M

MaxLinear

Fabless RF/analog/mixed-signal IC designer

Principal Systems Engineer - Power

Full-TimeDeadline 12/13/27
No salary listed
Expert
Bachelor's, Master's
Bengaluru, Karnataka, India
In Person
Hardware EngineeringSilicon & ASIC Design

About the job

Requirements
  • A Bachelor of Engineering or Bachelor of Technology, or a Master of Engineering or Master of Technology, in Electrical, Electronics, Communication, or Instrumentation.
  • At least 15 years of system engineering experience for power management integrated circuit products.
  • Hands-on experience with oscilloscopes, function generators, digital multimeters, power supplies, single and differential probes, electronic loads, thermal streamers, dataloggers, network analyzers, and electromagnetic fast transient or electrostatic discharge testing.
  • Knowledge of validation automation using Python or other industry-standard methods.
  • Experience with Cadence Allegro, Altium, MATLAB, and Simplis.
Responsibilities
  • Architect and design power management integrated circuit products for data center, enterprise, notebook, and industrial applications.
  • Participate in all stages of integrated circuit product development, including proposal, design, development, testing and validation, and productization.
  • Define and develop system architectures and specifications for switching-converter products, including buck, boost, and buck-boost converters, based on marketing requirements.
  • Engage with marketing teams and customers in product specification development.
  • Bridge marketing and applications teams with design teams to define product specifications.
  • Perform system feasibility studies and build Simplis and Spice models to evaluate product performance before silicon release.
  • Define specifications for blocks including operational amplifiers, comparators, Schmitt triggers, voltage references, current references, bandgap references, high-voltage transmitters and receivers, charge pumps, and voltage-to-current blocks.
  • Participate actively in all stages of integrated circuit development, including design closure.
  • Conduct, participate in, and close top-level system reviews, and provide regular updates to stakeholders through documentation and presentations.
  • Develop system test evaluation boards and test plans for post-silicon product evaluation in accordance with industry standards.
  • Own and drive post-silicon bench validation, measurements, and system characterization according to signed-off test plans.
  • Own and drive post-silicon debugging.
  • Write and own technical documents such as failure mode and effects analysis reports and datasheets.
  • Assist test, operations, validation, and design teams during productization.
  • Collaborate with marketing, design, product and test engineering, validation, and applications engineering stakeholders on product definition, development, bring-up, and productization.
  • Participate in hiring, candidate screening, and interviewing activities.
  • Guide and mentor new hires and junior engineers.
Desired Qualifications
  • Understanding of process technologies and device behavior relevant to high-voltage operation and related reliability issues.
  • Hands-on experience with laboratory equipment and electromagnetic fast transient or electrostatic discharge testing.
  • Knowledge of validation automation using Python or other industry-standard methods.

About the company

MaxLinear is a fabless semiconductor company that designs RF, analog, and mixed-signal integrated circuits for broadband, connectivity, and data-center markets. Its products include system-on-chip solutions for cable broadband, fiber-to-the-home, and Wi-Fi, plus RF transceivers and high-speed interconnects used in devices like set-top boxes, mobile devices, and automotive systems. It outsources manufacturing to third-party foundries (notably UMC) and competes by offering a broad multi-market portfolio and strategic acquisitions. Its goal is to provide scalable, high-quality semiconductor solutions that enable reliable connectivity across home, mobile, automotive, and data-center applications while expanding its addressable markets through acquisitions.

Company Size

1,001-5,000

Company Stage

IPO

Headquarters

Carlsbad, California

Founded

2003

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Simplify's Take

What believers are saying

  • Q2 2026 revenue reached $168.8 million, up 55% year over year.
  • Infrastructure revenue rose 145% in Q2 2026, reflecting hyperscaler adoption of optical AI products.
  • Puma 9 and Carmel target September 2026 broadband and 200 million-unit AI management markets.

