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Acc Microblaze

Microblaze Bootloader IP

Ensuring resilient multibooting for uninterrupted embedded performance.

Complex embedded systems demand constant uptime and seamless performance across multiple processors. Traditional boot mechanisms have limited flexibility needed to keep systems running smoothly. During runtime failures, recovery becomes challenging, leading to unavoidable downtime.

The HSC Microblaze Bootloader IP (HMB) addresses these issues by facilitating on-the-fly multibooting, fallback recovery, and dynamic application loading for Microblaze soft cores on Xilinx Zynq MPSoC platforms. It has also been verified for scalability and reliability, and supports smooth functionality across devices like the ZCU106.

With its modular design, HMB transforms FPGA environments by minimizing downtime, improving flexibility, and ensuring high performance, especially in processor-intensive embedded applications.

Benefits

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High Performance

Parallel processing with low latency for real-time applications.

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Reliability

Fallback mechanism ensures system recovery and uptime.

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Flexibility

Modular design supports dynamic application loading and reconfiguration.

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Scalability

Easily adaptable to different FPGA platforms and use cases.

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Reduced Downtime

On-the-fly booting and partial reconfiguration reduce system restart needs.

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Features

Here are the key features of the accelerator, designed to help you understand the value and capabilities they bring to your projects.

Multi-Processor Architecture

Supports up to 20 Microblaze soft cores with dedicated program/data memory.

On-the-Fly Multibooting

ARM core dynamically selects and loads boot images from external memory (e.g., QSPI/SD card)

Performance & Stability

Processing engines run at 100 MHz with 5 ms end-to-end latency

Toolchain & Automation

Boot image generation via Tcl scripts

Use Cases

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    Defense & Aerospace

    Supports real-time signal processing and mission-critical embedded systems by enabling fallback recovery, dynamic logic updates, and uninterrupted multiboot operation during runtime events.

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    Telecom

    Handles packet processing and complex protocol stack execution with improved flexibility and reduced downtime, ensuring continuous service across multi-processor FPGA environments.

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    Industrial Automation

    Enables high-speed control systems to load new logic dynamically and recover instantly from failures, reducing restart cycles and improving operational reliability.

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    Embedded Systems

    Ideal for designs requiring multiple soft processors with independent logic, allowing systems to switch images, reconfigure, and maintain high uptime during running conditions.

Keep embedded systems running with zero-downtime booting.

Ensure seamless recovery, multibooting, and high-performance operation across FPGA platforms.

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Keep embedded systems running with zero-downtime booting.
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