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Integrated Device Technology
Integrated Device Technology
Integrated Device Technology
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Integrated Device Technology, Inc. (IDT) was an American semiconductor company headquartered in San Jose, California. The company designed, manufactured, and marketed low-power, high-performance mixed-signal semiconductor products for the advanced communications, computing, and consumer industries. The company marketed its products primarily to original equipment manufacturers (OEMs). Founded in 1980, the company began as a provider of complementary metal-oxide semiconductors (CMOS) for the communications business segment and computing business segments. The company focused on three major areas: communications infrastructure (wireless and wired), high-performance computing, and advanced power management. Between 2018 and 2019, IDT was acquired by Renesas Electronics.

Key Information

Business segments

[edit]

The communications segment produces communication clocks, serial RapidIO products for wireless base station infrastructure applications, radio frequency products, digital logic products, first-in and first-out (FIFO) memories, integrated communications processors, static random-access memory (SRAM) products, and telecommunications semiconductor products.[3] This segment markets its products to the enterprise, data center, and wireless markets.

The computing segment provides timing products, PCI Express switching and bridging products, high-performance server memory interfaces, multi-port products, signal integrity products, and PC audio and video products.[4] This segment's computing products are designed for desktop, notebook, sub-notebook, storage, and server applications.

The consumer segment provides products for digital TVs, smartphones, and gaming consoles through touch controllers, timing products, multi-port memory, audio, and power management devices.[5]

History

[edit]
Logo as of 1998
Logo as of 1998

IDT's first product was the first low-power, high-speed CMOS-based 6116 static random-access memory (SRAM) device, released in 1981, followed by the first CMOS FIFO introduced in 1982.[6]

In 1993, IDT entered the PC clock market with a family of devices (CV104, CV105, CV107, and CV109) focusing on desktop computer platforms. IDT planned to expand its market by producing a suite of PC clock devices that serve next-generation notebook and desktop computing platforms.

In the early 2000s IDT introduced its first embedded microprocessor, the RC32334. The RC32334 was the first in the family of embedded processors targeted to communication applications. A year later, IDT introduced the industry's first network search engine.[7]

In 2003, IDT announced its entry into the PC clock market. The company shifted its initial PC clock family to products serving current-generation desktop, notebook, and server platforms.

In 2004, IDT continued to expand its business by acquiring ZettaCom and Internet Machines Corporation, allowing IDT to enter the serial switching industry. Rather than continue to evolve ZettaCom's full line of existing physical-layer switching and traffic management chips, IDT converted ZettaCom's operation into a new serial switching division. With the acquisition of Internet Machines, IDT was able to accelerate its entry into the standards-based serial-switching market with the addition of PCI Express technology licensed from Internet Machines.[8]

By the mid-2000s IDT had developed a single-chip clocking device for notebook utilizing the Intel Centrino platform,[9] a jitter attenuator for PCI Express applications, and a PCI Express interconnect to manage all communications in high density blade systems.

In July 2009, IDT and Micron Technology entered an alliance to develop PCI Express Solid-State Drive technologies for the server, storage and embedded markets. During this alliance, IDT and Micron co-developed enterprise flash controllers with PCIe host interface optimized for Micron's flash devices and future generation RealSSD solid-state drives.[10]

Mergers and acquisitions

[edit]

In 1999 [11] (or 2002 [12]), IDT acquired Quality Semiconductor, a provider of high-performance logic and networking semiconductor products, in an all-stock deal.

In 2001, IDT acquired Newave Inc., a Chinese semiconductor firm, to accelerate its investment in the growing Asian semiconductor industry and telecommunications market. Newave became a subsidiary of IDT through a cash-for-stock merger.[13]

In April 2001 IDT acquired Solidum Systems, an Ottawa-based fabless semiconductor company.[14]

In April 2004, IDT acquired ZettaCom, a serial switching and bridging semiconductor company, for $35 million. This enabled IDT to be one of the few communications IC suppliers to participate in the standards-based Advance Switching initiative spearheaded by Intel.[15]

