Global Graphics Software has announced the release of Mako Core 8.0, the latest iteration of its software development kit (SDK) for print software companies creating workflow solutions for the industry.

The update introduces Apex, a new rendering engine that runs entirely on the Graphics Processing Unit (GPU), delivering high-speed rendering while maintaining high-quality output either on screen or in a web browser. This approach accelerates the handling of complex documents, including those containing high-resolution images, embedded fonts, vector graphics and transparency effects.

David Stevenson, product manager for Mako Core, said: “We’re excited to unveil Mako Core 8.0 with an option for Apex, which we see as a real game-changer for high-speed printing. Print software vendors are constantly seeking to improve performance. Users expect fast rendering, even for large or complex documents.”

As more PDF workflows shift to the cloud or browser-based applications, Apex’s rapid rendering capabilities aim to eliminate delays and reduce server demand. It also includes support for Hybrid Software’s ColorLogic colour management module, which allows accurate colour reproduction and extended gamut printing.

While Apex can run entirely on the GPU, it can also work alongside the CPU using a hybrid rendering approach. This is made possible through Global Graphics Software’s patented, AI-powered Autotune technology, which evaluates each job and allocates it to the most efficient processor.

“Making use of the GPU offers the possibility to scale rendering capability in a new dimension,” Mr Stevenson added. “Up until now, we have just had the CPU-based renderers. With Apex, we can render on a GPU as an alternative, but the real benefit comes from a hybrid approach, whereby we make use of both CPU and GPU simultaneously to improve throughput.”

Mako Core supports Windows, macOS and Linux systems, including Ubuntu and Alpine, and offers access to all components of a document such as fonts, vector art, images, layers and metadata.