A

Allegro MicroSystems

Semiconductor sensing and motion control solutions

Principal Revenue Accountant

Full-Time
$112k - $169k+ Bonus + Equity
Senior, Expert
Bachelor's
New Hampshire, USA
RemoteEligible applicants must reside in New Hampshire, Massachusetts, Texas, or Michigan.
AccountingFinancial Accounting

About the job

Requirements
  • A bachelor's degree in Accounting, Finance, or a related field.
  • At least 8 years of progressive accounting experience, including hands-on depth in revenue recognition under ASC 606, revenue reserves, and month-end close.
  • A demonstrated track record of process improvement, workflow redesign, or implementing automation in an accounting environment.
  • Strong proficiency with enterprise ERP systems such as Oracle and advanced Excel and data-modeling skills.
  • Analytical curiosity and interest in using modern data tools and artificial intelligence to solve operational accounting challenges.
  • Ability to communicate accounting concepts clearly to non-finance stakeholders.
Responsibilities
  • Own revenue accounting execution, including monthly and quarterly close entries, balance sheet reconciliations, and variance analysis in accordance with ASC 606.
  • Maintain, analyze, and enhance revenue reserve models, including Ship & Debit, rebates, and returns, by evaluating historical trends, distributor inventories, and current commercial conditions.
  • Partner with Commercial Finance to deliver data-backed revenue forecasts and explain margin and revenue variances to executive leadership.
  • Serve as a key technical resource for sales teams and business leaders, translating commercial deals, pricing changes, and customer agreements into appropriate accounting treatments.
  • Audit existing revenue and controllership workflows to eliminate bottlenecks, reduce cycle times, and minimize manual spreadsheets.
  • Partner with Finance Systems and IT to design and implement scalable automation, improved system integrations, and self-service reporting.
  • Pilot and deploy automation and artificial intelligence tools for data reconciliations, trend monitoring, and variance detection.
  • Define standardized, repeatable transformation blueprints that can be scaled across other controllership workstreams.
  • Maintain SOX internal controls, process documentation, and audit-ready schedules for internal and external auditors.
  • Collaborate with Sales Operations, Supply Chain, and Legal to understand commercial drivers and identify upstream risks before they affect the ledger.
  • Promote continuous improvement across Finance to develop scalable accounting operations.
Desired Qualifications
  • CPA or active progress toward CPA.
  • Direct experience with semiconductor or high-tech distribution models, particularly Ship & Debit programs and distributor inventory accounting.
  • Hands-on experience with Business Intelligence tools such as Tableau or Power BI, or channel management systems such as Model N.

About the company

A

Allegro MicroSystems

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Website

Allegro MicroSystems designs, manufactures, and sells semiconductor products that sense, regulate, and drive electromechanical systems, focusing on power and sensing for motion control and energy-efficient applications. Its offerings include sensors, power-management ICs, motor-drive devices, and related algorithms used by automotive OEMs and industrial customers. The company differentiates itself with global engineering and manufacturing capabilities, automotive-grade quality, and a large-scale footprint that ships over one billion units annually to about 10,000 customers. Its goal is to enable energy-efficient motion control across automotive and industrial markets by expanding its semiconductor offerings and providing strong engineering support.

Company Size

1,001-5,000

Company Stage

IPO

Headquarters

Manchester, New Hampshire

Founded

1990

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Simplify's Take

What believers are saying

  • Fiscal 2026 sales rose 23% to $890.1 million, with non-GAAP EPS doubling.
  • Q4 2026 data-center sales hit record 14% of revenue, expanding beyond autos.
  • Management guided Q1 FY2027 revenue to $245 million-$255 million after five growth quarters.

What critics are saying

  • Automotive suppliers drove 70.6% of fiscal 2026 sales, tying Allegro to OEM cycles.
  • Top 20 customers generated about half of sales, so one design loss hurts fast.
  • Sanken still held 32.2% in March 2026; another block sale can crush shares.

What makes Allegro MicroSystems unique

  • Allegro's July 2026 A81415 packs ASIL-D brake control and wheel-speed sensing into one chip.
  • Fiscal 2026 data-center sales quadrupled, reaching 10% of revenue and 14% in Q4.
  • Allegro ships 2.1 billion units yearly across 15,000 customers, deepening automotive design wins.