IDT made two acquisitions in 2005. In June, IDT acquired Integrated Circuit Systems (ICS) for about $1.7 billion in cash and stock. The acquisition provided a platform for growth within the communications, computing, and consumer market.[16] In October, IDT acquired Freescale Semiconductor's timing products business for $35 million. The transaction was originally initiated by Integrated Circuit System Inc. before it was acquired by IDT earlier that year.[17]

In July 2006, IDT acquired the PC Audio division of Austin-based company SigmaTel for $80 million. This included SigmaTel's designs, marketing and manufacturing rights for its products, and software drivers. IDT planned to maintain the production flow of the existing SigmaTel products as part of the purchase agreement.[18] This division was later spun-off from IDT and became Tempo Semiconductor, Inc. in 2013.

In October 2008, IDT purchased the video processing technology and related assets from Silicon Optix, including the Hollywood Quality Video (HQV) brand and the Reon product line. This transaction included members of the Silicon Optix HQV engineering teams to enable continued delivery of video processing products.[19]

In April 2009, IDT sold its network search engine business to NetLogic Microsystems for approximately $100 million.[20]

In June, 2009, IDT acquired the touch sensor technology assets and employees of Leadis Technology necessary to execute the existing roadmap.[21] That same month, IDT acquired Tundra Semiconductor for about CDN $120.8 million to expand IDT's serial switching bridging products through PCI Express, RapidIO, and VME interconnect standards.[22]

In 2010, IDT made two acquisitions. In January, IDT acquired Mobius Microsystems Inc., a developer of all-silicon oscillator technology. Terms of the deal were not disclosed.[23] In late April of that year, IDT acquired the assets of IKOR, a former subsidiary of iWatt Corporation that manufactures power module VRM products for high-performance computing. The all-cash transaction allowed IDT to produce high-performance power management products for enterprise computing.[24]

In September 2011, IDT and Qualcomm announced the signing of an agreement to transfer IDT's Hollywood Quality Video (HQV) and Frame Rate Conversion (FRC) Video Processing product lines and certain related assets to Qualcomm. As part of the agreement, both companies will be exploring options to include more of IDT's products in Qualcomm's reference designs.[25]

In 2012, IDT made three acquisitions. In April, IDT acquired FOX Electronics, a global supplier of frequency control products (FCPs), in an all-cash transaction for approximately $30 million.[26] In July 2012, IDT acquired NXP’s high-speed data converter assets and Alvand Technologies, an analog IP company specializing in data converters. Terms of the deals were not disclosed. These transactions add to IDT's for wireless infrastructure products.[27]

In 2015, IDT acquired ZMDI in Dresden, Germany, for $307 million.[28]

In 2017, IDT acquired GigPeak, a highly regarded optical interconnect product and technology business, for total cash consideration of $3.08 per share, or approximately $250 million in cash.[29]

In Sept 2018, Renesas announced its acquisition of IDT for $6.7 billion. On March 30, 2019, Renesas completed the acquisition of Integrated Device Technology with the new division named Tempo Semiconductor.[30][31]

See also

[edit]

References

[edit]
Revisions and contributorsEdit on WikipediaRead on Wikipedia

Integrated Device Technology

View on Grokipedia
from Grokipedia
Integrated Device Technology, Inc. (IDT) was an American company founded in May 1980 and headquartered in , that specialized in designing, developing, manufacturing, and marketing analog mixed-signal integrated circuits and system-level solutions for applications in communications, computing, , automotive, and industrial sectors. IDT's product portfolio included market-leading offerings in radio frequency (RF) components, high-performance timing devices, memory interfaces, real-time interconnects, optical interconnects, wireless power transfer solutions, smart sensors, and analog mixed-signal products, which optimized system performance in areas such as data centers, IoT devices, and automotive systems. In March 2019, Corporation completed its acquisition of for approximately $6.3 billion, making a wholly owned to enhance ' capabilities in embedded processing, connectivity, and analog solutions for automotive, industrial/IoT, and markets. Following the acquisition, 's operations were restructured, with its U.S. entity renamed in January 2020, and its products progressively rebranded under the umbrella while continuing to drive innovations in RF, timing, and sensor technologies. As of October 2025, is exploring the sale of its timing device business unit—largely derived from —for approximately $2 billion.

