Network Power Control
A safe power pulse to switch the mount remotely over the network.
THE SUCCESSOR TO SKYSWITCH PRO USB IS COMING
SkySwitch PRO NET
Network-native. PPS-synchronized. Built for remote observatories.
PREMIERE · 6 NOVEMBER · 20:00 CET
Days
Hours
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SkySwitch Pro
NET
Remote control for
10Micron mounts
One network-connected system for remote mount power control, GPS/PPS synchronization and live environmental data — purpose-built for compatible 10Micron V2 and V3 mounts.
● Ethernet control
● GPS + PPS
● Weather + refraction
Weather & Refraction
Live environmental data delivered to the 10Micron mount for refraction correction.
GPS + PPS Sync
Accurate UTC and location with PPS-validated timing for mount synchronization.
Native Ethernet
Direct TCP/IP operation, live telemetry and remote diagnostics without daily USB access.
10Micron Ready
Purpose-built hardware variants for supported 10Micron V2 and V3 controllers.
BUILT FOR UNATTENDED OBSERVATORIES
Control. Synchronize. Observe.
SkySwitch PRO NET brings the essential functions of a remote 10Micron observatory into one Ethernet-connected system: controlled mount power switching, controller-aware status monitoring, live environmental data for atmospheric refraction correction, and precise GPS/PPS time and location synchronization.
Available in dedicated versions for V2 and V3 controllers, it keeps everyday communication on the native 10Micron TCP/IP protocol and reduces dependence on local USB connections or an ASCOM driver.
Pre-release application interface — visual details may change before the final release.
Network-first by design.
SkySwitch PRO NET works alongside the mount’s own Ethernet connection rather than replacing it. The desktop application, device and 10Micron mount share the local network, while a dedicated controller cable handles hardware-specific power and monitoring functions. This creates an architecture that is clear, reliable and easier to diagnose from a distance.
HOW IT WORKS
What SkySwitch PRO NET actually does.
Autonomous operation — even without the Windows application
Once configured, SkySwitch PRO NET operates independently of the Windows application. The device continuously acquires sensor and timing data, evaluates their availability and sends updates directly to the 10Micron mount according to intervals and operating rules defined by the user. The desktop application is used for configuration, supervision and manual control, but it does not need to remain open for normal automated operation.
Remote power and status over Ethernet
SkySwitch PRO NET is available through the local network, allowing the operator to switch the mount on or off, verify device availability and inspect the observatory state remotely. The 10Micron mount retains its native Ethernet connection for direct communication, while USB remains an optional local service interface rather than a requirement for everyday operation.
High-precision GPS and PPS synchronization
The integrated high-sensitivity GPS receiver supplies UTC time, geographic position and altitude, while the PPS signal provides a precise timing reference. A latency-aware synchronization algorithm measures communication delay, applies millisecond-level clock correction and verifies the final result. This level of timing accuracy is particularly important for high-end 10Micron mounts with absolute encoders, where reliable time and location data directly support accurate pointing, tracking and unattended operation.
Weather data improves pointing and tracking
Temperature, pressure and humidity are transmitted directly to the mount at the interval selected by the user. The 10Micron controller uses these current measurements for atmospheric refraction compensation instead of relying on fixed assumptions. Accurate environmental data are especially important at lower observing altitudes and during changing conditions, helping preserve the pointing and tracking precision expected from this class of mount.
Purpose-built for 10Micron V2 and V3 controllers
Dedicated hardware versions preserve compatibility with each controller generation. The integrated mount cable handles power control and generation-specific monitoring: V3 controllers provide direct real-time status through the dedicated controller interface, while V2 availability is monitored through the official 10Micron TCP/IP protocol. Both versions retain the same network-first operating concept and companion software.