Fprg To Pdf Apr 2026

J. Chen, M. Patel, R. Kumar

The Portable Document Format (PDF) is ubiquitous for data exchange, but generating PDFs in embedded systems typically relies on software libraries running on a CPU. This paper explores a novel approach: implementing a lightweight PDF-generation engine directly in FPGA logic. We present an architecture that takes raw data (sensor readings, configuration registers, or frame buffers) and outputs a standards-compliant PDF file without CPU intervention. The system leverages on-chip block RAM for object buffering, hard IP for optional AES encryption, and a custom streaming DEFLATE compressor for text and image streams. A proof-of-concept implementation on a Xilinx Artix-7 FPGA generates simple text-and-line-art PDFs at 500 pages per second (for fixed content) or 20 pages per second for fully dynamic content. Compared to a 200 MHz ARM Cortex-M7, the FPGA solution achieves 45× lower energy per page. We discuss trade-offs in compression efficiency, memory footprint, and support for embedded fonts. Applications include secure logging, industrial printing systems, and radiation-hardened spacecraft data recorders. If instead you meant "FPRG" as an acronym for a specific tool or concept (e.g., a fictional "Fast Portable Report Generator"), please clarify and I will revise the paper accordingly. Fprg To Pdf

Hardware-Accelerated PDF Generation: From FPGA Logic to Portable Document Format Kumar The Portable Document Format (PDF) is ubiquitous