Overview

Founding and Headquarters

Integrated Device Technology, Inc. (IDT) was founded in 1980 in Santa Clara, California. Established as a fabless semiconductor company, IDT focused on designing complementary metal-oxide-semiconductor (CMOS) integrated circuits, leveraging expertise in high-performance logic and memory technologies to address emerging needs in computing and communications. This founding positioned IDT within the heart of Silicon Valley, where proximity to talent, venture capital, and research institutions accelerated its early growth as a key player in the semiconductor industry. In 2005, IDT relocated its headquarters to San Jose, California. This move enhanced access to a dense network of semiconductor firms, suppliers, and academic collaborations, including institutions like Stanford University, which influenced IDT's emphasis on innovative CMOS designs. The San Jose location became the central hub for operations, symbolizing the company's commitment to remaining at the forefront of the region's technological advancements. IDT's early corporate structure solidified with its (IPO) on February 17, 1984, on the under the IDTI. The IPO raised substantial capital, enabling expanded efforts in CMOS-based solutions, which were critical for scaling production without owning fabrication facilities. This financial milestone marked IDT's transition from a startup to a publicly traded entity, providing the resources to compete in the rapidly evolving semiconductor market.

Current Status and Integration

Following the acquisition by Corporation, Integrated Device Technology (IDT) became a wholly-owned on March 29, 2019 (PDT), or March 30, 2019 (JST), in an all-cash transaction valued at approximately $6.7 billion. This deal marked Renesas' largest acquisition to date, aimed at bolstering its position in embedded processing solutions. Post-acquisition, IDT's technologies were integrated into Renesas' portfolio, particularly enhancing its offerings in the Industrial//IoT and Automotive segments through advanced analog and mixed-signal capabilities, including RF, timing, and high-performance interfaces. This integration allowed Renesas to expand its end-to-end solutions for applications in data centers, infrastructure, and , combining IDT's strengths in and connectivity with Renesas' expertise. By January 2020, IDT's U.S. operations were rebranded as America Inc. to streamline global business alignment. As of November 2025, Renesas is exploring the sale of its timing division—largely derived from IDT's legacy products—for approximately $2 billion, a process initiated in October 2025 with advisory from JPMorgan. This potential divestiture reflects a strategic shift toward AI-focused semiconductors, including and advanced computing chips, amid evolving market demands in data centers and edge AI. IDT's legacy business continues to contribute meaningfully to Renesas' , with pre-acquisition annual sales of about $843 million providing a baseline for its ongoing impact within the company's $10 billion-plus portfolio as of 2024. The integrated operations have supported steady growth in Renesas' analog and mixed-signal segments, generating hundreds of millions in annual through applications in and industrial automation.

History

Early Development and Key Products (1980s–1990s)

Integrated Device Technology (IDT) launched its inaugural product in 1981 with the 6116 static random-access memory (SRAM), a low-power, high-speed CMOS-based device that marked a significant advancement in memory technology by reducing power consumption while maintaining performance levels comparable to higher-power NMOS alternatives. This 16,384-bit SRAM organized as 2K x 8 targeted early computing and communications applications, enabling more efficient designs in systems where battery life and heat generation were critical concerns. The product's success helped establish IDT as a key player in CMOS semiconductors, focusing initially on memory solutions that supported the burgeoning personal computing and telecommunications sectors. Building on this foundation, IDT introduced the industry's first CMOS first-in-first-out (FIFO) buffer in 1982, which facilitated asynchronous data transfer and buffering essential for networking and protocols. These FIFO devices addressed bottlenecks in data handling by allowing independent read and write operations, improving throughput in early network interfaces and peripheral controllers. By the mid-1980s, IDT expanded its portfolio with additional high-performance CMOS logic and products, emphasizing reliability and speed for applications. In the 1990s, IDT achieved key milestones, including its 1993 entry into the PC market with the CV104 family of devices, which provided precise timing for personal computers and reduced system clock . The company also developed high-speed bus interface products, such as those supporting advanced logic families for faster data transfer in systems. Concurrently, IDT advanced into RISC processors, licensing to produce chips like the R4600 series, which found applications in embedded systems and high-bandwidth communications. For telecommunications, IDT introduced specialized chips, including networking components that enabled efficient and data routing in early infrastructures. Throughout the decade, IDT maintained a strong emphasis on communications and markets, leveraging these innovations to support the rapid evolution of digital networks and processors.

