Board Management System (BMC Solution)
The "Intelligent Neural Center" for High-Performance Servers

Comprehensive Out-of-Band (OOB) Management:

    • Deep Monitoring: Leverages the MCTP over PCIe protocol for real-time tracking of voltage, temperature, and power consumption across 8 GPUs and 2 NICs, enabling microsecond-level hardware protection.
    • Remote Recovery: Features independent network and power channels with HTML5 KVM support, ensuring second-level system restoration even during OS crashes.

Data Processing Acceleration:

    • Hardware Offloading: Built-in dedicated computing units handle security authentication and data compression, liberating host CPU resources.
    • Predictive Maintenance: Utilizes onboard analytics to process sensor Big Data, providing proactive alerts before hardware failure.

Core Value:

    • Cost Reduction: Automated scale management significantly reduces data center maintenance labor.
    • Asset Protection: Provides precise power and security defenses for high-value AI accelerator cards.
Next Generation Electron Microscopy (EM) Controller
Powered by AMD Xilinx XCZU47DR RFSoC
A revolutionary EM controller architecture integrating RFSoC technology for unprecedented precision and speed.

Key Technical Advantages

  • Direct RF Sampling
    Integrated 8× 5 GSPS ADCs and 10 GSPS DACs replace discrete components, enabling:
    • Sub‑nanometer electron beam control
    • Gigapixel‑per‑second signal acquisition
  • Ultra‑Low Latency Architecture
    Eliminates JESD204 overhead, supporting real‑time closed‑loop control and AI‑driven adaptive scanning.
  • Full System Integration
    FPGA logic, ARM processors, and high‑speed converters consolidated into a single SoC, reducing system footprint and maximizing SNR.

Target Applications

  • High‑speed, high‑resolution EM systems
Advanced imaging such as 4D‑STEM
Real Time Spectrum Analysis & RF Testing Platform
Advanced Digital Radio Core for Complex Signal Environments
Built on Xilinx Zynq UltraScale+ EV, engineered for elite signal intelligence and real‑time RF monitoring.

Core Capabilities

  • Zero‑Loss Real‑Time Monitoring
    FPGA‑based parallel FFT captures:
    • Frequency‑hopping signals
    • Short‑burst interference
      — events invisible to traditional swept analyzers.
  • High‑Efficiency Data Backhaul
    Proprietary VCU compresses high‑resolution spectrum waterfalls for low‑bandwidth streaming via 10G/25G SFP+.
  • Software‑Defined Flexibility
    Dual FMC slots support interchangeable ADC/DAC modules, covering hundreds of MHz to tens of GHz.
High Performance Financial Gateway System

Ultra‑Low‑Latency Video–Data Integration Terminal

An industrial‑grade platform for financial data gateways, real‑time tickers, and 4K HDR video overlay.

Technical Architecture

Powered by XCZU7EV MPSoC, integrating:
  • Quad‑core ARM Cortex‑A53
  • Hardware VCU for 4K HDR video
  • Hardware‑level FIX/FAST protocol parsing

Performance Highlights

  • Real‑Time Market Tickers
    Data received via SFP+ and updated to displays with , bypassing OS scheduling.
  • Cable Video Overlay
    Alpha‑blended overlays via Video Mixer IP with .
Memory Architecture
8GB dual‑channel DDR4 with independent PS/PL access to avoid bandwidth contention.
X HFT: Extreme Financial Trading System
Full‑Hardware Trading Pipeline for High‑Frequency Trading (HFT)

The Fast Path (FPGA Hardware Logic)

All trading logic is executed inside the FPGA—network packets never enter the CPU.
Includes:
  • Ultra‑low‑latency 10G MAC/PCS
  • FIX/FAST hardware parser
  • Pre‑trade risk engine
  • Binary order encoder

Deterministic Latency

  • Tick‑to‑Trade: < 5 µs
  • Jitter: < 100 ns
  • Verified using high‑precision oscilloscopes and network taps
NVMe Host Controller (NVMeHC)
High‑Throughput Storage Acceleration for FPGA Systems
A high‑speed data path between FPGA DDR (PS/PL) and NVMe SSDs, outperforming Linux mmap‑based methods.

Technical Highlights

  • Fully compliant with NVMe 1.3d
  • AXI‑based interface
  • Write up to 1.1 GB/s, read up to 1.5 GB/s
  • Fully synthesizable Verilog, validated on Xilinx ZCU106

Core Applications

  • High‑speed data acquisition
  • High‑bitrate video recording
  • NVMe SSD RAID controller arrays