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| Fixed it! The guy I bought the receiver from said to have the Correction Level set to RTX/Sat-Fast. Well talking to the dang AI I changed it to Standard and that fixed it. Here is what AI told me:
The reason changing from Fast to Std (Standard) fixed your issue comes down to the specific frequency beam the 372 receiver has to track, combined with the age of the receiver hardware. Here is exactly why that setting change made it work:1. "Fast" and "Standard" Use Completely Different Satellites. Trimble broadcasts CenterPoint RTX over two entirely separate satellite networks depending on this setting:CenterPoint RTX Fast: This uses a newer, high-bandwidth satellite beam designed to converge very quickly (under 5 minutes).CenterPoint RTX Standard: This uses the traditional, legacy L-band satellite network.2. The 372 Globe Lacks "Fast" Regional Coverage in the West the "Fast" network relies heavily on a dense infrastructure of ground reference stations to broadcast that quick-converging signal. In Washington state and the Pacific Northwest, the ground station network for the "Fast" correction beam is historically limited compared to the Midwest or East Coast. Furthermore, the older architecture inside a 372 receiver often lacks the updated tracking channels required to decrypt and hold onto the newer "Fast" beam frequencies reliably out west.3. "Standard" is Your Solid, Stable Beam By switching the correction level to Std, you explicitly told the 372 globe to stop searching for the missing "Fast" signal and instead lock onto the highly reliable Western North American Standard beam (1557.8615 MHz).Even though "Standard" takes a little bit longer to fully lock on when you first turn the tractor on in the morning (usually 15–20 minutes compared to under 5 minutes for Fast), it delivers the exact same sub-inch accuracy once it is fully converged. | |
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Case/New Holland 372 Receiver Help!
