How Many People Work at Corsair? Headcount and Employee Trends

Corsair is a computer hardware company with a workforce of roughly 487 employees. Recent staffing activity shows 50 new hires alongside 46 departures, signaling a fairly stable headcount with modest net growth. The employee base supports Corsair’s design, manufacturing, and go-to-market efforts for PC components, peripherals, and streaming gear. Overall, the staffing profile reflects a balanced mix of technical, operational, and customer-facing talent required to serve a worldwide enthusiast audience.

Marketing & Product is Corsair’s largest team at 128 employees, accounting for just over one-quarter of total headcount and highlighting the company’s emphasis on product positioning and brand awareness. Engineering follows with 99 employees, underscoring the importance of R&D and hardware innovation. Sales & Support employs 84 people who handle channel relationships and end-user assistance, while Operations (52) and Finance & Administration (42) provide backbone functions for manufacturing and corporate governance. Smaller groups such as Business Management (39), Human Resources (13), Information Technology (12), Program & Project Management (8), and an "Other" category (10) round out the organization, together representing a diverse skill set that keeps the business running smoothly.

Corsair’s talent is geographically distributed, with 316 employees categorized under "Other," pointing to a sizable remote or globally dispersed workforce. The largest single office presence is in San Francisco, hosting 101 employees and serving as a central hub for corporate and engineering roles. Smaller concentrations of staff work in Miami (17) and Atlanta (17), supplemented by key international footprints in Taipei (14) and Landshut, Germany (6). Additional satellite teams are based in Lawrenceville, Minneapolis, San Diego, and Reading in the UK, each with fewer than five employees, demonstrating Corsair’s strategy of maintaining specialized regional teams while leveraging a predominantly distributed model.