Mission: MaxLinear’s mission is to revolutionize the personal experiences of individuals and the capabilities of businesses by facilitating knowledge-based decision-making through engineering solutions for communications. We are committed to improving the quality of life of ...
If you're looking to work on a high energy business team pursuing great technology -- especially in the highly complex and challenging RF field -- and you thrive on innovation, outside-the-box thinking, nimbleness and collaboration, we want to talk to you.
If you’re driven to make a big impact at a growing company, you can at MaxLinaer. Being tech leaders doesn’t mean punching a clock and working on a narrowly focused project. It means working hard and smart to solve the intellectual challenges that driving innovation demands. It means working in a broad role with cross functional interaction. At MaxLinear, you can impact the BIG picture and see the direct result of your hard work as we bring revolutionary products to our customers.
While the projects you’ll work on are exciting, we’re not all work. We play too! MaxLinear employees play soccer, cricket, hockey, run, and kart race at intercompany group activities. We’re competitive in the lab and on the field!
Come join the team and have fun driving technology forward. Apply online.
MaxLinear is a global, New York Stock Exchange-traded company (NYSE: MXL) where the entrepreneurial spirit is alive and well. We are a fabless system-on-chip product company, designing highly integrated, radio-frequency, and mixed-signal Communications ICs for broadband and infrastructure applications.
We hire the best people in the world and engage them in some of the most exciting opportunities in our broadband and infrastructure markets. Our growth has come from innovative, bold approaches to solving some of the world’s most challenging communication technology problems.
MaxLinear began by developing the World’s first high-performance TV tuner chip using standard CMOS process technology. Others said we couldn’t achieve the extremely high performance requirements using CMOS, but we proved them wrong and achieved enduring global market leadership with our designs. Since then, we’ve developed a full line of products for satellite communications, cable modems, and terrestrial TV; diversified into high speed products addressing Datacom applications such as 400 Gbps fiber-optic interconnect chips for high-speed networks; and MoCA technology for home networking.
Our headquarters is in Carlsbad, near San Diego, California. We also have major design centers in Irvine, San Jose and Los Angeles, CA, in Austin, TX, and in Bangalore, India, with groups in China (Shanghai and Shenzhen), Taiwan (Hsinchu and Taipei), Korea, Singapore, Japan and France.
We have approximately 500 employees, a substantial majority of whom have engineering degrees, and include masters and Ph.D. graduates from many of the premiere universities around the world. Our engineers thrive on innovation, outstanding execution, outside-the-box thinking, nimbleness, and collaboration. Together, we form a high-energy business team that is focused on building great products.
The executive team including CEO, CTO, CFO, VP of Central Engineering and other technical and business leaders are accessible to all - impromptu conversations with employees on current and future technology and business growth are common.
Dialogue is encouraged, your fresh ideas are invited, decisions are made and great engineering solutions are developed. We’d love to hear your ideas, so submit your resume.
You'll want to talk to us if you're looking for great opportunities to learn, grow and advance in an entrepreneurial, collegial and fast-moving setting. We are the right size to lead AND adapt to changes in the market, smaller is nimble and close to the action.
At MaxLinear, you’ll leverage what you’ve learned so far – in school and on the job -- to broaden your knowledge and gain skills beyond what you imagine now, contributing to our continued growth.
As a reward for hard work and strong results, we believe in company ownership through stock and performance driven bonus programs. You shares of stock are waiting for you (NYSE: MXL); the first step to claiming them is to apply for a position today.
I have been working at MaxLinear full-time
- Lots of potential for hands-on interactions with products to make a difference in the Company.
- Open communication between managers/ staff
- The CEO is hands-on and is very proud of his company; it shows. He seems to know everyone's name
The Company does not have very many frills; they offer snacks/espresso machine each day. Celebrates with snacks for little events like 3-day weekends and Holiday party each year. I would rather be paid the money the Company would spend on extra silly stuff anyway, so it is not a big deal.
I applied online. The process took a week. I interviewed at MaxLinear in February 2018.
I was contacted by an RFIC Manager after I applied online and the first step was a technical interview for 1 hour 20 minutes. The interviewer was polite and helpful. I was asked the following questions-
1) Common Source gain; Gain and Gm of CS with resistor degeneration; Explain advantages in terms of feedback
2) CS with inductor degeneration; Explain advantages
3) Why do we need high gain for LNA?
4) Common mode Gm and Differential Gm of differential amplifier
5) SNR, BW, NF given- What is sensitivity at 300K?
6) Miller impedance - Equivalent impedance at input and output
7) Noise contribution at output of top transistor in Cascode - (I was asked in EVERY interview); ANS - 0 because current in cascode is set by gm of bottom transistor
8) Place a capacitor between two transistor in cascode - Gain at high frequencies, Gain at any frequency equation
9) Explain why phase noise is bad - intuitively
10) Given two tones - Draw spectrum after intermodulation; If one input tone is increased by 1 db, how do other intermod products vary?
11) Advantages of Delta Sigma over pipeline ADC. At what frequency does Delta Sigma fail?
12) Ring Oscillator has a branch at a node, consisting of an inverter driving a capacitor - If the load capacitor in the branch increases, how does the frequency of oscillator change?
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