Smart Connected Multi-Mode Gateway
SP2000-Pro
High-performance integration, combining gateway and base station functions,

Product Introduction
Smart Connected Multi-Mode Gateway
SP2000-Pro
The SP2000-Pro series is a high-performance integrated device that combines gateway and base station functions in a single unit.
At its core, it features a quad-core ARM Cortex‑A7 processor and is equipped with 2 GB of SRAM and 8 GB of ROM storage. The device offers flexible network configuration and robust data-processing capabilities, easily handling large-scale device connectivity and data transmission needs. It supports parallel processing of up to 54 channels, employs a multi‑interface design, and accommodates various communication protocols including LoRa, 4G, and LAN. Additionally, it can provide RTK signal coverage within a radius of 2.5 kilometers. With its efficient network connectivity and data‑transfer performance, it delivers comprehensive solutions across diverse industries.
keyword:
Smart Connected Multi-Mode Gateway
Category:
Dedicated Equipment for Rail Transit
PRODUCT FEATURES
High-performance hardware platform
Outstanding CPU Performance: Equipped with a quad-core ARM Cortex‑A7 high-performance processor, this 1126‑MHz CPU features a multi-core heterogeneous architecture, enabling efficient handling of complex tasks and meeting the computational demands of diverse scenarios.
Outstanding computing performance: High‑performance computing and precise computational capabilities meet the demands of high‑load scenarios, ensuring stable system operation. It provides robust computational support for intelligent applications, enhancing processing efficiency.
AI edge computing capabilities: The built-in NPU supports the efficient execution of deep learning models, with low data-processing latency and enhanced real-time performance.
Full-scenario network access capability
Multi‑network integrated design: Four‑network convergence—LoRa, 4G Cat.4, Gigabit Ethernet port, and base‑station RTK coverage—meets diverse networking requirements. LoRa offers long transmission distances, while 4G provides high‑speed downlink; dual network ports support PoE power supply, ensuring stable and reliable base‑station communication.
Channel Management Optimization: Supports dynamic switching among 54 channels and multi‑band adaptive operation, flexibly handling complex channel conditions to ensure stable communication. A frequency‑division multiple access (FDMA) access mechanism optimizes network resource allocation, enhancing network efficiency and reliability.
Outstanding network performance: 4G Cat.4 ensures comprehensive public‑network coverage for high‑speed data transmission, while LoRa enables seamless cellular‑to‑LoRa smart switching, meeting the demands of large‑file and image transfers.
Smart and Efficient Transmission
Fragmented Transmission: Multi-protocol support and adaptive rate adjustment ensure seamless reassembly of packet fragments, enhancing the reliability and efficiency of large-file transfers.
Enhanced transmission efficiency: Advanced algorithmic optimizations reduce transmission latency, improve overall system performance, and meet the demands of large-scale file transfers.
Intelligent Transmission Strategy: LoRa mesh networking and an intelligent handover mechanism ensure transmission stability, flexibly leveraging the strengths of different networks to deliver a continuous, reliable connection.
Resumable Upload/Download: Automatically resumes transfers after network interruptions and manages transmission priorities. It seamlessly restores interrupted transfers and, through queue management, ensures that critical data is transmitted first, thereby enhancing both reliability and efficiency.
TECHNICAL SPECIFICATIONS
| Technical Name | Technical Specifications |
| CPU | Professional-grade quad-core ARM Cortex-A7 processor |
| LAN interface | 1 Gigabit Ethernet port (RJ45 connector) 1 100-Mbps PoE Ethernet port (RJ45 connector) |
| Transmission distance | RTK differential coverage: radius 2.5 km (default) Lora transmission range: 5 km with no obstructions |
Communication frequency band | 1. Lora: Receive: 470–490 MHz, Transmit: 490–510 MHz (configurable) 2. LTE-Cat4: LTE-FDD, LTE-TDD, WCDMA, GSM |
Faith | 1. Lora reception: 54 physical channels 2. Lora transmission: Two physical channels employ multi-channel time-division multiplexing and a star network. |
| RTK coverage accuracy | Lora: 22–33 dBm LTE Cat4: 23 dBm |
| Power supply | DC12V |
APPLICATION FIELD
RELEVANT CASES
DOWNLOAD
Name
Last updated:
Size
26-04-26 18:15
2.5MB
WeChat