Press Release
Arbol Micro Announces WiEPOut T1 Wireless Switch and Signal Control System
WiEPOut T1 replaces up to five wired signal paths with a single encrypted 915 MHz point-to-point link—no Wi-Fi, Bluetooth, or facility network required.
United States — January 5, 2026 — Arbol Micro LLC today announced WiEPOut™ T1, a wireless system that mirrors switch states and DC-level signals between two locations over an encrypted Sub-GHz radio link.
Each WiEPOut T1 deployment consists of two identical units. Signals wired into one side appear on the other—eliminating up to five separate wired paths with a single pair of devices. The system operates in the 915 MHz band for improved range and resilience compared with crowded 2.4 GHz wireless, and requires no Wi-Fi, Bluetooth, or facility network infrastructure.
“Many industrial and test applications need to move a handful of signals across a gap—across a floor, a bay, or a safety barrier—and running new conduit isn’t always practical,” said Nate Brown, founder of Arbol Micro LLC. “WiEPOut T1 is built for that job: wire it in, power it on, and the link comes up automatically.”
Key capabilities
- Automatic linking — no pairing workflow or network configuration
- AES-256 encrypted point-to-point communication
- Two dry-contact I/O channels (one-way switch mirroring)
- Three PinSync™ DC-level channels for high/low state relay in either direction
- Solid-state outputs — no mechanical relays
- USB interface for monitoring, diagnostics, and automation integration
WiEPOut T1 is suited for remote switch control, signal extension, test automation, and applications where wired runs are costly or impractical. Companion software and API documentation support integration into customer workflows.
Product details and technical specifications are available at arbolmicro.com/products/wiepout and wiepout.com.
About Arbol Micro LLC
Arbol Micro LLC designs and manufactures industrial wireless control hardware and supporting software. WiEPOut™ is a trademark of Arbol Micro LLC.
Media contact: [email protected]
Media contact: [email protected]
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