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Movellus

Movellus sells SoC clocking and droop detection IP. Founded 2014 at U-M by Muhammad Faisal and Jeffrey Fredenburg. San Jose HQ with Ann Arbor engineering.

A2Hub Editorial· Rusty Roof Media· Updated May 4, 2026

Movellus

Movellus sells something that sounds esoteric and is actually load-bearing: clocking IP for systems-on-chip. Every modern SoC, whether it is a data center AI accelerator, a mobile application processor, or an automotive compute platform, depends on precise clock distribution and on the ability to detect and compensate for voltage droop in real time. Movellus licenses on-chip clocking and droop detection IP to semiconductor designers who need to hit aggressive timing and power targets without building that capability in-house. The company is an Ann Arbor story because the founding research came out of the University of Michigan EECS department, and a San Jose story because the semiconductor IP customer base sits in Silicon Valley. Movellus has unusually refused to pick one, keeping substantive engineering and operations in Ann Arbor alongside its California headquarters. It has raised approximately $37.5M across nine rounds, with a strategic investor cap table that reads as a who's who of the semiconductor customer base.

Quick facts

  • Founded: 2014
  • Founders: Muhammad Faisal, Jeffrey Fredenburg (advised by Prof. David Wentzloff at U-M EECS)
  • HQ: San Jose, California
  • Ann Arbor presence: Engineering and operations office, anchored to the U-M EECS founding lineage
  • Headcount: Multi-dozen across both offices; specific splits not publicly disclosed
  • Funding: Approximately $37.5M across nine disclosed rounds
  • Key investors: TDK Ventures, Intel Capital, Hanwha Asset Management, Synaptics Ventures, Roadrunner Venture Studios
  • Current leader: Muhammad Faisal, CEO and co-founder
  • Sector tags: semiconductors, IP, SoC design, edge AI, automotive
  • Careers: movellus.com/careers
  • Website: movellus.com
  • LinkedIn: linkedin.com/company/movellus

What Movellus makes

Movellus's product portfolio is clocking and timing IP for systems-on-chip. The business model is IP licensing: customers pay upfront license fees plus per-design or per-unit royalties to integrate Movellus blocks into their SoC designs. That is a structurally different business from selling chips, with a customer set measured in the hundreds of semiconductor and systems companies worldwide rather than the millions of end users.

Digital PLLs and clock generators. Synthesizable clocking IP that replaces conventional analog phase-locked loops in modern SoC designs. The value proposition is faster time to tape-out, easier porting across process nodes, and lower area and power in most target applications. Because the IP behaves like standard digital logic, it drops into existing RTL-to-GDS flows without specialized analog handoffs.

Droop detection and response. IP that monitors the on-chip power delivery network in real time and responds to voltage droop events before they cause timing failures. For high-current AI and compute workloads where transient voltage droop is a first-order design risk, this is genuinely differentiated capability. Large AI accelerators and high-performance CPUs run into droop problems at every new process node, and the cost of a silicon spin caused by an uncharacterized droop event is measured in tens of millions of dollars.

Clock distribution and timing mesh IP. Supporting blocks (clock meshes, distribution networks, skew and jitter management) that complete the clocking story for customers building advanced SoCs end to end.

Customers are not disclosed in detail but include semiconductor and systems companies building data center compute, mobile, automotive, and networking SoCs. The strategic cap table (TDK, Intel Capital, Synaptics) points directly at the customer base the company actually serves.

The Ann Arbor story

Movellus was founded in 2014 by Muhammad Faisal and Jeffrey Fredenburg, both out of the University of Michigan EECS program under Prof. David Wentzloff. Wentzloff's lab has been one of the most commercially productive low-power and RF circuits groups in US academia. Multiple U-M semiconductor startups, including Ambiq Micro and later Everactive, trace lineage to the same faculty network. The specific graduate research that informed Movellus's founding was on fully synthesizable clocking architectures, a topic that had been treated as impractical inside mainstream SoC design flows for most of the prior decade.

The founding thesis was that the analog PLL, the standard on-chip clocking primitive used across chip designs for decades, had become the wrong building block for the advanced process nodes and aggressive power envelopes modern SoC designers needed to hit. Analog PLLs required senior analog designers, did not port cleanly across process nodes, and consumed disproportionate silicon area and power. Movellus's approach, digital clock generation, looked and behaved like synthesizable digital logic, ported across nodes with dramatically less hand-tuning, and integrated natively into existing RTL-to-GDS flows.

The company took its first meaningful venture funding in the late 2010s. It opened a San Jose office to be near the customer base. And, notably, it did not shut the Ann Arbor operation down. Engineering, particularly foundational IP development and continued collaboration with U-M's low-power and RF circuits research programs, stayed anchored in Ann Arbor. The U-M EECS talent pipeline, alongside KLA's 600-plus engineer Ann Arbor campus and MemryX's local engineering team, gave Movellus a credible Michigan labor market to staff out of. That in-town engineering presence is structurally important, not symbolic. It is how the company keeps the IP and research roadmap current without having to rebuild its founder network from zero.

