Trimble Released Quad-Core GNSS Receiver Modules
The new hardware incorporates JammerGuard technology to mitigate signal interference in critical positioning tasks.
Updated on Sept. 25, 2026 in Consumer Electronics
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Trimble has released four new GNSS receiver modules—the BD1090, BD1092, BD1092i, and BX1092i—featuring the Maxwell 8 architecture. These units are designed to provide enhanced positioning accuracy and resilience against signal spoofing and jamming.
Why it matters
As intentional signal interference grows more prevalent, this hardware aims to stabilize operations in sectors like dredging and infrastructure by automating signal protection. The deployment addresses current limitations in existing receiver performance under high-interference conditions.
The Maxwell 8-based modules utilize a quad-core CPU and DDR4 RAM to achieve four times the processing power of previous generations. Additionally, the integration of MEMS-based oscillators reduces vibration sensitivity by a factor of 10.
The players
Trimble
A technology provider specializing in positioning, modeling, and data analytics hardware for the industrial and construction markets.
Van Oord
A maritime engineering and dredging company that tested the new anti-jamming hardware in infrastructure operations.
The details
These receivers employ JammerGuard, an anti-jamming and anti-spoofing system that automatically mitigates interference across the full GNSS spectrum. By utilizing expanded channel capacity, the modules support simultaneous tracking across multiple constellations and frequencies, ensuring continuous positioning even in high-interference environments. The integration of MEMS (Micro-Electro-Mechanical Systems) oscillators—miniaturized mechanical components that provide high-frequency stability—allows the system to maintain accuracy despite physical mechanical stress.
Timeline
September 25, 2026: Trimble introduced the four new GNSS receiver modules.
The Tech Race
This release marks the commercial deployment of the Maxwell 8 platform, marking a generational leap in compute and signal resilience over the company's legacy hardware. The hardware enables more robust tracking in high-interference regions like the Baltic and Middle East, competing directly with high-performance industrial GNSS standards.
The new modules will be integrated first into heavy industry workflows that require high-precision navigation under active signal interference. Operators in fields like dredging and infrastructure should expect higher positioning reliability, though the hardware is currently intended for commercial integration rather than consumer end-use.
The takeaway
The move to quad-core processing in GNSS hardware represents a shift toward more autonomous signal protection at the device level. Track the official adoption rates of these modules in maritime and civil engineering projects to see how they perform against real-world, large-scale signal jamming attempts.
Further reading
For more on the latest positioning technology, visit Consumer Electronics.
More information
Review technical specifications for the new hardware on the Trimble Maxwell 8 GNSS modules information page.
Source note: This article includes information reported by Inside GNSS - Global Navigation Satellite Systems Engineering, Policy, and Design.
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