenance support for offshore wind power equipment.

SR700 Dual SIM 4G Router Usage Scenarios

In these scenarios, the SR700 dual SIM 4G router not only provides stable and reliable network connections but also achieves local data processing and analysis through its powerful edge computing capabilities, greatly improving system response speed and efficiency. At the same time, its rugged and durable design ensures stable operation in various harsh environments, providing users with a truly industrial-grade solution.

In conclusion, the SR700 industrial 5G router provides a powerful, flexible, and secure platform for IIoT applications, capable of meeting the demands of various industries for high-speed connectivity, real-time processing, and intelligent analysis. It is an important tool for driving industrial digital transformation.