IMG RTXM-2200
less risk: more risc-v

Introducing IMG RTXM-2200

IMG RTXM-2200 at a glance
What our partners are saying

Calista Redmond, CEO

Steve Leibson, Principal Analyst
Why choose an Imagination RISC-V CPU?

Less risk, more RISC-V
Drawing on over 30 years of RISC architectural development RISC-V brings a fresh approach to the CPU industry. Imagination has delivered market-leading complex IP to customers for over 20 years and has decades of experience in CPU. Designing an SoC is challenging, but by working with Imagination, customers can get their RISC-V design right the first time, with confidence that you’ll be working with a strong partner for the long term.

Highest-quality design
Our vision for our CPUs is to set the bar high for the RISC-V ecosystem. Our team is quality-driven, across every aspect of the development lifecycle. We employ lean and efficient development methodologies and practices with complete and stringent sign-off criteria to ensure best-in-class processes for functional safety and security.

Market-leading RISC-V software tools
RTXM-2200 comes with a full tools package that works out of the box across multiple platforms to accelerate your development process. Designed for developers, our tools offer you the flexibility to use the same toolchains across different RISC-V implementations, whether from Imagination or other community members, to boost the dynamic RISC-V ecosystem.

The next evolution of the CPU market
RTXM-2200 marks the first step on Imagination’s journey to deliver market-disrupting levels of compute performance, through advanced heterogeneous compute solutions. Bringing together our system knowledge in GPU, AI, and Ethernet-based systems we will deliver CPU solutions designed to address the needs of a diverse range of use cases.
Webinar
Imaginations’s CPU Team: “A breath of fresh air”
Download the IMG RTXM-2200 product brief
Learn about how our newest CPU IP can give you the edge – detailing its key features and specifications.
Find out why RTXM-2200 is a market leading performance dense real-time CPU.