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Benefits

  • Flexible Work Hours
  • Hybrid Work Options
  • Wellness Program

Growth & Insights and Company News

6 month growth

10%

1 year growth

11%

2 year growth

11%
Electronics Media
Oct 28th, 2026
AI accelerator chips market to cross USD 1 trillion by 2035.

AI accelerator chips market to cross USD 1 trillion by 2035. Allegro MicroSystems introduces new power and cooling solutions for sustainable 800V AI Data centers. October 28, 2026 Allegro AI Data Center Solutions - Allegro MicroSystems, Inc. ("Allegro") (Nasdaq: ALGM), a global leader in power and sensing solutions for motion control and energy-efficient systems, announced a series of products for AI data centers and high-performance computing systems that increase power density while helping designers better manage energy use, heat dissipation, and equipment size. As data centers move toward 800V power distribution and 48V cooling systems to address growing workloads, they require faster, more efficient and more compact semiconductor solutions. Source Parts Discover more Tech industry updates AI accelerator chips Automotive electronics components Allegro's expanded portfolio includes new wide-body higher isolation versions of the ACS37030 and ACS37002 current sensors, the AHV85311 Power-Thru(TM) isolated gate driver for silicon carbide power systems, and an improved version of the code-free QuietMotion(TM) A89333 48V motor driver. Together, these products help data center designers: * Safely monitor and control high voltage 800V power systems * Reduce energy lost during power conversion * Fit more power capability into limited board and rack space * Improve the efficiency and reliability of 48V cooling fans * Simplify system design and reduce development time Leading power solution provider Acbel Polytech has integrated Allegro's high-speed current sensors into its latest high-density power solutions for AI data centers to support precise power control and system protection. "As AI workloads continue to grow, data center power systems must deliver higher power density without compromising efficiency or reliability," said Rossi Lo, Head of Research and Development at Acbel. "As power distribution architectures evolve to support higher power and voltage levels, precise power control and rapid system protection are becoming increasingly critical, with current sensing playing a key role. By working closely with our industry partners and integrating new technologies into our power solutions, Acbel continues to advance our power solutions to meet the evolving requirements of next-generation AI data centers." Supporting the move to 800V power distribution. The ACS37030 and ACS37002 current sensors are now available in wide-body packages with a high comparative tracking index (CTI) mold compound enabling 6000V of galvanic isolation for enhanced electrical safety in high-voltage systems. The new sensors provide the fast, accurate current measurement needed to protect power supplies, battery backup units and capacitor banks when AI workloads create sudden changes in power demand. The compact package also helps customers support 800V systems without increasing the size of the rack power shelf or power supply unit. Discover more Artificial intelligence solutions Compare Tech Read Tech News Allegro's AHV85311 Power-Thru isolated gate driver for silicon carbide (SiC) FETs further simplifies high-voltage power designs by eliminating the need for a separate isolated power supply. This design simplification can reduce circuit-board space by up to 50%, helping designers build smaller power supplies and faster solid-state circuit breakers for 800V data center systems. Improving the efficiency of 48V cooling systems. Cooling is a major source of energy consumption in AI data centers. Allegro's augmented QuietMotion(TM) A89333 motor driver helps improve the operation of 48V server cooling fans without requiring customers to develop complex motor-control software. Learn Engineering The A89333 features built-in control technology that automatically manages changing airflow conditions and supports the compact fans used in 1U, 2U and 4U servers. This helps system designers improve cooling efficiency, reduce development effort and maintain reliable operation as computing density increases. The same class of products are also designed to support pumps for liquid cooling systems. Creating value for customers and supporting long-term growth. The shift to 800V power and 48V cooling is reshaping AI data center infrastructure. Allegro is using its expertise in current sensing, power management and motor control to help customers navigate this transition safely, efficiently and sustainably, advancing the all-electric society from the road to the rack. Discover more Browse Magazines electronics electronic "The key challenge for AI data centers is to use less energy and operate more efficiently while safely delivering significantly more computing power," said Troy Coleman, Senior Vice President of Products at Allegro. "Our new products address these challenges at critical points in the system - from high-voltage power conversion and protection to intelligent cooling. This expands the value Allegro can provide as customers invest in the next generation of AI infrastructure." Based on third-party data and internal estimates, Allegro projects its serviceable addressable market (SAM) for AI data centers will reach $1.7 billion by fiscal 2031. Beyond AI data centers, the new products are well-suited for use in industrial automation, robotics and automotive on-board charging systems where efficient 48V operation, high-voltage isolation and compact design are increasingly important. Allegro will showcase these technologies at electronica 2026 in Munich this November at Hall C6, Booth 129. Compare Gadgets Discover more Electronics news subscription

