reComputer R1024-10 - IoT Gateway & Controller 4GB RAM 16GB eMMC Powered by Raspberry Pi CM4 -Seeed Studio - Buy Online in India

Package Includes

• 1x reComputer R1024-10 - 4GB RAM, 16GB eMMC

Specifications

1. How to set up the reComputer R1024-10 for IoT applications?

Connect the reComputer R1024-10 to power, a display via HDMI, and peripherals using USB. Install Raspberry Pi OS or Ubuntu to activate its full capabilities as a Raspberry Pi IoT gateway. This IoT gateway & controller is now ready to manage edge devices, run local services, and bridge field data to cloud platforms for smart industrial applications.

2. How to connect sensors and devices to the reComputer R1024-10?

Use the onboard Dual Ethernet, GPIO, RS485, and CAN interfaces to connect sensors, actuators, and industrial machines. This embedded industrial IoT gateway supports Modbus and other field protocols for seamless automation. Secure connections with proper cabling and termination to ensure reliable data acquisition in noisy environments.

3. How to deploy edge computing applications on the reComputer R1024-10?

Leverage the 4GB RAM and 16GB eMMC to run lightweight AI models, Docker containers, or Node-RED workflows directly on the edge computing controller. Process sensor data locally to reduce latency and bandwidth usage in IoT workflows. Use Python or C++ applications to enable real-time decision-making at the edge.

4. How to monitor and manage the reComputer R1024-10 in real time?

Access the IoT gateway & controller via SSH, web dashboard, or remote tools like Portainer or Grafana. Monitor CPU, memory, network, and temperature to ensure stable operation. Set up alerts and logging to detect anomalies and maintain continuous performance in industrial monitoring and control systems.

5. How to upgrade the Raspberry Pi Compute Module on the reComputer R1024-10?

The device uses a replaceable Raspberry Pi CM4 module, allowing you to upgrade RAM, eMMC, or wireless capabilities by swapping the compute board. Power down, open the case, and replace the module—your Raspberry Pi IoT gateway retains the same I/O and form factor. This ensures long-term scalability for evolving embedded industrial IoT gateway needs.

6. How to integrate the reComputer R1024-10 with cloud services?

Connect the Dual Ethernet IoT gateway to platforms like AWS IoT, Azure, or ThingsBoard using MQTT, HTTP, or OPC UA. Configure secure credentials and topics to stream sensor data, receive commands, or trigger cloud analytics. This IoT gateway & controller enables bidirectional communication for remote management and scalable deployments.

7. How to secure the reComputer R1024-10 for industrial environments?

Enable a firewall, disable unused services, and use VPNs or TLS encryption for data in transit. Set strong passwords and enable SSH key authentication to protect access to the embedded industrial IoT gateway. Regularly apply OS and package updates to patch vulnerabilities and maintain a secure Raspberry Pi IoT gateway environment.

8. How to configure networking on the reComputer R1024-10?

Assign static IPs, configure VLANs, or set up DHCP client/server mode on the Dual Ethernet IoT gateway based on your network architecture. Use netplan or dhcpcd to define interface roles—one for field devices, one for uplink to the cloud. This ensures reliable, segmented communication for the edge computing controller in industrial networks.

9. How to maintain long-term reliability of the reComputer R1024-10?

Keep the IoT gateway & controller in a clean, ventilated enclosure to prevent dust and overheating. Use a UPS or filtered power supply to protect against surges and brownouts. Schedule regular backups of the OS and configurations, and monitor system logs to preempt failures in continuous industrial operation.

• USER Manual
• reComputer R1000 3D File
• reComputer R1000 Schematic Design, PCB Design
• reComputer R1000 Flyer
• Seeed's Raspberry Pi Powered Device

1. What is the reComputer R1024-10 IoT Gateway & Controller used for?

The reComputer R1024-10 IoT Gateway & Controller is built for industrial applications like smart buildings, energy monitoring, and automation systems. You can use it to aggregate sensor data, manage devices, and execute control logic at the edge. Its rugged design ensures reliable performance in demanding environments.

2. How does the Raspberry Pi CM4 enhance the reComputer R1024-10 performance?

Powered by the Raspberry Pi CM4, this IoT gateway delivers efficient processing with low power consumption, ideal for continuous operation. You get stable performance for real-time data handling and control in industrial IoT systems. The integration ensures compatibility and streamlined development.

3. Can the reComputer R1024-10 be used as an edge computing controller?

Yes, this device functions as a compact edge computing controller, processing data locally to reduce latency and cloud dependency. You can run analytics, filtering, and decision-making directly on the device. It’s perfect for applications requiring fast response and offline operation.

4. Does the reComputer R1024-10 support dual Ethernet ports?

Absolutely—this Dual Ethernet IoT gateway features two independent Ethernet interfaces for robust, high-availability network connectivity. You can segment traffic, enable failover, or connect to separate networks simultaneously. This enhances reliability in mission-critical industrial setups.

5. What operating systems are compatible with the reComputer R1024-10?

The reComputer R1024-10 supports Raspberry Pi OS, Ubuntu Server, and other Linux-based platforms, giving you flexibility in software deployment. You can choose the OS that best fits your application, development workflow, or security requirements. This makes it adaptable for diverse IoT developers and integrators.

6. How does the reComputer R1024-10 fit into industrial IoT environments?

As an embedded industrial IoT gateway, it’s engineered for stable, long-term operation in harsh conditions. You can deploy it for factory monitoring, building automation, or remote asset tracking. Its industrial-grade construction ensures consistent data handling and connectivity.

7. What are the hardware specifications of the reComputer R1024-10?

It comes with a Raspberry Pi CM4 equipped with 4GB RAM and 16GB eMMC storage, providing ample resources for multitasking and local data buffering. You get reliable performance for running containers, databases, or edge AI models. This configuration supports complex IoT and edge computing applications.

8. Is the reComputer R1024-10 easy to integrate with other industrial devices?

Yes, it supports standard protocols like RS-485, Modbus, and BACnet, enabling seamless communication with PLCs, sensors, and building controllers. You can easily connect legacy and modern equipment into a unified system. This simplifies deployment in heterogeneous industrial networks.

9. Why choose the reComputer R1024-10 for IoT projects?

This Raspberry Pi IoT gateway offers a balanced mix of performance, durability, and expandability for scalable edge solutions. You benefit from proven hardware, broad OS support, and industrial connectivity. It’s an ideal choice for building robust, future-ready edge computing and IoT control systems.

Warranty Coverage:

This product comes with a 1-year manufacturer warranty from the date of purchase, covering manufacturing defects only.

Warranty Void If:

The product shows signs of physical damage, mishandling, exposure to water/moisture, fire, natural calamities, unauthorized repairs, improper storage near heat or direct sunlight, or alteration in any way.

Shipping Policy

• All orders confirmed before 3:00 PM IST are shipped the same day, barring rare pickup delays on holidays or disturbances.
• Delivery time in Metro cities is 1–3 days; for other locations, it is 3–7 days. Delivery varies based on location and courier service.

Return & Refund Policy

• Return window: 7 days from receipt unless stated otherwise.
• No refunds or replacements after the return window.
• Returns are accepted only for non-working or damaged products.
• Initiate return requests via a Support ticket or contact us at +91-8123057137.
• Refunds are processed within 3–4 working days after inspection and approval.