What critics are saying

  • Silicon Motion arbitration remains unresolved after October 2025 and March 2026 hearings.
  • MaxLinear still faces Water Island derivative litigation, keeping legal costs and distractions alive.
  • A Keystone or Puma 9 design-win miss would crush the 2026 growth story.

What makes MaxLinear unique

  • September 28, 2026 Puma 9 unifies DOCSIS 3.1, 3.1+, and 4.0 on one SoC.
  • MaxLinear’s September 2026 RackCommander spans console, telemetry, protection, and power-management for AI racks.
  • July 23, 2026 Keystone ramp gives MaxLinear 800G optical DSPs and a 1.6T roadmap.

Help us improve and share your feedback! Did you find this helpful?

Benefits

  • Health Insurance
  • Employee Stock Purchase Plan
  • Paid Vacation

Growth & Insights and Company News

Headcount

6 month growth

0%

1 year growth

-1%

2 year growth

-3%
StocksToTrade
Oct 19th, 2026
MXL stock rallies as Edge AI broadband bets heat up.

MXL stock rallies as Edge AI broadband bets heat up. TIM BOHEN - UPDATED OCT. 19, 2026, 12:33 PM ET Summarize this article MaxLinear Inc shares, driven by strong earnings guidance and AI-chip optimism, stocks have been trading up by 11.27 percent. Key takeaways. * New DOCSIS 3.1+/4.0 Puma 9 platform from MaxLinear targets 30-50% cost cuts for cable gear while adding Wi-Fi 8, Edge AI, DDR5, and post-quantum security. * Topaz, MaxLinear's AI-ready PON gateway SoC for 10G+ fiber, already has Askey and Gemtek building products around it. * At Network X 2026, MaxLinear is pushing Topaz and MaxAI 2.0 as edge-AI platforms, backed by partnerships with RG Nets and Bridgecom. * MXL shares recently jumped 9.9% to $93.77, signaling strong bullish sentiment and growing interest from traders. * Q3 2026 results are due 2026/10/22, setting up the next major catalyst for MaxLinear and MXL traders. Live Update At 12:32:38 EDT: On Monday, October 19, 2026 MaxLinear Inc stock [NASDAQ: MXL] is trending up by 11.27%! Discover the key drivers behind this movement as well as its expert analysis in the detailed breakdown below. Quick financial overview. MaxLinear, trading under ticker MXL, is showing a classic high-expectation growth profile. Revenue over the last year sits around $468M, but growth has been negative over three and five years. That tells traders this is a turnaround and product-cycle story, not a steady compounder yet. Profitability is mixed. MaxLinear posts a healthy 57.5% gross margin, which signals strong pricing power in its chips. But at the bottom line, margins flip negative, with EBIT margin at about -10.6% and return on equity also in the red. MXL is spending heavily on research and development and taking restructuring hits to reposition for the next broadband and AI upcycle. On the balance sheet, MaxLinear carries moderate leverage. Total debt to equity is around 0.29, with a current ratio of 1.8, so liquidity looks manageable for now. The valuation is rich: price-to-sales north of 15x and price-to-book near 18x tell traders the market is already baking in a strong recovery. The chart backs that up. MXL ripped from the low-$80s to above $100 earlier in October before pulling back toward the high-$70s. Intraday action shows controlled, grinding upside from the mid-$70s to around $79-$80, suggesting consolidation after a big run rather than a full blow-off top. Why traders are watching MXL right now. MXL is on a product launch tear, and the tape is starting to respect it. The Puma 9 DOCSIS 3.1+/4.0 SoC is a big swing for MaxLinear. By promising 30-50% cost reductions for customer-premises equipment while adding Wi-Fi 8, Edge AI, DDR5, and post-quantum security, MaxLinear is telling cable operators they can future-proof their gateways today and upgrade to DOCSIS 4.0 by software later. That "buy once, upgrade later" message is exactly what capex-sensitive operators want to hear. From a trading angle, Puma 9 gives MXL a clear narrative: multi-gig broadband, AI at the edge, and tighter cybersecurity rules all converging on one platform. That's the kind of story momentum traders gravitate to when volume picks up. MaxLinear is also pushing hard into fiber with its Topaz PON home gateway SoC. Topaz