Expansion and Innovation (2000s)

In the early , Integrated Device Technology (IDT) navigated the aftermath of the dot-com bust by pivoting from its foundational focus on memory products like SRAM and FIFOs toward diversified mixed-signal solutions, capitalizing on recovering demand in communications and sectors. This strategic shift emphasized integration of analog and digital functionalities to address emerging needs in high-speed networking and , enabling more efficient system designs amid market volatility. By fiscal 2002, despite a sharp revenue decline to $379.8 million from a peak of $991.8 million in 2001 due to industry downturns, IDT streamlined operations, including wafer fabrication consolidation in , to lower costs and position for growth. A key aspect of this expansion involved launching embedded RISC microprocessors to support applications. In May 2000, IDT introduced the RC32334, its first integrated 32-bit MIPS-compatible processor featuring PCI interfaces, Ethernet MAC, and USB support, targeted at routers and gateways for up to 150 MHz operation. This family expanded with models like the RC32355 in 2002, incorporating , , and multi-protocol interfaces to enable compact, high-performance embedded systems. These innovations built on IDT's early FIFO expertise but marked a broader move into processor-centric solutions for data centers and telecom . By the mid-2000s, IDT accelerated innovation in mixed-signal integration, developing timing and clock management ICs for consumer and enterprise applications. Notable advancements included single-chip clocking solutions for Intel's platform in notebooks and jitter attenuators for emerging high-speed interfaces, enhancing in portable devices. In parallel, IDT entered with ICs optimized for enterprise computing, supporting efficient in servers and storage systems. These efforts drove revenue recovery, surpassing $500 million in fiscal 2006 at $527.8 million—a 35% increase from $391 million in 2005—fueled by demand for analog-intensive products in and connectivity markets. The decade's later years saw IDT pioneer connectivity solutions for data centers, launching its first Gen2 switches in 2007, including 12-lane/3-port and 16-lane/4-port devices offering up to 16 GB/s bandwidth with PCIe 2.0 compliance. These switches facilitated scalable server architectures by enabling high-availability interconnects and multi-root partitioning, addressing bottlenecks in storage and networking. This progression underscored IDT's evolution into a leader in analog and mixed-signal technologies, with revenue stabilization reflecting successful diversification beyond pure digital memory.

Acquisition and Transition (2010s–2019)

During the 2010s, (IDT) faced significant revenue fluctuations driven by cyclical volatility in the memory market, where its memory interface products played a key role in overall performance. Following a low of $484.8 million in fiscal 2014, revenues began to recover amid improving demand, rising to $572.9 million in fiscal 2015 and $697.4 million in fiscal 2016, before stabilizing at $728.2 million in fiscal 2017. These swings were exacerbated by broader industry oversupply in DRAM and NAND flash, which pressured pricing and profitability for memory-related semiconductors throughout the decade. To navigate these challenges and position itself for growth, shifted its strategy toward high-performance timing solutions and RF technologies tailored for emerging markets like automotive and (IoT) applications. This focus emphasized analog mixed-signal products, including advanced timing devices for synchronization in data centers and vehicles, as well as RF components for wireless infrastructure and smart sensors for industrial automation. By prioritizing these areas, IDT aimed to diversify beyond volatile memory segments and capitalize on rising demand for connected systems, ultimately enhancing its appeal as an acquisition target. The transition culminated in ' announcement on September 11, 2018, of its intent to acquire IDT for $49.00 per share in an all-cash deal valued at approximately $6.7 billion, representing a 29.5% premium over IDT's unaffected closing price on August 30, 2018. The transaction secured IDT shareholder approval on January 15, 2019, and cleared necessary regulatory hurdles, including reviews by the U.S. Committee on Foreign Investment in the United States (CFIUS) and other authorities. It closed on March 29, 2019 (PDT), marking the end of IDT as an independent entity. Immediately following the close, IDT's operations were integrated into Renesas' U.S. organizational structure to streamline global embedded solutions, while retaining its headquarters in , to maintain continuity in North American design and sales activities. This initial phase of post-merger integration focused on combining product portfolios, with IDT's timing and RF expertise enhancing Renesas' automotive and IoT offerings, and the company name changed to Renesas Electronics America Inc. effective January 2020.

