Product Details
SW Programming for Developers
The gateway can be set up by Developers as edge data transmission and data aggregation device by converting a range of communication protocols, and pre-processing in high-level language: embedded C using Eclipse IDE. This XENO+ Software SDK is used by Developers to build their application and leverage the sensor interface C APIs and backend network communication C APIs easily.
Edge Autonomy
Equipped with multiple sensor interfaces—including MODBUS, CANbus, RS232, AI, AV, DI, DO, and Relay Coil controls—this Gateway simplifies the development and integration of Edge Autonomy solutions across diverse industry verticals. It enables direct collection, analysis, and processing of machine, equipment, and infrastructure data at the source within your production facility or site. This on-site approach ensures rapid, plant-wide data analysis with immediate availability. Developers can utilize the XENO+ Software SDK to create custom Edge Autonomy applications and access the extensive set of sensor interface C APIs provided below:
- Modbus read and write APIs
- CANbus read and write APIs
- RS232 read and write APIs
- AI sensor data read API
- AV sensor data read API
- DI sensor data read API
- DO sensor control API
- Relay Coil control signals API
Linking to Cloud
Seamless connectivity to the Cloud is a cornerstone of the Industrial Internet of Things (IIoT). The Programmable MBCB IoT Gateway delivers exactly that, offering versatile wireless (WiFi, LTE, LoRa) and wired (Ethernet) communication options. It bridges diverse data sources—spanning machines, equipment, and infrastructure—enabling secure and efficient transmission of operational data to the Cloud. Developers can use the XENO+ Software SDK to connect their Edge Autonomy applications to the Cloud by utilizing the networking C APIs listed below:
- TCP, UDP, MQTT, HTTP based data exchange APIs on WiFi/ LTE/ Ethernet
Edge Autonomy Meets Cloud Intelligence
In today’s IoT architectures, gateways must do more than relay data—they must intelligently balance edge autonomy with cloud-enabled intelligence. The MBCB Gateway is purpose-built for this balance. At the edge, it delivers real-time responsiveness, reliability, and local decision-making. Simultaneously, it enables remote firmware updates and seamless cloud dashboard integration, ensuring scalability and future readiness. This hybrid flexibility empowers industries to retain localized control while leveraging advanced analytics, predictive maintenance, and centralized management through the cloud.
Seamless Protocol Convergence
A defining strength of the MBCB Gateway lies in its capability to unify multiple communication standards within a single platform. Rather than deploying individual bridges for each system, engineers can now use one compact, versatile device to manage Modbus controllers, CAN-enabled machines, RS232 sensors, and Ethernet or Wi-Fi networks. The gateway seamlessly aggregates data from legacy interfaces and securely prepares it for transmission to dashboards and cloud servers via protocols such as MQTT, HTTP, or raw TCP and UDP over Wi-Fi, Cellular, and Ethernet connections. This protocol unification does more than simplify integration—it accelerates digital transformation. It enables entire factories to modernize without replacing existing legacy equipment and allows smart city infrastructures to evolve by bridging traditional controllers with next-generation monitoring platforms.
Beyond Translation: Intelligent Control
The MBCB Gateway is not limited to being a passive bridge. It has been designed with direct sensor and control capabilities that allow it to play an active role in automation loops. Current and voltage inputs enable it to monitor industrial sensors, digital inputs and outputs allow it to interact with field devices, and relay controls give it the ability to actuate external systems directly. In practice, this means the gateway can both collect and act on data, providing a local layer of intelligence even before cloud integration.This dual role as both translator and controller makes it especially valuable in environments where responsiveness is key, such as smart energy systems, industrial process monitoring, or intelligent building management.
Designed for Harsh Realities
Industrial and infrastructure environments are rarely forgiving. Dust, vibration, extreme temperatures, and unreliable power are everyday realities. The MBCB Gateway has been engineered with this in mind. Its IP65-rated enclosure shields it from environmental stress, while a wide operating ranges from –40 to +85 °C ensures dependable performance from freezing storage rooms to sweltering factory sites. Even when power drops, the internal Li-ion backup battery keeps it running for hours, while a dedicated real-time clock chip maintains accurate timing.For engineers, this reliability translates into peace of mind. Once deployed, the gateway is built to keep working, no matter where it is installed.
MBCB Gateway Specifications Table :
| No | Feature | Description |
|---|---|---|
| 1. | MCU | ARM Cortex MCU @ 96MHz |
| 2. | Flash Memory | 32MB Flash Memory |
| 3. | LAN Interfaces | Wi-Fi 2.4G b/g/n, 10/100Mbps Ethernet interface |
| 4. | Sensor Interfaces-1 | 1x RS485 MODBUS, 1x RS232, 1x CANBUS |
| 5. | Sensor Interfaces-2 | 2x 4/20mA Analog Current interfaces, 2x 0-24V Analog Voltage interfaces, 2x DI inputs at 24V input signal levels, 2x DO outputs at 24V voltage level, 4x Relay Coils Control signals |
| 6. | Display | 1x Power Display RG LED, 1x NW Status Display RG LED, 1x Battery Status Display RG LED, 1x 200x200 pixel E-ink 1.5” Display (optional) |
| 7. | Enclosure | IP65 Based Enclosure Box |
| 8. | Size | 70mm x 185mm |
| 9. | Operating Temperature | -40 to 85°C |
| 10. | Module Supply Voltage | 9V to 24V DC Input |
| 11. | Debug Console | USB Type-C Based Debug Console |
| 12. | Battery | 1500 mAH Li-ion Rechargeable Battery (Up to 6 Hours Battery life) |
Transforming Use Cases Across Industries
| Application Area | Use Cases | ||
|---|---|---|---|
| Industrial Automation Systems | Real-time data acquisition and Control for PLCs, HMIs, and SCADA systems using MODBUS and CANBUS. | ||
| Smart Building Management | Centralized Control of HVAC, Lightings, Fire alarms, and Access Systems with Wi-Fi/ETH connectivity. | ||
| Remote Monitoring & Telemetry | Data Logging and Control for remote plants/sites such as water treatment, agriculture, or energy fields. | ||
| Smart Energy & Utilities | Connect Solar inverters, Energy meters, and battery systems to Cloud dashboards for remote monitoring. | ||
| Transportation & Fleet Systems | CANBUS diagnostics, Vehicle telemetry, and predictive maintenance in buses, trucks, and Fleets. | ||
| Warehouse & Asset Management | Interconnect inventory tracking, Environmental data Logging and automation IoT sensors to Cloud Dashboards. | ||
| Marine & Shipyard Applications | Monitor Engine, fuel, ballast, and Environmental Systems onboard Ships via MODBUS/CANBUS. | ||
| Automotive & Transportation | In-vehicle Diagnostics, R&D simulations, and Cloud-based fleet Management using CANBUS and WIFI. | ||
Technical Documentation
| S.no | Title | Document Link |
|---|---|---|
| 1. | Product Brochure | Click Here to View |
The Eoxys Commitment
Industrial and infrastructure environments are rarely forgiving. Dust, vibration, extreme temperatures, and unreliable power are everyday realities. The MBCB Gateway has been engineered with this in mind. Its IP65-rated enclosure shields it from environmental stress, while a wide operating ranges from –40 to +85 °C ensures dependable performance from freezing storage rooms to sweltering factory sites. Even when power drops, the internal Li-ion backup battery keeps it running for hours, while a dedicated real-time clock chip maintains accurate timing.For engineers, this reliability translates into peace of mind. Once deployed, the gateway is built to keep working, no matter where it is installed.