Edge computing is projected to grow from $25.63 billion in 2026 to $267.42 billion by 2034 (Fortune Business Insights, CAGR 34.10%), and much of that growth is moving to the far edge - the pole, the roadside cabinet, the substation, the terminal gate. These are mission-critical positions: unattended, hard to reach, and exposed to dust, immersion, salt spray, vibration, and sub-zero starts.
The ECX700-ASL is built for them. Certified to IP68 and IP69K, MIL-STD-810H validated, -40°C to 70°C on a 9–36 VDC input, with M12 waterproof connectors, CAN bus and RS-232, and optional WiFi / LTE — so the protective enclosure comes out of the bill of materials.
Explore the Technical Specifications:
From Protected Environments to Exposed Sites: Rethinking Edge System Design
1. Why add another enclosure to protect a computer that was not designed for outdoor deployment?
Outdoor projects often require protective cabinets, sunshades, cable glands, and periodic seal inspections—all of which add cost, installation complexity, and maintenance requirements. The ECX700-ASL integrates environmental protection directly into the system with an IP68 rating for water immersion and an IP69K rating for high-pressure, high-temperature washdown.
Weighing approximately 3 kg, the compact system can be mounted directly on a pole, an external cabinet surface, or a machine frame, helping reduce the need for additional protective hardware.
2. Can the system keep operating through sub-zero starts and fluctuating power conditions?
Outdoor edge systems may be exposed to low-temperature startup, fluctuating solar or battery power, and continuous vibration. The ECX700-ASL supports a 9–36 VDC input and an operating temperature range of -40°C to 70°C with 0.6 m/s airflow. Its rugged design is also validated against MIL-STD-810H shock and vibration test methods.
Lockable M12 connectors provide a secure interface for installations subject to movement and vibration. Available test documentation can also help customers evaluate the system against project and tender requirements.
3. How many separate devices does one edge installation really need?
A computer, fieldbus gateway, and cellular router each require their own power supply, cabling, and installation space—adding more potential points of failure. The ECX700-ASL consolidates essential computing and connectivity functions within a single sealed system.
Dual 2.5GbE ports support high-bandwidth camera and sensor data, while two RS-232 and two CAN bus interfaces connect directly to meters, PLCs, and industrial equipment. Project-based configurations can support up to four CAN bus interfaces. Optional Wi-Fi/LTE connectivity, together with USB 3.2 and HDMI, supports both remote communications and local service access.
4. What is the true cost of an avoidable site visit?
At remote installations, travel, lift equipment, and engineering labor can cost more than the hardware being serviced. The ECX700-ASL is designed to reduce common maintenance demands: its fanless architecture eliminates fan cleaning and replacement, while onboard memory and eMMC reduce the risk of components loosening under vibration.
A vent helps balance internal and external pressure to reduce stress on enclosure seals. The external SIM slot also allows technicians to replace the SIM card in the field without opening the main enclosure, helping simplify service while preserving system protection.