Products and Technologies

Timing and Synchronization Solutions

Integrated Device Technology (IDT), now part of , offers a comprehensive portfolio of timing and solutions centered on clock generators, attenuators, and network synchronizers. The VersaClock® family provides programmable clock generators that synthesize multiple output frequencies from a single input, enabling flexible timing architectures for high-performance systems. attenuators, such as the FemtoClock™ series, employ (PLL) technology to clean and regenerate clock signals, achieving ultra-low levels essential for maintaining . Network synchronizers, including the ClockMatrix™ family and devices like the 8A34003, support IEEE (PTP) for precise timestamping and across distributed networks. These solutions are deployed in demanding applications requiring low-jitter signal distribution, including data centers for PCIe Gen5/Gen6 interfaces in , infrastructure such as base stations and O-RAN systems, and automotive systems for and advanced driver-assistance features. In data centers, they ensure synchronized timing for high-speed data transfer, reducing latency in server farms. Telecom applications leverage PTP support to align clocks across base stations, supporting seamless network handoffs. Automotive uses include VersaClock® generators for reliable clocking in vehicle electronics, where environmental robustness is critical. Key features of IDT's timing ICs include femto-second level accuracy in PLL-based designs, with the FemtoClock™ 3 delivering 25 fs RMS jitter over a 12 kHz to 20 MHz integration bandwidth, enabling error-free operation at multi-gigabit speeds. Integration with MEMS oscillators enhances compactness and reliability; IDT's 4H-series MEMS devices provide phase jitter as low as 100 fs, combining with PLL synthesizers for space-constrained applications like consumer electronics and networking gear. These attributes stem from advanced digital PLL architectures that support frequency translation and multi-domain synchronization without external components. IDT's timing portfolio has maintained a significant market position in server and networking sectors, both before and after its acquisition by Renesas, contributing to the unit's estimated $2 billion valuation amid ongoing industry demand for AI-driven . As a leader in clock ICs, it captures substantial share among top server OEMs and telecom providers, driven by innovations in low-power, high-precision timing that underpin 800 Gbps interfaces and beyond.

Interface and Connectivity Devices

Integrated Device Technology (IDT), now part of , offers a range of interface and connectivity devices designed for high-speed data communication, including (PCIe) switches, fabrics, and bridges supporting USB and protocols. These products enable efficient interconnects in demanding environments by facilitating seamless data transfer between processors, storage, and peripherals. For instance, IDT's PCIe switches, such as the 89H32H8G3 model, provide 32 lanes across 8 ports with up to 64 Gbps switching capacity, supporting PCIe Gen3 speeds of 8 GT/s per lane while maintaining compatibility with Gen1 and Gen2. Similarly, solutions like the TSI578 switch deliver 80 Gbps aggregate bandwidth across 28 ports, optimized for packet-switched fabrics in embedded systems. USB and bridges, including repeaters, support data rates up to 6 Gbps for SATA and 5 Gbps for , with devices like the TSI721 providing PCIe-to- bridging for hybrid interconnects. Technical specifications emphasize low latency and scalability to meet evolving standards. IDT's devices support PCIe Gen4 and Gen5 through integrated clocking and signal conditioning, with low-jitter performance enabling reliable operation at speeds up to 32 GT/s for Gen5. Scalable Serializer/Deserializer (SerDes) technology reaches up to 56 Gbps per channel, as seen in IDT's CMOS chipset for 200G/400G datacom modules, allowing flexible adaptation to higher bandwidth needs without excessive power draw. RapidIO switches, such as the CPS-1848, offer non-blocking 240 Gbps throughput with sub-microsecond latency, while PCIe switches incorporate features like non-transparent bridging and integrated DMA for efficient multi-host configurations. These specs ensure minimal signal degradation over long traces or cables, with built-in repeaters enhancing integrity for protocols including 6.25 Gbps Serial RapidIO 2.1. These interface devices target applications requiring robust I/O in , such as enterprise storage systems where PCIe switches manage multi-endpoint connections for scalable data access. In AI accelerators, low-latency fabrics accelerate processing for analytics and workloads, as demonstrated in collaborations like the platform using IDT switches for real-time particle collision analysis. For edge computing devices, products like the RXS family of switches support mobile edge networks by providing deterministic, low-latency interconnects in resource-constrained environments. IDT differentiates its offerings through low-power designs that minimize thermal overhead in dense deployments, such as PCIe Gen5 clock generators consuming as little as 100 mW at 1.8 V, enabling closer integration in server racks without additional cooling. This efficiency, combined with high noise immunity and ESD protection in components, reduces overall system heat and power budgets compared to competitors, making them ideal for energy-sensitive AI and edge applications. In the 2000s, IDT's innovations in PCI technology laid foundational advancements for these modern PCIe capabilities.

