Hybrid Software Helix Launches Mako Core 9 to Accelerate PDF Processing
The updated SDK introduces GPU-native rendering and multithreaded output to eliminate bottlenecks in high-volume print environments.
Hybrid Software Helix has released Mako Core 9, a significant update to its software development kit (SDK) designed for print OEMs and independent software vendors. The release focuses on removing critical processing bottlenecks in complex PDF workflows to increase overall production throughput.
At the center of the update are two primary technologies: the Apex GPU-native renderer and the new Apex PDF Output. The Apex GPU-native renderer can accelerate rasterization by up to 30 times compared to traditional CPU-based methods. Complementing this, the Apex PDF Output utilizes a multithreaded CPU architecture, allowing the system to write complex PDF files up to 10 times faster in representative workflows. To ensure industry compliance, Mako Core 9 supports PDF 2.0 and ISO PDF standards, including PDF/X for print production. Furthermore, both the GPU (Apex) and CPU (Jaws) renderers have achieved Ghent Workgroup accreditation.
The Architecture of Print SDKs
Hybrid Software Helix provides intelligent software components that allow developers to build print and document applications across various page description languages. Mako Core functions as a unified SDK that employs an intelligent Document Object Model (iDOM). This architecture enables developers to inspect, edit, and optimize specific document elements—including vector graphics, images, and fonts—without rebuilding the entire document structure from scratch. This flexibility is essential for developers who must maintain high precision while managing the massive data loads typical of modern digital printing.
Solving the Throughput Bottleneck
In high-volume and variable data print environments, the speed at which a server processes a PDF often dictates the speed of the press itself. When rasterization or PDF writing lags, expensive hardware sits idle. By implementing a hybrid processing approach, Mako Core 9 allows developers to offload heavy rasterization to the GPU while using optimized multithreaded CPU power for file creation. This ensures that applications remain responsive and production efficiency increases without requiring GPU hardware for every stage of the document pipeline.
David Stevenson, product manager for Mako Core, noted that performance is critical wherever complex documents must be processed quickly and reliably. He stated that the focus of Mako Core 9 was to remove significant processing bottlenecks while maintaining the development environment and flexibility that existing customers rely on.
Industry Implications
As print production moves toward more complex, data-driven layouts, the reliance on standardized, accredited rendering becomes paramount. The Ghent Workgroup accreditation for both renderers in Mako Core 9 provides a benchmark for color and output consistency. Moving forward, the industry will likely watch how the integration of GPU-native rendering shifts the hardware requirements for print RIPs (Raster Image Processors) and whether these 30x speed gains translate into measurable reductions in total job turnaround time for end-users.