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Wireless Routing Device Smart Routing Device / SD-555R-o

--- Concept ---

Providing seamless and reliable communication with technology that ensures uninterrupted connectivity even while in motion, along with proprietary DFS (Dynamic Frequency Selection) capabilities. This innovative wireless LAN router overcomes the limitations of traditional wireless LAN routers, significantly improving convenience. It delivers uninterrupted communication environments for large-scale facilities and expansive areas.

--- Overview ---

Seamless Communication While in Motion

Achieves real-time connection switching with proprietary algorithms. Reduces switching time to "a few milliseconds to tens of milliseconds," enabling seamless communication during movement.

DFS (Dynamic Frequency Selection) Support

Automatically selects frequencies to minimize communication interference. Avoids conflicts with other wireless devices, enhancing stability.

Exceptional Switching Speed

Reduces switching time from the industry average (several seconds to minutes) to "a few milliseconds to tens of milliseconds." Prevents delays even during video streaming or critical data transmission.

Wide Communication Coverage

Suitable for various environments, including offices, factories, hospitals, and commercial facilities. Customizable to specific industry standards and protocols.

Flexible ODM Support

Provides tailored enclosure designs and communication protocol compatibility based on client requirements. Outshines competitors with unparalleled customizability.

Energy-Efficient Design

Optimizes communication data volume for extended operation time. Balances environmental sustainability with cost reduction.

--- System Configuration ---

PC-B communicates with PC-A via the main router. When PC-B moves into the range of Sub-1 and out of the main coverage, PC-B establishes a connection via the route: Sub-1 → Main router → PC-A. In this scenario, PC-B disconnects from the main and connects to Sub-1. Similarly, when PC-B moves into the range of Sub-2 and out of Sub-1’s coverage, PC-B connects via the route: Sub-2 → Sub-1 → Main → PC-A. Here too, PC-B disconnects from Sub-1 and connects to Sub-2. When switching from the main to Sub-1 or from Sub-1 to Sub-2, "switching time" is required. During this "switching time," PC-B disconnects from the main to connect to Sub-1 and from Sub-1 to connect to Sub-2. Comparison with Competitors Conventional Wireless Routers: The "switching time" for general wireless routers typically ranges from several seconds to several minutes. Smart Routing Device (SRD): The switching time when transitioning from the main to Sub-1 or from Sub-1 to Sub-2 has been significantly reduced to as short as a few milliseconds to tens of milliseconds.

--- Specification ---

Size

221.1mm x 174.4mm x 69.3mm

Weight

1227.5g

WLAN

IEEE 802.11 a/g/n/ac/ax ‐ 2.4GHz / 5GHz

Max. number of connected

128

MIMO

2 x 2 - 2.4GHz/5GHz

Encryption

WPA2-PSK、WPA3-SAE

Protection class IP

IP67

Interface

RJ45 – Ether x 2 / USB-3.0

Power consumption

36W – 12V / 3A

Power

AC100V / DC12V/3A

Operation Temperature

0°C to +40°C

Antenna

2GHz x 2 / 5GHz x 2 / IP66

--- Rival Comparison ---

Feature

Smart Routing Device [Outdoor Model]

WiFi Router

Switching Speed

A few milliseconds to tens of milliseconds

Several seconds to minutes

DFS Support

Supported

Partially supported

Communication Range

Up to double the range even in obstructed environments

Weak against obstructions

Customizability

Supports industry standards and specific applications

Fixed specifications

--- Use Case ---

Manufacturing / Plant Management

Challenge: Communication blackouts in large-scale facilities. Solution: DFS support avoids interference, providing uninterrupted communication even in environments with numerous obstacles.

Logistics / Transportation

Challenge: Communication disruptions during vehicle or material movement. Solution: Maintains real-time communication between vehicles, enabling efficient transport management.

Agriculture / Environmental Monitoring

Challenge: Sensor communication interruptions in vast farmlands. Solution: Long-range wireless communication streamlines equipment management and data collection.

--- Why choose MEB ? ---

Uninterrupted Communication: Provides stable connectivity even while moving, thanks to proprietary technology. DFS Support: Avoids interference with other devices by selecting the optimal frequency. Smooth Integration: Easily integrates with existing networks and is applicable across diverse environments. Customizable: Tailored designs meet industry-specific needs, enhancing efficiency.

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