Memory and Logic Products

Integrated Device Technology (IDT) developed a range of high-speed (SRAM) products, including asynchronous and synchronous variants, designed for applications requiring rapid data access and low latency. These SRAMs, such as the 71V3556 series, supported capacities up to 4Mb and featured burst modes for efficient sequential data retrieval, making them suitable for caching and buffering in systems. IDT's FIFO buffers complemented these memory solutions by enabling seamless data flow between asynchronous clock domains, with offerings like the IDT723631 SyncFIFO supporting clock frequencies up to 67 MHz and depths ranging from 512 x 36 to 2,048 x 36 bits. These devices incorporated programmable flags for almost-empty and almost-full conditions, facilitating rate matching and overflow prevention in high-throughput environments. In server memory interfaces, IDT pioneered load-reduced dual inline memory modules (LRDIMMs) for DDR4, with chipsets including the 4DB0124 data buffer and 4RCD0124 registered clock driver that buffered command, address, and data signals to support higher memory densities without performance degradation. Extending to DDR5, IDT's legacy influenced Renesas' 5DB0148 data buffer, which reduced latency in load-reduced DIMMs and enabled terabyte-scale capacities for enterprise servers. These interfaces ensured compatibility with multi-channel architectures, allowing up to eight ranks per channel while maintaining signal integrity. Specialized features enhanced IDT's memory and logic portfolio for demanding sectors; radiation-hardened variants of SRAMs, such as the FourPort series, utilized six-transistor cells to improve tolerance against total ionizing dose effects, targeting applications where reliability under is critical. Meanwhile, ultra-low power logic products, including asynchronous dual-port memories like the 70T3509 series, consumed under 140 mA in active modes, optimizing energy efficiency for mobile devices and extending battery life in portable systems. IDT's memory and logic products evolved from foundational roles in 1980s computing caches to integral components in modern hyperscale data centers, where DDR4/5 interfaces support AI workloads by scaling for training and inference. Collaborations, such as with for servers, demonstrated how these solutions maximized data rates without capacity trade-offs, powering efficient processing in AI-driven environments. Performance metrics, including SRAM access times as low as 10 ns for devices like the 71V256SA, underscored their suitability for handling in multi-channel setups.

