Furuno GNSS receivers are available as chips, modules and antennas for precise positioning. Multi-band, multi-constellation designs improve accuracy and resilience for marine navigation, autonomous vehicles and embedded systems. Chips suit fully integrated designs, modules shorten development time, and a matched antenna completes the signal chain and helps reach the target accuracy.
Most products can get a rough fix from almost any GPS chip. The trouble starts when the requirement tightens to sub-metre or centimetre accuracy, or when the receiver has to hold that fix on a moving hull, a delivery robot or a crowded industrial site. That is where a dedicated Furuno GNSS receiver earns its place, and where the choice between a chip, a module and the matching antenna decides the accuracy you can actually reach.
A generic single-band receiver reads one frequency and does its best. A precision receiver reads several. Two features do most of the work:
Neither feature helps if the antenna cannot see the sky cleanly, which is why serious designs treat receiver and antenna as one decision, not two.
Furuno lets you enter the signal chain at the level that suits your programme. Chips go to teams building a fully integrated GNSS design at volume, where board space and unit cost are tightly controlled. Furuno GNSS receiver modules package the receiver, oscillator and support circuitry together, so a small team can reach a working prototype in weeks rather than quarters. And the Furuno GNSS antenna range closes the loop, because a multi-band module deserves a multi-band antenna to match.
The right receiver follows the job, not the spec sheet:
Once the application is clear, a handful of parameters settle the part:
It is worth separating the two jobs. A positioning receiver answers where, and it is the right tool for navigation, guidance and survey. A timing module answers when, disciplining an oscillator to hold an accurate reference for networks and grids. Some Furuno parts lean towards one role, so name the job before you shortlist the part.
For products that ship for years, where the receiver comes from matters as much as its accuracy figure. As an authorised Furuno distributor, we supply genuine chips, modules and antennas with a clean traceability and warranty trail, backed by AS9120B and ISO 9001 certification your compliance team can lean on. Singapore-based engineers help match the chip, module and antenna as a set, so nothing in the signal chain quietly caps your accuracy.
Designing positioning into a marine, autonomous or embedded product? Talk to the Emerges team about Furuno GNSS chips, modules and antennas matched to your accuracy and form-factor targets.
What is a multi-band GNSS receiver?
One that tracks two or more frequencies, such as L1 and L5, so it can correct ionospheric error and multipath for a more stable, accurate fix.
What is the difference between a GNSS chip and a module?
A chip is the bare receiver silicon for your own board design. A module adds the oscillator and support circuitry, so you integrate faster with less RF work.
What is RTK and do I need it?
RTK uses correction data to reach centimetre-level accuracy. You need it for autonomous guidance, docking and survey, but not for basic navigation.
Which Furuno GNSS receiver suits marine navigation?
A multi-band, multi-constellation receiver, ideally with dual-antenna heading support, paired with a marine-grade antenna for reliable accuracy at sea.