基于FPGA的PCIe扩展卡的IP核调试和验证的通用用户级访问物理内存地址空间

Hendrik Noll, Sebastian Siegert, Johannes Hiltscher, W. Rehm
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引用次数: 0

摘要

测试和调试基于现场可编程门阵列(FPGA)的PCIe扩展卡需要访问其资源和系统的主存储器。两者都可以通过物理内存地址空间(PMAS)访问。访问此地址空间的用户级解决方案是存在的,但它们是专有的和/或限于特定的地址范围。任意的用户级访问,例如对知识产权(IP)核心的灵活验证,是不可能的。为了实现这样的访问,本文介绍了开源Linux工具集UTOPIA——包括它的概念、结构和接口。此外,还测量和评估了用户级应用程序和PMAS之间的带宽和延迟。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
UTOPIA: Generic User-Level Access to the Physical Memory Address Space for IP Core Debugging and Validation on FPGA Based PCIe Extension Cards
Testing and debugging of an Field Programmable Gate Array (FPGA) based Peripheral Component Interconnect Express (PCIe) extension card require an access to its resources and the system's main memory. Both are accessible via the physical memory address space (PMAS). User-level solutions for accessing this address space exist, but are proprietary and/or limited to specific address ranges, among others. An arbitrary user-level access, e.g. for a flexible validation of an intellectual property (IP) core, is not possible. Enabling such accesses, the open source Linux tool set UTOPIA - including its concept, structure and interfaces - is presented in this paper. Further, bandwidths and latencies between user-level applications and the PMAS are measured and evaluated.
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