RF, Sensors, and Power Management

Integrated Device Technology (IDT) developed a portfolio of RF products centered on high-performance analog components for , including mixers, amplifiers, and switches that support frequencies up to millimeter wave bands for applications. The VersaMixer family, such as the F1192 and F1792 models, provides flexible RF mixing capabilities operating between 400 MHz and 3.8 GHz, enabling efficient signal processing in radio systems with low power consumption. IDT's RF amplifiers, like the F0424, incorporate Zero Distortion technology to achieve high while minimizing power use, making them suitable for applications in base stations and active antenna systems. Additionally, the company offered RF switches with constant impedance technology for low and high isolation across 5 MHz to 10 GHz, supporting seamless signal routing in / networks. These components extended to solutions, such as the RWM6050 mmWave dual , which integrates PHY, MAC, ADC/DAC, and for phased-array antennas in communications and next-generation systems. In the sensors domain, IDT focused on compact, integrated solutions for environmental and proximity detection, incorporating to simplify system design in low-power devices. The lineup included gas sensors for detecting volatile organic compounds, humidity sensors for moisture monitoring, proximity sensors for touchless interfaces, and UV sensors combined with ambient detection to compute UV index values globally. These sensors featured on-chip processing for accurate data output via I2C interfaces, targeting applications in wearables and IoT endpoints where space and energy efficiency are critical. IDT's sensor signal conditioner ICs provided all-in-one energy-efficient processing, supported by software tools for calibration and integration. IDT's power management offerings emphasized wireless charging and efficient voltage regulation for mobile and . The company produced Qi-compliant wireless power receiver ICs, such as the P9023 and P9221-R3, which handle up to 15W transfer using magnetic induction with integrated full-wave rectifiers and regulators for PMA and WPC standards. Transmitter ICs like the P9242-R supported bi-directional communication and foreign , enabling reliable charging in devices such as smartphones and tablets. For DC-DC conversion, products including the IDTP9122 provided dual step-down buck converters optimized for miniature portable systems, delivering high efficiency in battery-powered applications. These solutions found use in IoT devices, wearables for health monitoring, and automotive systems requiring compact analog power integration for reliable operation.

Business Operations

Segment Breakdown

Prior to its acquisition by in 2019, Integrated Device Technology (IDT) organized its operations into key market segments, with revenue contributions varying by year but generally emphasizing communications and computing applications. The communications segment, encompassing telecom RF products and timing solutions for and networking infrastructure, typically accounted for 30-40% of total revenue; for instance, it represented 43% ($302 million) of the $697 million total in fiscal 2016. The , consumer, and industrial segments formed IDT's broader non-communications portfolio, which grew to 70% ($591 million) of the $843 million total in fiscal 2018. This portfolio included interfaces, server memory solutions, touch controllers, and for smartphones, televisions, and other devices. Following the acquisition, Renesas restructured IDT's operations to align with its own portfolio, reallocating former IDT segments primarily to the Industrial/Infrastructure/IoT business unit, which comprised 47% (¥637 billion) of Renesas' ¥1,349 billion non-GAAP revenue in 2024. In October 2025, Renesas announced it was exploring the sale of its timing device business unit, valued at approximately $2 billion, which includes technologies acquired from IDT.

Facilities and Workforce

Integrated Device Technology's corporate headquarters was situated in , encompassing research and development labs, manufacturing support, and administrative offices spanning approximately 263,000 square feet of owned space. Pre-2019, the company operated additional key facilities, including a research and development center in Shanghai, China, to support operations, and a site in , dedicated to RF technologies. These locations facilitated IDT's focus on mixed-signal and high-performance design. Following Renesas' acquisition in , IDT's physical infrastructure was integrated into Renesas' global network of over 30 facilities worldwide, preserving core design and operational capabilities while streamlining manufacturing through external partners. This transition maintained continuity in U.S.-based innovation hubs, particularly in San Jose. IDT employed approximately 1,623 people worldwide as of April 2017, with 602 based and a strong emphasis on talent to drive R&D investments totaling $165.1 million that . The workforce demonstrated specialized expertise in mixed-signal technologies, supporting product development in timing, interfaces, and connectivity. Post-acquisition, IDT's operations were integrated into Renesas, preserving key U.S. design teams contributing to embedded solutions. As a fabless company since transitioning its manufacturing in 2009, IDT outsourced production to advanced foundries like , which minimized its direct environmental impact by avoiding ownership of energy-intensive fabrication plants and leveraging partners' initiatives, such as TSMC's goals and carbon reduction efforts.

