We map out the entire RF system before you start building. This means choosing the right topology, picking components that work together, and planning for things like thermal management and EMI. Getting the architecture right upfront saves headaches later.
We map out the entire RF system before you start building. This means choosing the right topology, picking components that work together, and planning for things like thermal management and EMI. Getting the architecture right upfront saves headaches later.
This is where we put your hardware on the bench and see what it actually does versus what it's supposed to do. We measure, tweak, and iterate until performance meets spec. Sometimes that means redesigning a matching network or repositioning a component.
This is where we put your hardware on the bench and see what it actually does versus what it's supposed to do. We measure, tweak, and iterate until performance meets spec. Sometimes that means redesigning a matching network or repositioning a component.
Before you deploy RF equipment, you need to know if it'll actually work in the real world. We analyze propagation paths, check for interference sources, and make sure you're not violating spectrum regulations. Better to find problems on paper than after installation.
Before you deploy RF equipment, you need to know if it'll actually work in the real world. We analyze propagation paths, check for interference sources, and make sure you're not violating spectrum regulations. Better to find problems on paper than after installation.
We design RF circuits that do what they're supposed to - amplify cleanly, filter effectively, mix without spurious products. Whether it's a low-noise amplifier or a full transceiver chain, we handle the schematic, layout considerations, and component selection.
We design RF circuits that do what they're supposed to - amplify cleanly, filter effectively, mix without spurious products. Whether it's a low-noise amplifier or a full transceiver chain, we handle the schematic, layout considerations, and component selection.
Antennas are where your circuit meets physics. We design antennas for your specific application and figure out how to integrate them without killing performance. Placement matters, ground planes matter, nearby metal matters - we handle all of it.
Antennas are where your circuit meets physics. We design antennas for your specific application and figure out how to integrate them without killing performance. Placement matters, ground planes matter, nearby metal matters - we handle all of it.
High-speed signals and RF don't always play nice together. We analyze your board layout, identify potential crosstalk and impedance problems, and recommend fixes. This includes transmission line design, grounding strategy, and keeping digital noise out of sensitive RF sections.
High-speed signals and RF don't always play nice together. We analyze your board layout, identify potential crosstalk and impedance problems, and recommend fixes. This includes transmission line design, grounding strategy, and keeping digital noise out of sensitive RF sections.
groksoup.com. All rights reserved