Semiconductor for You
Oct 27th, 2026
Allegro MicroSystems introduces new power and cooling solutions for sustainable 800V AI data centers.

Allegro MicroSystems introduces new power and cooling solutions for sustainable 800V AI data centers. New products boost energy efficiency and power density as data centers transition to 800V power distribution and 48V cooling architectures. Manchester, NH - October 27, 2026 - Allegro MicroSystems, Inc. ("Allegro") (Nasdaq: ALGM), a global leader in power and sensing solutions for motion control and energy-efficient systems, today announced a series of products for AI data centers and high-performance computing systems that increase power density while helping designers better manage energy use, heat dissipation, and equipment size. As data centers move toward 800V power distribution and 48V cooling systems to address growing workloads, they require faster, more efficient and more compact semiconductor solutions. Allegro's expanded portfolio includes new wide-body higher isolation versions of the ACS37030 and ACS37002 current sensors, the AHV85311 Power-Thru(TM) isolated gate driver for silicon carbide power systems, and an improved version of the code-free QuietMotion(TM) A89333 48V motor driver. Together, these products help data center designers: * Safely monitor and control high voltage 800V power systems * Reduce energy lost during power conversion * Fit more power capability into limited board and rack space * Improve the efficiency and reliability of 48V cooling fans * Simplify system design and reduce development time Leading power solution provider Acbel Polytech has integrated Allegro's high-speed current sensors into its latest high-density power solutions for AI data centers to support precise power control and system protection. "As AI workloads continue to grow, data center power systems must deliver higher power density without compromising efficiency or reliability," said Rossi Lo, Head of Research and Development at Acbel. "As power distribution architectures evolve to support higher power and voltage levels, precise power control and rapid system protection are becoming increasingly critical, with current sensing playing a key role. By working closely with our industry partners and integrating new technologies into our power solutions, Acbel continues to advance our power solutions to meet the evolving requirements of next-generation AI data centers." Supporting the move to 800V power distribution. The ACS37030 and ACS37002 current sensors are now available in wide-body packages with a high comparative tracking index (CTI) mold compound enabling 6000V of galvanic isolation for enhanced electrical safety in high-voltage systems. The new sensors provide the fast, accurate current measurement needed to protect power supplies, battery backup units and capacitor banks when AI workloads create sudden changes in power demand. The compact package also helps customers support 800V systems without increasing the size of the rack power shelf or power supply unit. Allegro's AHV85311 Power-Thru isolated gate driver for silicon carbide (SiC) FETs further simplifies high-voltage power designs by eliminating the need for a separate isolated power supply. This design simplification can reduce circuit-board space by up to 50%, helping designers build smaller power supplies and faster solid-state circuit breakers for 800V data center systems. Improving the efficiency of 48V cooling systems. Cooling is a major source of energy consumption in AI data centers. Allegro's augmented QuietMotion(TM) A89333 motor driver helps improve the operation of 48V server cooling fans without requiring customers to develop complex motor-control software. The A89333 features built-in control technology that automatically manages changing airflow conditions and supports the compact fans used in 1U, 2U and 4U servers. This helps system designers improve cooling efficiency, reduce development effort and maintain reliable operation as computing density increases. The same class of products are also designed to support pumps for liquid cooling systems. Creating value for customers and supporting long-term growth. The shift to 800V power and 48V cooling is reshaping AI data center infrastructure. Allegro is using its expertise in current sensing, power management and motor control to help customers navigate this transition safely, efficiently and sustainably, advancing the all-electric society from the road to the rack. "The key challenge for AI data centers is to use less energy and operate more efficiently while safely delivering significantly more computing power," said Troy Coleman, Senior Vice President of Products at Allegro. "Our new products address these challenges at critical points in the system - from high-voltage power conversion and protection to intelligent cooling. This expands the value Allegro can provide as customers invest in the next generation of AI infrastructure." Based on third-party data and internal estimates, Allegro projects its serviceable addressable market (SAM) for AI data centers will reach $1.7 billion by fiscal 2031. Beyond AI data centers, the new products are well-suited for use in industrial automation, robotics and automotive on-board charging systems where efficient 48V operation, high-voltage isolation and compact design are increasingly important. Allegro will showcase these technologies at electronica 2026 in Munich this November at Hall C6, Booth 129. For additional information, visit allegromicro.com/datacenter.