Mergers and Acquisitions

IDT's Key Acquisitions

Integrated Device Technology (IDT) pursued several strategic acquisitions from the late 1990s through the 2010s to strengthen its position in logic, interfaces, timing, RF, and technologies, addressing key gaps in its portfolio. In May 1999, IDT completed the acquisition of Quality Semiconductor Inc. (QSI) in a stock swap valued at more than $30 million. This move enhanced IDT's logic offerings by integrating QSI's expertise in high-performance FIFO (first-in, first-out) memory devices, phase-locked loops, bus switches, and FCT logic, thereby improving memory interfaces and networking capabilities. In April 2004, IDT acquired ZettaCom Inc., a fabless company specializing in serial switching and bridging, for $35 million in cash. The purchase provided IDT with intellectual property in optical networking, switch fabrics, and , bolstering its high-speed serial interface technologies and enabling broader support for standard networking interfaces. IDT's most significant acquisition occurred in September 2005, when it completed the $1.7 billion cash-and-stock purchase of Integrated Circuit Systems Inc. (ICS), a leading provider of timing and clock solutions. This deal added ICS's expertise in clock generation, , and frequency control devices, significantly expanding IDT's analog and mixed-signal portfolio in timing products. The merger roughly doubled IDT's size, combining complementary technologies to better serve , communications, and markets. In October 2015, IDT acquired ZMD AG (ZMDI), a Dresden-based fabless company specializing in and solutions, in a deal valued at an undisclosed amount. This acquisition bolstered IDT's smart portfolio, adding expertise in automotive, industrial, and medical interfaces and power management integrated circuits. In February 2017, IDT acquired GigPeak Inc., a provider of high-performance connectivity solutions, for approximately $250 million. The deal enhanced IDT's RF and optical interconnect technologies, integrating GigPeak's multi-gigabit (serializer/deserializer) and IP to support and networking applications. These acquisitions targeted critical areas such as logic enhancement, high-speed connectivity, timing expertise, sensors, and RF components, helping transition from a primarily digital-focused company to one with stronger analog and mixed-signal capabilities. They contributed to revenue growth during the ; for instance, IDT's fiscal 2000 revenues were approximately $703 million, rising to $991.8 million in fiscal 2001 amid industry recovery and portfolio expansion.

Renesas Acquisition and Aftermath

On September 11, 2018, Corporation announced its agreement to acquire Integrated Device Technology, Inc. (IDT) in an all-cash transaction valued at $49 per share, representing an equity value of approximately $6.7 billion. This offer included a 29.5% premium over IDT's closing stock price on August 31, 2018, the last trading day before IDT's board approved the deal. The acquisition aimed to strengthen Renesas' portfolio in analog and mixed-signal semiconductors, particularly in RF, timing, and interface technologies, without requiring any significant divestitures. The transaction progressed through necessary regulatory reviews, with the Hart-Scott-Rodino (HSR) Act waiting period expiring on October 22, 2018, granting U.S. antitrust clearance from the and Department of Justice. Additional approvals came from bodies such as the Committee on Foreign Investment in the United States (CFIUS) and international regulators, culminating in IDT shareholder approval on January 15, 2019. The deal closed on March 29, 2019 (PDT), marking Renesas' successful integration of IDT as a wholly owned . In the immediate aftermath, IDT's leadership underwent changes, with CEO Greg Waters transitioning out and Sailesh Chittipeddi, formerly IDT's , assuming the role of President and CEO of IDT under Renesas. The acquisition enhanced Renesas' U.S. footprint in analog semiconductors, leveraging IDT's San Jose headquarters and expertise to expand market presence in automotive, industrial, and communications sectors. Renesas expected to achieve approximately $80 million in annual cost synergies within three years after closing, primarily through optimizations and operational efficiencies, contributing to accelerated product combinations and revenue growth without major legal hurdles. In January 2020, IDT executed an absorption-type merger with America Inc., its U.S. subsidiary, further integrating operations under the Renesas brand. As of October 2025, Renesas announced plans to divest its timing business—largely derived from IDT's earlier acquisitions—for approximately $2 billion, aiming to streamline its portfolio and focus on high-growth areas like automotive and IoT.

References

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