targets 10G+ fiber, Wi-Fi 8, and AI-enabled broadband, but what matters most for MXL traders is traction. The company named Askey and Gemtek as early OEM partners already designing around Topaz. Named design wins are the bridge between press release and revenue, and they help justify MXL's premium multiples. On top of that, MaxLinear is showcasing Topaz and MaxAI 2.0 at Network X 2026, positioning MXL not just as a connectivity chip vendor but as an edge-AI enabler. Features like embedded inferencing, autonomous diagnostics, and partnerships with RG Nets and Bridgecom broaden the story further. That ties MXL into the "AI everywhere" theme that has driven so many high-beta names lately. The market noticed. MXL recently ripped 9.9% to $93.77 in a single session with no specific new catalyst, which strongly suggests traders are front-running adoption of Puma 9 and Topaz and repositioning ahead of earnings. Conclusion. MXL is at one of those inflection points active traders hunt for. The legacy numbers at MaxLinear still show pressure: negative net margins, soft multi-year revenue trends, and a valuation that leaves little room for error. But the product story around Puma 9 and Topaz is strong, and the recent 9.9% surge to $93.77 shows traders are willing to pay up for that roadmap. Going into the Q3 2026 report on 2026/10/22, the key questions for MXL will be simple: are cable and fiber operators actually lining up behind Puma 9 and Topaz, and is the edge-AI narrative backed by design-win detail and bookings? Any confirmation there, even early, can extend the current uptrend. Disappointment could trigger a sharp shakeout, given how stretched the valuation already is. For short-term traders, the recent pullback from above $100 into the high-$70s sets up a classic "momentum vs. digestion" battle. MXL is holding prior breakout zones and intraday dips keep getting bought near support, which signals dip-buyers are still in control for now. As Tim Sykes likes to say, "The market rewards preparation, not prediction." In the same spirit, trading education is about process and repetition: As Tim Bohen, lead trainer with StocksToTrade says, "The best way to learn is by tracking trades, wins, losses, and lessons learned. Every trade has something to teach.". For MXL, that means studying the chart, knowing the Puma 9 and Topaz catalysts cold, and being ready with a trading plan before the 2026/10/22 earnings call - always cutting losses fast and treating every trade as a lesson, not a guarantee. This is educational and research content only, not a recommendation to buy or sell MXL. This is stock news, not investment advice. StocksToTrade News delivers real-time stock market updates tailored to highlight the key catalysts driving short-term price movements. Its coverage is designed for active traders and investors who thrive in fast-moving markets, with a focus on volatile sectors like penny stocks, AI stocks, Robinhood stocks and other momentum plays. From earnings reports and FDA approvals to mergers, new contracts, and unusual trading volume, StocksToTrade, Inc. break down the events that can spark significant price action. Looking to level up your trading game? Explore StocksToTrade, the ultimate platform for traders. With powerful tools designed for swing and day trading, integrated news scanning, and even social media monitoring, StocksToTrade keeps you one step ahead. Once your watchlist is set, take the next step and trade with confidence using StocksToTrade's robust platform. Don't miss out - grab your 14-day trial for just $7 and experience the edge you need to thrive in today's fast-paced markets. Wall street is legally banned from these stocks. Sixteen analysts cover a stock like Apple. Zero cover a $2 stock with a $40 million market cap, and it's not by choice. Most hedge funds and pension funds have internal mandates that block them from buying anything under a certain size. Trader Tim Sykes built a simple scanner that hunts exactly that corner of the market, the one institutions can't legally enter.

Read Magazine
Oct 7th, 2026
MaxLinear Introduces Topaz(TM), one of the Industry's Most Advanced AI-Ready PON HGU Chips for 10G.