Funding and exits

Movellus has raised approximately $37.5M across nine rounds, including a Series B with participation from TDK Ventures, Intel Capital, Hanwha Asset Management, Synaptics Ventures, and Roadrunner Venture Studios. The strategic cap table is the tell. The company's revenue comes from semiconductor and systems companies, and the investor base aligns with that customer base.

Semiconductor IP is a structurally slow-ramping business relative to pure software SaaS. The ramp is not about mass adoption. It is about winning design sockets, one SoC at a time, across a customer base of perhaps a few hundred companies worldwide. Movellus has been playing that game patiently, with disciplined capital consumption and a Series B stage that suggests the design-win thesis is working.

There has been no exit. Plausible strategic outcomes include an IP-licensing roll-up (Arm, Cadence, Synopsys, Rambus), a strategic acquisition by a semiconductor IP-dependent customer, or a continued independent path. Current management posture reads as committed to building an independent IP company. Given the long sales cycles characteristic of semiconductor IP, an IPO path is not imminent.

Culture and hiring

Movellus hires analog and mixed-signal IC design engineers, digital design engineers, verification engineers, physical design specialists, and applications engineers who work directly with customer chip teams. The work is deep silicon engineering, not general software, and the team profile reflects that. A meaningful share of senior engineering hires hold advanced degrees in electrical engineering or computer engineering.

Work model is hybrid with concentration in San Jose and Ann Arbor. Compensation is competitive with Silicon Valley IP licensing companies; equity is private-company stock with standard vesting. Public Glassdoor signal is limited in volume, as is typical for a small IP licensing firm, and trends consistent with expectations for a specialized semiconductor company at this stage.

Why they matter for Ann Arbor tech

Movellus is proof that Ann Arbor can produce commercially relevant semiconductor IP companies. Most semiconductor startups coming out of US academia in the 2010s either stayed put at MIT, Stanford, Berkeley, or UT Austin, or relocated immediately to Silicon Valley. Movellus is one of the short list of U-M spinouts in the space that made it to real venture scale and retained a substantive Ann Arbor engineering presence. The company rounds out a small but real Ann Arbor semiconductor cluster alongside KLA's second US headquarters, MemryX's edge AI chips, Ambiq's historical roots, and the U-M EECS pipeline that feeds all of them. Semiconductors will never be Ann Arbor's biggest tech story. It is a real story, and Movellus is a central piece of it.

FAQ

Who founded Movellus? Muhammad Faisal and Jeffrey Fredenburg founded Movellus in 2014. Both came out of the University of Michigan EECS program, working under Prof. David Wentzloff, whose low-power circuits lab has produced multiple successful semiconductor startups.

Where is Movellus headquartered? Movellus is headquartered in San Jose, California. The company also maintains substantive engineering and operations in Ann Arbor, Michigan, reflecting its U-M founding roots and continued research collaboration.

What does Movellus make? Movellus designs and licenses clocking IP for systems-on-chip. Products include digital phase-locked loops, digital clock generators, droop detection and response IP, and clock distribution blocks that semiconductor and systems companies integrate into their SoC designs.

How much has Movellus raised? Movellus has raised approximately $37.5M across nine rounds. Investors include TDK Ventures, Intel Capital, Hanwha Asset Management, Synaptics Ventures, and Roadrunner Venture Studios. The company is at Series B stage.

Why does Movellus still have an Ann Arbor presence? The company's founding technology came out of U-M's EECS department, and continued R&D in clocking and timing IP benefits from the adjacency to Prof. Wentzloff's lab and from U-M's broader semiconductor talent pipeline. Ann Arbor also hosts KLA, MemryX, and other semiconductor firms that collectively support a credible local labor market.

Who competes with Movellus? On clocking and timing IP, Movellus competes with Silicon Creations, True Circuits, established analog IP vendors, and the in-house clocking teams inside large semiconductor customers. The positioning emphasizes digital synthesizability, portability across process nodes, and differentiated droop detection.

Related Ann Arbor semiconductor and hardware companies

  • MemryX is the Ann Arbor edge AI accelerator chip company founded by Prof. Wei Lu at U-M EECS.
  • KLA Ann Arbor is the second US headquarters of KLA Corporation with 600-plus engineers on AI-driven semiconductor process control.
  • Ambiq Micro is the ultra-low-power SoC company that spun out of U-M in 2010 and is now Austin-based and publicly listed.
  • The Ann Arbor semiconductors hub covers the cluster structure.
  • The Ann Arbor semiconductors pillar is the long-form essay on the cluster.
  • The site homepage is the master directory.