‌SpringBlades
Malaysia’s First Prototyping System for SoC Innovation

A New Frontier

Malaysia’s aspiration to become a regional semiconductor powerhouse hinges on more than factories and funding—it demands mastery of chip design. To achieve this, Spring Semiconductor (SpringSemi) and CEDEC Malaysia have co-developed SpringBlade, the nation’s first SoC prototyping platform, tailored for education, research, and industry acceleration.

SpringBlade is a strategic milestone aligned with the National Semiconductor Strategy (NSS), designed to empower Malaysia’s IC designers, train the next generation of engineers, and prototype world-class silicon systems—from RTL to TSMC tapeout—right here at home.

 

SpringBlade+



SpringBlade+ is the first platform in the SpringBlade family.

Built on the Xilinx VU13P FPGA architecture, it combines:

  • high-density programmable logic
  • embedded processing capabilities
  • modular hardware expansion
  • practical prototyping flexibility

The platform was designed to support:

  • mid-range ASIC and SoC prototyping
  • firmware development
  • AI and embedded experimentation
  • university research
  • startup innovation environments

HaaS – Hardware-as-a-Service

SpringBlade includes integrated remote-access infrastructure through its HaaS model.

This enables engineering teams to:

  • remotely access FPGA systems
  • manage prototyping workflows online
  • share hardware infrastructure securely
  • support distributed development teams

Supported capabilities include:

  • remote board management
  • JTAG and UART access
  • data transfer workflows
  • web-based control systems
  • multi-user scheduling environments

This model allows organizations to access advanced prototyping infrastructure without maintaining large in-house FPGA labs.

Modular Ecosystem (30+ Modules Available)

Each Springblade system is compatible with a library of over 50 development modules:

  • Image Processing: HDMI, MIPI CSI/DSI, DisplayPort, ISP pipelines
  • Storage: NVMe, SATA, SD Card, DDR4 banks, eMMC
  • I/O Expansion: GPIO, LVDS, PMOD, FMC+, high-speed serial

All modules are hot-pluggable, reconfigurable, and supported by a unified SDK.

Practical FPGA-Based ASIC Prototyping for the Next Generation of Semiconductor Development


SpringBlade is a family of FPGA-based prototyping and hardware acceleration platforms developed by Spring Semiconductor to support ASIC validation, SoC development, software bring-up, and advanced hardware experimentation.

Built for engineering teams, universities, startups, and ecosystem builders, SpringBlade enables practical semiconductor development without requiring the massive infrastructure costs associated with traditional emulation systems.


Why SpringBlade Exists

Modern semiconductor development has become increasingly difficult due to:

  • rising ASIC development costs
  • expensive emulation platforms
  • longer validation cycles
  • growing system complexity
  • limited access to advanced prototyping infrastructure

Many organizations cannot justify the cost of large-scale emulation systems from providers like Synopsys or Cadence Design Systems.

SpringBlade was created to provide a more practical and economically accessible path for:

  • FPGA prototyping
  • SoC validation
  • software development
  • hardware acceleration
  • engineering experimentation

especially within the ASEAN semiconductor ecosystem.


What Is FPGA-Based ASIC Prototyping?

FPGA-based prototyping uses programmable hardware platforms to validate and execute ASIC or SoC designs before manufacturing.

Compared to simulation alone, FPGA prototyping enables:

  • much faster execution speed
  • real software bring-up
  • hardware-software co-development
  • system-level testing under realistic workloads

Compared to full emulation systems, FPGA prototyping offers:

  • lower infrastructure cost
  • faster deployment
  • more accessible development workflows

This makes FPGA-based prototyping one of the most practical approaches for many semiconductor teams.