MaxLinear Introduces Topaz(TM), one of the Industry's Most Advanced AI-Ready PON HGU Chips for 10G. October 7, 2026 MaxLinear, Inc. a designer and manufacturer of high-speed, mixed-signal integrated circuits (ICs), announced Topaz(TM), one of the industry's most advanced PON Home Gateway Unit (HGU) SoC. Designed for 10G broadband deployments and future fiber architectures, Topaz combines fiber access, packet processing, AI/ML acceleration, post-quantum cryptography (PQC) readiness, and intelligent power management into a single, highly integrated SoC. Topaz is designed to minimize market trade-offs-reducing system complexity, lowering bill-of-materials (BOM) costs, and accelerating time-to-market for OEMs and operators worldwide. Topaz is optimized for PON Fiber Gateways, Ethernet, and Fixed Wireless Access (FWA) deployments. It provides processing performance, memory bandwidth, and connectivity required for next-generation gateways, including Wi-Fi 8, and AI-enabled services, while enabling upgrades to future multi-gigabit access technologies beyond 10G. Built with a secure-by-design approach, Topaz is designed to support compliance with leading cybersecurity frameworks and regulations, including NIST IR 8425A (U.S.), Radio Equipment Directive (RED), and the Cyber Resilience Act (CRA) (EU). From a technology differentiation perspective Topaz combines broadband access, packet processing, AI acceleration, advanced security, intelligent power management, and low-latency networking technologies such as L4S and Dual-Queue AQM into a single highly integrated SoC. This integration reduces system complexity, lowers BOM costs, and accelerates product development while enabling differentiated operator services. The Topaz family provides a scalable portfolio that allows OEMs and operators to optimize system cost and performance for specific applications, ranging from cost-efficient residential gateways to premium multi-gigabit, converged broadband platforms. A common architecture across the family enables extensive hardware and software reuse while preserving flexibility to address diverse market requirements. Sharing a common software and hardware foundation with MaxLinear's Puma(TM) 9 DOCSIS(R) platform, Topaz enables significant code, feature, and development reuse across Cable, Fiber, Ethernet, and FWA product portfolios. This unified platform approach, also known as AnyWAN, shortens software development cycles, simplifies portfolio management, and helps operators rapidly adopt new technologies while reducing engineering investment and long-term support costs. "Operators can't afford to wait years to upgrade their network infrastructure to meet demands of the AI-driven broadband home," said Puneet Sethi, Senior Vice President and General Manager, Network Infrastructure and Carrier, at MaxLinear. "Customers want smart, AI-powered applications for home and business services, but they don't want to pay a premium for inflated power bills or monthly service fees to make it happen. With Topaz, we are solving for both. Our latest platform not only delivers affordable 10G PON connectivity today, it's also flexible enough to accelerate operators into the future - without compromising on power efficiency." "The broadband gateway market continues to demand greater performance, lower power consumption, and faster product development cycles," said Robert Lin, CEO Askey. "Topaz combines advanced fiber connectivity, AI acceleration, and future-ready networking capabilities within a highly integrated architecture. We believe this platform has the potential to help OEMs deliver innovative gateway solutions while reducing complexity and development costs. We are happy to be early access partner for Topaz and looking forward to incorporating Topaz in our roadmap as industry transitions to AI-enabled broadband services." "The convergence of multi-gigabit fiber access, advanced Wi-Fi, and AI-driven services is creating new requirements for broadband gateway platforms," said James Lee, CEO, Gemtek Technology Co., Ltd. "The Topaz platform is built to provide the processing performance, security, memory bandwidth, and integration needed to support next-generation broadband and Wi-Fi deployments and differentiated operator services. We are excited to work with MaxLinear and leverage Topaz to accelerate innovation for our global customers." Select OEMs are already designing next-generation gateways with Topaz. By consolidating key broadband, Wi-Fi, security, and processing functions into a single highly integrated platform, Topaz enables operators to deliver superior subscriber experiences while reducing system complexity, lowering power consumption, and improving overall cost efficiency. MaxLinear will be attending Network X 2026 in Vienna, Austria. Visit Read Magazine at Booth D21 to see the debut of Topaz, its next-generation PON home gateway platform, and learn how Read Magazine is enabling the future of broadband connectivity.

