At Marki Microwave, our goal is to invent technologies to empower the RF and microwave industry to design faster, simplify production, eliminate complexity, and shatter performance barriers.
At Marki Microwave our goal is to invent technologies to empower the RF and microwave industry to design faster, simplify production, eliminate complexity, and shatter performance barriers. We achieve this goal through intensive research, product development, and advanced and carefully controlled production. We have a multi-decade legacy designing high performance microwave components, demonstrating technical leadership through collaboration with thousands of customers.
Our extensive knowledge base is enhanced with state-of-the-art test and measurement equipment (capable of measurements from DC-110 GHz). Designs are validated using both the most sophisticated CAD and simulation software available and proprietary design software. All assembly and test is performed under the supervision of the design engineer at the same facility. Our assembly capabilities include precision leaded and lead free solder and wire bonding for gold/thin film assembly. We maintain close relationships with our key suppliers, who are all local to our manufacturing facility.
These capabilities lead to a portfolio of high performance components including broadband, low conversion loss, and highly linear mixers, high directivity, low return loss couplers and directional bridges, well balanced power dividers and hybrid couplers, and many other quality products. A comprehensive collection is listed in the menu above. For most of our products we can provide short lead times and extensive design support. In addition we can meet custom specifications if they are required for most of our catalog products. Please take the time to review our technical library, which is constantly expanding, and in particular our mixer basics primer.
There’s no underestimating the importance of filtering in RF system design. This report contains the latest innovations in the art of RF filtering and spectrum management.
Measuring RF power and return loss in radio or test-and-measurement applications typically involves the use of directional couplers and RF power detectors. This solution combines...
As the applications extrapolate for wireless devices and interest grows in millimeter-wave frequencies, the RF/microwave industry gathers together with great optimism for the ...
We explain how the process of architecting and building RF systems for 5G and IoT applications can be performed efficiently through accurate RF system simulation with real off...
Visitors to the RF/microwave industry’s largest conference and exhibition can sample some of the hardware, software, and test-equipment products that are turning 5G and IoT into...
Now that it wants to sell parts outside its main field of frequency mixers, Marki Microwave is making its first chief executive change in 25 years. It didn't look far.
Many methods are available for translating frequencies higher or lower in many forms, including monolithic and discrete components and integrated assemblies with additional functions...
This eight-page application note provides a clear background on RF/microwave power dividers and directional combiners and how to select the components for applications in different...
Maintaining adequate dynamic range in test-and-measurement applications can be a persistent headache. Several techniques help overcome those noise, distortion, high-power level...
Every day we work on high linearity mixers: high IP3, high P1dB, and high spurious suppression. Every once in a while we get a request for a high IP2 mixer. This is much more ...
By providing a global gathering for all microwave technologists, the IEEE MTT International Microwave Symposium (IMS) again promises to be the gem of Microwave Week.
At IMS 2013, Microwaves & RF presented the first-annual "Best of Microwaves" awards, recognizing companies that are at the forefront of providing resources to microwave engineers...
Recently, we reached out to our readers and asked you to let us know what your favorite online tools are for keeping up to date with your industry. After tallying all your responses...
The PMA1 series of in-line power monitors include the models PMA1-03, PMA1-06, and PMA1-08 with frequency ranges of 70 MHz to 3 GHz, 6 GHz, and 8 GHz, respectively. Each power...
Model M4-10M10 is a broadband mixer from Marki Microwave capable of working with RF and local oscillator (LO) signals from 10 MHz to 10 GHz and providing downconverted intermediate...
Marki Microwave announced a line of surface-mount bandpass filters for applications from 7 to 17 GHz. Based on the firm's successful connectorized (and larger) bandpass filters...
A pair of four-way Wilkinson power dividers from Marki Microwave provide total frequency coverage of 1 to 20 GHz. Model PD4-0218 operates from 2 to 18 GHz while model PD4-0120...
These frequency-translation devices work in different ways, but provide RF/microwave designers with the means to increase or decrease the frequency of a signal as needed.
A pair of four-way Wilkinson power dividers from Marki Microwave provide total frequency coverage of 1 to 20 GHz. Model PD4-0218 operates from 2 to 18 GHz while model PD4-0120...
A line of broadband in-phase Wilkinson power dividers from Marki Microwave offers total frequency coverage of 0.4 to 65 GHz with bandwidths to 65:1. The line includes models with...
Understanding basic microwave mixer operation, different mixer types, and key mixer performance parameters can help simplify the process of matching a mixer to an application....
The two-tone-terminator (T3) line of diode mixers offers excellent suppression of IMD while providing high performance levels with both sine-wave and square-wave local-oscillator...