The SpringBlade Platform

SpringBlade systems are designed around scalable FPGA architectures optimized for:

  • ASIC and SoC prototyping
  • AI acceleration
  • embedded systems
  • networking
  • hardware validation
  • advanced research platforms


The platform supports:

  • FPGA development workflows
  • remote access infrastructure
  • modular hardware expansion
  • software integration environments
  • distributed engineering collaboration


Upcoming High-End SpringBlade Systems

Spring Semiconductor is expanding the SpringBlade platform toward larger-scale adaptive computing and high-density prototyping systems.

Upcoming systems include:

  • UltraScale+ VU19P platforms
  • Versal Premium VP1502 systems
  • Versal Premium VP1902 systems

These next-generation platforms target:

  • large SoC prototyping
  • AI acceleration
  • networking workloads
  • high-performance computing
  • advanced hardware emulation
  • scalable adaptive systems


Typical SpringBlade Use Cases


AreaApplication
ASIC PrototypingPre-silicon validation
SoC ValidationHardware-software integration
AI SystemsHardware acceleration and experimentation
Embedded SystemsFirmware and driver bring-up
UniversitiesSemiconductor education and research
StartupsCost-effective hardware development

Why SpringBlade Matters for ASEAN

ASEAN’s semiconductor growth depends not only on manufacturing capacity, but also on local engineering capability and development infrastructure.

SpringBlade aims to help strengthen:

  • regional semiconductor experimentation
  • prototyping accessibility
  • engineering education
  • practical hardware development
  • local innovation ecosystems

The platform aligns with broader goals of developing stronger semiconductor capabilities within Malaysia and the ASEAN region. 


A Practical Alternative to Traditional Infrastructure

SpringBlade is not intended to replace every enterprise emulation environment.

Instead, it focuses on delivering:

  • practical deployment
  • engineering accessibility
  • scalable experimentation
  • cost-effective validation
  • faster development cycles

for organizations that need real hardware development capability without extreme infrastructure costs.


Malaysia’s First HaaS FPGA Platform (VU13P-Based)

This HaaS model is not just about access, it quietly redraws the map of how hardware gets built. By lowering the barrier to real FPGA infrastructure, Malaysia gains a shared launchpad for semiconductor innovation, connecting design, validation, and future production flows. It creates a natural pathway toward advanced capabilities like hardware security validation, ATE pattern development, and trusted silicon frameworks. Today it is a single node humming in a rack; tomorrow, it becomes the backbone of a nation that treats hardware not as a constraint, but as a canvas.


This platform delivers:

  • On-demand FPGA compute
  • Remote hardware validation
  • Scalable prototyping infrastructure


Target users:

  • ASIC / SoC teams
  • Universities (ARM / RISC-V programs)
  • AI startups
  • Automotive & embedded companies
  • ATE / validation labs


Dev Environment

  • Pre-installed toolchains:
    • AMD Vivado
    • Vitis
  • Remote simulation + synthesis nodes
  • CI/CD pipeline for RTL → Bitstream → Deployment


Key Hardware Specs

  • ~3.78 million logic cells
  • ~1.7M LUTs, 3.4M flip-flops
  • 12,288 DSP slices (AI / signal processing ready)
  • ~94.5 Mb block RAM
  • Dual DDR4 (up to 16GB total)
  • Up to 76 GTY high-speed transceivers
  • PCIe Gen3 x8 support
  • QSFP28 (100G networking capability)


*Optional ARM Zyng Card


What this means:

  • Can emulate ~20M+ ASIC gates
  • Suitable for full SoC prototyping, not just blocks
  • High-speed I/O allows real-world system testing (network, RF, sensors)


ASIC / SoC Prototyping


  • Boot full Linux on FPGA-based SoC
  • Validate firmware before tapeout
  • Replace expensive HAPS systems

AI Acceleration Testing


  • Deploy CNN / transformer accelerators
  • Benchmark vs GPU
  • Optimize memory bandwidth vs DSP usage

High-Speed Interface Validation


  • PCIe / Ethernet / 100G networking
  • Real traffic injection via QSFP
  • Telecom / 5G prototyping

Give us a call! +6012-2180925