Yahoo Finance
Oct 6th, 2026
MaxLinear unveils Topaz AI-ready PON chip for 10G broadband with Wi-Fi 8 and quantum security

MaxLinear has launched Topaz, an advanced system-on-chip (SoC) for passive optical network home gateways designed for 10-gigabit broadband deployments and future fibre architectures. The chip integrates fibre access, packet processing, AI/ML acceleration, post-quantum cryptography readiness, and power management into a single platform. Topaz is optimised for PON fibre gateways, Ethernet, and fixed wireless access deployments. It supports Wi-Fi 8 and includes features like hardware-based dual-queue active queue management for low-latency networking. The chip is designed to comply with cybersecurity frameworks including NIST IR 8425A, the Radio Equipment Directive, and the EU's Cyber Resilience Act. The platform shares a common architecture with MaxLinear's Puma 9 DOCSIS platform, enabling code reuse across cable, fibre, Ethernet, and FWA product portfolios. Select original equipment manufacturers are already designing gateways using the chip.

Yahoo Finance
Sep 28th, 2026
MaxLinear launches Puma 9 DOCSIS platform, cutting deployment costs by up to 50%

MaxLinear has launched Puma 9, a DOCSIS platform designed to help broadband operators deploy multi-gigabit services whilst reducing costs by up to 50%. The platform supports DOCSIS 3.1, 3.1+, and 4.0 standards on a single system-on-chip, enabling operators to upgrade through software rather than hardware replacements. Built on 8nm process technology, Puma 9 features Wi-Fi 8 connectivity, Edge AI processing, and post-quantum cryptography security. It is the industry's only DOCSIS platform compatible with DDR5 memory, addressing supply chain concerns as vendors transition away from DDR4. The platform enables downstream throughput of up to 12 Gbps using five OFDM channels in DOCSIS 3.1+ configuration. MaxLinear says this allows operators to deliver DOCSIS 4.0-class experiences over existing networks without immediate infrastructure upgrades. Puma 9 is currently available to broadband operators and OEM partners developing DOCSIS gateways. Partners including Askey and Gemtek are developing next-generation gateways using the platform.

Light Reading
Sep 28th, 2026
MaxLinear intros 'AI-ready' Puma 9 DOCSIS chipset.

