IQ Capital Partners

IQ Capital Partners is a venture capital firm established in 2006 and based in Cambridge and London, United Kingdom. The firm specializes in investing in deep tech companies with the potential to lead their markets globally. Its investment strategy primarily targets sectors such as artificial intelligence, data science, cybersecurity, internet of things, life sciences, and software. IQ Capital Partners typically makes initial investments ranging from £0.5 million to £10 million at the Seed and Series A stages, with the capacity for follow-on investments of up to £30 million through its Growth Fund. The firm's experienced team has successfully achieved over 30 exits, with notable acquisitions by major technology companies such as Apple, Huawei, Google, and Oracle.

George Glatz

Principal

Rick Hao

Principal

Simon Hirtzel

General Partner and COO

Christopher Magazzeni Ph.D

Investment Associate

Archie Muirhead

Partner

Mason Sinclair

Principal

Mason Sinclair

Principal

Jo Slota-Newson

Principal

John Snyder

Venture Partner

Past deals in Electrical Equipment

IONATE

Series A in 2025
IONATE develops an innovative hardware-software system for smart grids, centered around its Hybrid Intelligent Transformer (HIT). This advanced device replaces traditional transformers, integrating the control of voltage, harmonics, and reactive power into a single unit. By utilizing magnetics, the HIT enables users to manage these critical power characteristics simultaneously, enhancing efficiency and minimizing energy loss. The technology is designed to stabilize power distribution across various applications, including power generation, industrial facilities, and data centers, while facilitating real-time control capabilities.

IONATE

Seed Round in 2022
IONATE develops an innovative hardware-software system for smart grids, centered around its Hybrid Intelligent Transformer (HIT). This advanced device replaces traditional transformers, integrating the control of voltage, harmonics, and reactive power into a single unit. By utilizing magnetics, the HIT enables users to manage these critical power characteristics simultaneously, enhancing efficiency and minimizing energy loss. The technology is designed to stabilize power distribution across various applications, including power generation, industrial facilities, and data centers, while facilitating real-time control capabilities.
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