Analog Devices Eyes 70% Revenue Growth With Hybrid Manufacturing Model

Hybrid manufacturing model for better growth and factory utilisation? Analog Devices announces investment in it, aiming for 70% revenue growth by 2025.

US-based chip designer and manufacturer Analog Devices is committing billions of dollars to enhance its hybrid manufacturing model, aimed at boosting factory utilisation rates, as revealed in its Q4 earnings call.

This strategy involves capital investments and collaborations, particularly following the company’s acquisition of semiconductor company Maxim Integrated in 2021.

- Advertisement -

The firm has also strengthened its partnership with Taiwan Semiconductor Manufacturing Company (TSMC) to secure advanced 300mm manufacturing capacity in Japan, which will be critical in expanding its operations.

The hybrid manufacturing model seeks to protect Analog Devices from regional supply disruptions and improve flexibility by enabling the company to switch production capacity between its internal facilities and external partner foundries.

- Advertisement -

As noted by CFO Richard Puccio, this approach is expected to help Analog Devices capture 70% of its revenue in the coming years.

CEO Vincent Roche highlighted that since acquiring Maxim Integrated, Analog Devices has invested $2.7 billion in capital expenditures to increase its production capacity and fortify its resilience.

 The Massachusetts-based company is making substantial strides in expanding its manufacturing presence across the US and Europe, with plans to double its output capacity by the end of 2025.

For instance, in July 2023, the company had unveiled plans to invest $1 billion in its Beaverton, Oregon plant, converting it into a full 8-inch fab to double its capacity. In Limerick, Ireland, Analog Devices is expanding its headquarters with a new almost 4180.64-square-metre (45,000-square-foot) R&D and manufacturing facility, which will triple its capacity. The company is also investing significantly in Camas, Washington, to double its production capabilities.

Currently, Analog Devices operates ten internal factories worldwide, complemented by partner foundries. One key collaboration, secured in February, is a long-term agreement with TSMC through its Japan-based subsidiary, Japan Advanced Semiconductor Manufacturing, which will grant the company additional wafer node capacity.

Despite a 23% year-over-year revenue decline in Q4, with total revenue dropping to $2.4 billion, Roche expressed optimism for fiscal year 2025. He pointed to the company’s strong operating margins, which remained above 40%, as a testament to the resilience of its business model despite facing a historic decline in revenue due to customer inventory issues.

While the company has struggled with low factory utilisation rates at its internal fabs over the past two quarters, Puccio noted a positive turnaround in Q4, primarily due to the ability to shift production capacity back into internal factories.

While utilisation rates are still below normal levels, this flexibility has enabled Analog Devices to recover from the trough it faced in Q2.

Looking ahead to FY 2025, the company plans to normalise its capital expenditure to 4-6% of revenue. Analog Devices expects the U.S. CHIPS and Science Act and the European Chips Act to provide a cash flow boost, with investment tax credits playing a pivotal role.

Additionally, the company finalised a $12 million award under the Oregon CHIPS Act in June, which will support its expansion of the Beaverton facility.

- Advertisement -
Shubha Mitra
Shubha Mitra
Shubha Mitra is an Assistant Editor at EFY, keenly interested in policies and developments shaping the electronics business.

Industry's Buzz

Hyundai

Hyundai India to Expand Proprietary EV Charging Network to 600 Stations 

0
HMIL currently operates 183 DC fast-charging stations across 105 cities and is scaling up its infrastructure to support the next phase of EV adoption.  Hyundai...
Chip Making (representational Image)

Karnataka Steps Up Global Outreach for Semiconductor Investments 

0
The state plans an investment outreach programme in Japan while engaging Luxembourg on partnerships across technology, innovation and advanced manufacturing.  Karnataka is seeking to expand...

Hon Hai to Deploy Humanoid Robots in Texas AI Server Production 

0
The Taiwanese electronics giant is preparing to begin small-scale AI server production at its Texas facility, using robotics technologies developed with Nvidia.  Hon Hai Precision...
Semiconductor

China Considers Tightening Controls On Export Of AI, Chips

0
China is exploring tightening export regulations on artificial intelligence models and chip technologies to protect the flow of advanced indigenous technology overseas. China is contemplating...
Semiconductor Chip (Representational Image)

Power, water worries plague South Korea’s proposed AI chip hub beyond Seoul 

0
South Korea's vision for a major semiconductor manufacturing centre beyond Seoul faces escalating obstacles including electricity supply, water provision, and public opposition, casting doubts...

Learn From Leaders

Raja Rajeev Kumar, Mentor at IIT Startups, Chairman of the Board of Trustees, LaxmiRamaVarma Holdings International, and Founder and CEO, ChromoSoul Ventures

“Build Strong Startups, and Funding Will Follow”- Raja Rajeev Kumar, IIT Startups, LaxmiRamaVarma Holdings...

0
While AI and software startups attract attention and capital, electronics ventures often struggle for both. Raja Rajeev Kumar from IIT Startups, LaxmiRamaVarma Holdings International...
Athil Krishna, Founder & CEO, iHUB Robotics

“We are building humanoid robots that can replicate human tasks.”- Athil Krishna, iHUB Robotics

0
This Indian startup is building humanoid robots from scratch. Athil Krishna of iHUB Robotics speaks with Nidhi Agarwal from Electronics For You about the...
Sandeep Patil, CTO, Yudu Robotics and RedNerds, India

“Meaningful learning happens when you start small and build through hands-on experience.”- Sandeep Patil,...

0
As robotics education shifts toward hands-on learning, integrated hardware-and-software platforms are becoming essential. Sandeep Patil from Yudu Robotics and RedNerds discusses with EFY's Nidhi...
Shri Amitesh Kumar Sinha, Additional Secretary, MeitY, and CEO of ISM

“Nodes Above 28nm Should Enter Commercial Production By 2028, 28nm Expected By 2029” –...

0
Launched in 2021 and operationalised in 2022, the India Semiconductor Mission (ISM) is driving India’s ambition to build a self-reliant semiconductor ecosystem spanning manufacturing,...

HYKON: Building for Energy Markets Before They Exist 

0
As India’s power ecosystem undergoes rapid change, innovators are being pushed to rethink how energy is generated, stored and delivered. In a sector where most...

Startups

Vicharak’s Development Boards That Fill The Gaps Left By Rapspberry Pi And Other Boards

0
This Indian startup is making edge AI hardware more accessible, equipping developers to build faster, smarter machines without high costs or reliance on the...
ThermoPod

Chiltier’s Personal Wearable Cooling System Based On The Peltier Effect

0
An India-based startup is turning thermoelectric technology into a portable, personal cooling system, delivering real-time body-temperature control through wearable devices—no air-conditioners, no large infrastructure,...
Athil Krishna, Founder & CEO, iHUB Robotics

“We are building humanoid robots that can replicate human tasks.”- Athil Krishna, iHUB Robotics

0
This Indian startup is building humanoid robots from scratch. Athil Krishna of iHUB Robotics speaks with Nidhi Agarwal from Electronics For You about the...
Semiconductor

Why Capability, Not Capacity, Is Driving India’s Semiconductor Investment Story

0
What separates semiconductor companies that attract funding from those that do not? As investor priorities evolve, proprietary IP, financial discipline and scalable business models...
Dhaval H Kotecha, Managing Director at RapidRadio

“Most Companies Import RFID Hardware. We Chose to Build It in India.” – Dhaval...

0
RapidRadio is driving India’s automation push with indigenous RFID readers and OEM modules. How did it turn RFID into the unseen engine behind tolling,...