MaxLinear intros 'AI-ready' Puma 9 DOCSIS chipset. MaxLinear aims to slash costs with the Puma 9, a new DOCSIS chip for DOCSIS 4.0, D.3.1+ and D3.0 modems and gateways. #pressrelease September 28, 2026 MaxLinear, Inc. (Nasdaq: MXL), a leading provider of communications semiconductors for broadband, connectivity, and infrastructure applications, today announced Puma(TM) 9, a next-generation DOCSIS(R) platform designed to help broadband operators accelerate the rollout of D4.0/D3.1+ multi-gigabit services, power Edge AI, personal AI and Wi-Fi 8 connectivity while also helping operators to reduce their cost and complexity of transitioning to DOCSIS 4.0. Puma 9 brings advanced Post-Quantum Cryptography (PQC) security readiness and DDR5 memory compatibility, helping operators protect their networks against future threats and avoid supply chain risk associated with legacy memory types. Built with a secure-by-design approach, Puma 9 is designed to support compliance with leading cybersecurity frameworks and regulations, including NIST IR 8425A (US), Radio Equipment Directive (RED), and the Cyber Resilience Act (CRA) (EU). Operators are facing expanding demands that extend far beyond raw bandwidth. From Edge AI and Personal AI to Wi-Fi 8, heightened security requirements, and tighter capital budgets, success increasingly depends on the ability to evolve services without constantly replacing hardware. Puma 9 reimagines the gateway lifecycle, helping operators maximize existing DOCSIS 3.1 investments while preparing for next-generation services. Through flexible in-field upgrades, operators can deliver multi-gigabit experiences on their own timeline without frequent hardware refreshes or costly requalification cycles. With a high level of integration in 8nm process technology, Puma 9 is the first and only platform that can support DOCSIS 3.1, DOCSIS 3.1+, and DOCSIS 4.0 standards on a single SoC without incurring significant cost additions. By unifying these capabilities into a highly integrated architecture, Puma 9 enables operators to reduce their spending today while providing a path to accelerate new services, reduce deployment complexity, and maximize infrastructure investments. Key capabilities. Key features in Puma 9 help bridge gaps in network economics and flexibility for DOCSIS deployments: * Post-Quantum Security Readiness: Enabled with Post-Quantum Cryptography (PQC) technology to help operators secure their broadband networks against emerging post-quantum threats. * Next-Gen Memory Technology: Industry's only DOCSIS platform compatible with DDR5 memory, allowing for greater memory supplier flexibility and a longer lifecycle for the platform. * Wi-Fi 8 Integration: Provides a scalable foundation for next-generation Wi-Fi 8 gateways, delivering low latency and processing headroom needed for AI-driven applications. * Flexibility Across Evolving Standards: Support for DOCSIS 3.1, 3.1+, and 4.0 standards enabled on a single platform. Allows easy in-field upgrades and maximizes return on investment over time. * Leading 3.1+ Performance: With support for 5x OFDM channels, delivers greater than 10 Gbps of downstream throughput - higher than many other DOCSIS 3.1 solutions available today. * Integrated Edge AI Processing: MaxAI(TM)-powered NPU enhances QoS, optimizes networks, improves user experiences, and lowers operational costs. Addressing the DOCSIS 4.0/3.1 upgrade dilemma. As operators prepare for a new wave of growth fueled by Edge AI, personalized AI services, Wi-Fi 8, and increasing demand for uninterrupted multi-gigabit speeds, they face a significant challenge: existing solutions typically require expensive DOCSIS 4.0 CPE refreshes and qualification cycles. To manage costs, many operators delay CPE investments until broader network upgrades are underway. This approach not only increases the financial stress on operators but also takes away the flexibility to offer D4.0 surgically in those markets where competitive pressure or consumers demand it sooner than other markets. Long and costly D4.0 qualification cycles and expensive D4.0 CPE HW deployments take the flexibility and competitive advantage away from DOCSIS operators. Operators are also contending with growing supply chain uncertainty as major memory vendors transition away from DDR4. Dependence on DDR4-only D4.0 CPE introduces further price pressure and significant longevity risk, as broadband equipment requires stable component availability and support throughout extended product lifecycles. Puma 9 addresses both challenges by optimizing CPE cost to enable a software-driven migration path from DOCSIS 3.1 to DOCSIS 3.1+ and/or to DOCSIS 4.0 through in-field upgrades. Puma 9-based designs offer CPE cost parity with existing D3.1 CPE costs. This enables operators to deploy a highly capable DOCSIS platform without incurring additional CPE spend. That means operators can now deploy DOCSIS 4.0-ready devices today, preserve their investments, and upgrade to D4.0 or D3.1+ only when their business requires it - without costly truck rolls, expensive HW/SW investments, or large-scale equipment replacement programs. Further, Puma 9 supports five OFDM channels in D3.1+ configuration. This allows operators to offer 12 Gbps, i.e., a D4.0-like experience, over existing D3.1 networks. This further accelerates time to better consumer experiences and enables operators to phase their network spend. Want more Light Reading stories in your Google search results? Join 62,000+ members. Yes it's completely free.