Semiconductor for You
Oct 27th, 2026
Allegro MicroSystems unveils 48V Power and precision sensing solutions to enhance physical AI in humanoid robotics.

Allegro MicroSystems unveils 48V Power and precision sensing solutions to enhance physical AI in humanoid robotics. New portfolio addresses critical size, weight, and safety challenges in humanoid robots, as Sarcomere Dynamics collaboration enables near-human dexterity. MANCHESTER, NH - October 20, 2026 - Allegro MicroSystems, Inc. ("Allegro") (Nasdaq: ALGM), a global leader for motion control and energy-efficient systems, is expanding its robotics portfolio with precision sensing and 48V power architectures to address key hardware challenges in physical AI, including torque density, thermal management, and functional safety for human-robot collaboration. Key Portfolio Innovations Include: * 48V Power Integration: The A81481 48V Power Management IC (PMIC) reduces overall system footprint and hardware costs by 50% while accelerating time-to-market for robotics OEMs. * High-Torque Joint Precision: The A17802 and A17803 inductive position sensors deliver stray-field immunity without supplemental shielding and tolerate mechanical air-gap variations. * Micro-Joint Dexterity: The CT310 XtremeSense(TM) TMR and A33023 Hall-effect angle sensors deliver sub-degree, solid-state accuracy to replace bulky wire-wound resolvers and optical encoders. "Precise motion control, accurate sensing, and efficient power management are fundamental to advanced robotic manipulation," said Harpal J.S. Mandaher, CEO and co-founder of Sarcomere Dynamics Inc. "We're proud to partner with Allegro to integrate their advanced motion controllers, sensors, and power ICs into our Scorpion gripper and are on track to extend this collaboration to our next-generation ARTUS Dex - a 24-degree-of-freedom (DoF) robotic hand that delivers near-human dexterity for advanced physical AI applications." Single-Chip PMIC simplifies and shrinks 48V robotic power design. As humanoid designs adopt 48V architectures to reduce cabling weight and minimize resistive losses, engineers face the challenge of safely stepping down higher voltages within tight enclosures. Leveraging decades of automotive engineering experience, Allegro's A81481 addresses this directly. As a single-chip 48V PMIC engineered for safety-critical robotics, it delivers complete system power and safety regulation directly from a 48V bus, eliminating the need for external pre-regulators. By integrating dual buck regulators, five low-dropout (LDO) outputs, and ASIL-D-capable safety diagnostics (including a triple-watchdog architecture) into a 6x6 mm compact package, the A81481 powers remote sensing clusters while simplifying board layout and cutting total system footprint and BOM costs by roughly 50%. Sub-Degree precision for fluid, natural motion. For high-torque actuators like shoulder, hip, and knee joints, the A17802 and A17803 inductive position sensors provide accurate and reliable position measurement in demanding motor control environments. The A17803 is also available in an ultra-compact QFN package, and both sensors deliver reliable operation under varying air gaps through on-chip compensation and advanced filtering, while built-in stray-field immunity eliminates the need for expensive shielding. For the tighter mechanical constraints of robotic hands and fingers, Allegro's CT310 XtremeSense(TM) TMR and A33023 Hall-effect angle sensors offer greater resilience to contamination, mechanical shock, and runout that can degrade traditional encoder technologies. The CT310 delivers sub-degree accuracy in a 2x2 mm DFN package, while the A33023 adds low-latency, stray-field immunity, and multiple digital output options for applications requiring robust diagnostics and functional safety support. "In fixed industrial robots, weight and space are less constrained because thick cables, large external drives and liquid cooling are practical," said Andreas Friedrich, Senior Director of Technology & Strategy at Allegro MicroSystems. "But in autonomous humanoids with 30-plus degrees of freedom, every gram and millimeter matters. By combining true 48V power management, robust motor and gate drivers, stray-field-immune inductive and compact TMR sensors, we give robotics engineers integrated, safety ready building blocks to maximize torque, manage tight tolerances, and enable fluid motion."

MarketScreener
Oct 27th, 2026
Allegro MicroSystems, Inc. introduces new power and cooling solutions for sustainable 800V AI data centers.

Allegro MicroSystems, Inc. introduces new power and cooling solutions for sustainable 800V AI data centers. Published on 10/27/2026 at 02:06 pm EDT S&P Capital IQ Allegro MicroSystems, Inc. announced a series of products for AI data centers and high-performance computing systems that increase power density while helping designers better manage energy use, heat dissipation, and equipment size. Allegro?s expanded portfolio includes new wide-body higher isolation versions of the ACS37030 and ACS37002 current sensors, the AHV85311 Power-Thru isolated gate driver for silicon carbide power systems, and an improved version of the code-free QuietMotion A89333 48V motor driver. These products help data center designers safely monitor and control high voltage 800V power systems, reduce energy lost during power conversion, fit more power capability into limited board and rack space, improve the efficiency and reliability of 48V cooling fans, and simplify system design and reduce development time. Acbel Polytech has integrated Allegro?s high-speed current sensors into its latest high-density power solutions for AI data centers to support precise power control and system protection. The ACS37030 and ACS37002 current sensors are now available in wide-body packages with a high comparative tracking index mold compound enabling 6,000V of galvanic isolation for enhanced electrical safety in high-voltage systems. The new sensors provide the fast, accurate current measurement needed to protect power supplies, battery backup units and capacitor banks when AI workloads create sudden changes in power demand. The compact package also helps customers support 800V systems without increasing the size of the rack power shelf or power supply unit. Allegro?s AHV85311 Power-Thru isolated gate driver for silicon carbide FETs further simplifies high-voltage power designs by eliminating the need for a separate isolated power supply. This design simplification can reduce circuit-board space by up to 50%, helping designers build smaller power supplies and faster solid-state circuit breakers for 800V data center systems. Allegro?s augmented QuietMotion A89333 motor driver helps improve the operation of 48V server cooling fans without requiring customers to develop complex motor-control software. The A89333 features built-in control technology that automatically manages changing airflow conditions and supports the compact fans used in 1U, 2U and 4U servers. This helps system designers improve cooling efficiency, reduce development effort and maintain reliable operation as computing density increases. The same class of products are also designed to support pumps for liquid cooling systems. Allegro projects its serviceable addressable market for AI data centers will reach $1.7 billion by fiscal 2031. Beyond AI data centers, the new products are well-suited for use in industrial automation, robotics and automotive on-board charging systems where efficient 48V operation, high-voltage isolation and compact design are increasingly important. Allegro will showcase these technologies at electronica 2026 in Munich this November at Hall C6, Booth 129. (C) S&P Capital IQ - 2026

Associated Press
Oct 27th, 2026
Allegro unveils 800V power and 48V cooling chips for AI data centres, targeting $1.7B market

Allegro MicroSystems has launched new chips for AI data centers moving to 800V power distribution and 48V cooling. The products aim to raise power density while cutting energy loss, heat, and equipment size. The line includes wide-body versions of the ACS37030 and ACS37002 current sensors, offering 6000V of galvanic isolation. It also includes the AHV85311 isolated gate driver for silicon carbide power systems, which can cut circuit-board space by up to 50%, and an improved QuietMotion A89333 driver for 48V cooling fans. Power supplier Acbel Polytech has built Allegro's current sensors into its latest high-density power products. Allegro projects its serviceable addressable market for AI data centers will reach $1.7 billion by fiscal 2031. It will show the products at electronica 2026 in Munich in November.