PCIe and add-in cards - Apollo
High‑performance FPGA add‑in cards for imaging, acceleration, and high‑bandwidth data acquisition
The Apollo PCIe add‑in card series provides a high‑performance hardware foundation for applications that demand extreme bandwidth, real‑time processing, and deterministic data handling. Designed around Altera and AMD FPGAs, the cards allow OEMs to offload computationally intensive workloads, implement custom logic, or stream massive data flows directly between high‑speed peripherals and the host system.
The onboard FPGAs enable real‑time pre‑processing, image correction, filtering, triggering, synchronization, or other custom algorithms to run directly on the card. This reduces CPU/GPU load, enhances throughput, and improves system responsiveness.
Across the off-the-shelf parts of the portfolio, Apollo supports multiple SFP, QSFP and CXP interfaces, enabling the cards to function as frame grabbers for complex multi‑camera setups. Processing throughput scales with interface bandwidth and FPGA resources, enabling support for advanced inspection, metrology, and imaging applications - all while maintaining low latency and high determinism.
Apollo cards integrate seamlessly into Prodrive’s broader embedded computing ecosystem - including motherboards, industrial PCs, and high‑density servers - allowing scalable deployment from single‑card systems to multi‑node clusters. Long lifecycle support ensures stability for semiconductor, medical, and industrial OEMs operating within regulated or long‑qualification environments.
The Apollo PCIe add‑in card series provides a high‑performance hardware foundation for applications that demand extreme bandwidth, real‑time processing, and deterministic data handling. Designed around Altera and AMD FPGAs, the cards allow OEMs to offload computationally intensive workloads, implement custom logic, or stream massive data flows directly between high‑speed peripherals and the host system.
The onboard FPGAs enable real‑time pre‑processing, image correction, filtering, triggering, synchronization, or other custom algorithms to run directly on the card. This reduces CPU/GPU load, enhances throughput, and improves system responsiveness.
Across the off-the-shelf parts of the portfolio, Apollo supports multiple SFP, QSFP and CXP interfaces, enabling the cards to function as frame grabbers for complex multi‑camera setups. Processing throughput scales with interface bandwidth and FPGA resources, enabling support for advanced inspection, metrology, and imaging applications - all while maintaining low latency and high determinism.
Apollo cards integrate seamlessly into Prodrive’s broader embedded computing ecosystem - including motherboards, industrial PCs, and high‑density servers - allowing scalable deployment from single‑card systems to multi‑node clusters. Long lifecycle support ensures stability for semiconductor, medical, and industrial OEMs operating within regulated or long‑qualification environments.
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FPGA accelerated processing
Altera Arria or AMD Zynq Ultrascale+ options enable offloading of parallel computing workloads
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High-bandwidth interfaces
SFP, QSFP and CXP interfaces variants for high-speed communication
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Standardized PCIe form factor
PCIe add‑in card formats ensure compatibility with off-the-shelf computing platforms
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Long availability
Built for embedded and industrial applications, ensuring lifecycle longevity and supply stability
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Accelerated software development
Our drivers, kernel modules, and API support accelerate integration and reduce development effort
Benefits
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Real‑time performance
FPGA acceleration provides deterministic, ultra‑low‑latency processing - ideal for high‑speed imaging and machine vision.
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Scalable system architecture
PCIe plug‑and‑play designs allow easy expansion of compute and I/O capacity.
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Long‑term availability
Stable lifecycle support reduces redesign effort in long‑qualification markets.
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Customizable logic & workflows
FPGAs enable application‑specific pipelines for imaging, inspection, sensing, communication, and high‑bandwidth data aggregation.
Application areas
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Scientific imaging and microscopy
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Motion control and robotics
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High‑speed industrial machine vision
Markets & industries
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Semiconductor
Image processing and defect classification
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Industrial
Integration into advanced machines requiring synchronized sensor data, multi‑camera capture, and deterministic FPGA‑based processing
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Medical & life sciences
Edge AI for real-time intelligence
Technical specifications
| Apollo Altera series | Apollo AMD series | Custom | |
|---|---|---|---|
| Processing | |||
| FPGA | Altera® Arria® series up to GX1150 | AMD Zynq Ultrascale+ ZU11EG | Contact us to discuss your custom design needs |
| CPU | Dual-Core ARM Cortex A9 | Quad-Core ARM Cortex A53 Dual-Core ARM Cortex R5 | |
| System Memory | |||
| Logic | 2x 4GB DDR3 64-bits @1866MT/s | 2x 8GB DDR4 ECC SODIMM @2133 MT/s | |
| Shared | 1x 1GB DDR3 32-bits @1866MT/s | 1x 8GB DDR4 ECC SODIMM @2133 MT/s | |
| Interfaces | |||
| Host | PCIe Gen3 x8 | PCIe Gen3 x16 | |
| LAN | 4x 10G SFP+ | 2x CXP cage @12.52 Gbps | |
| Form Factor | Three-quarter length PCIe card | Full Height / Half Length PCIe Card | |
| Environmental | |||
| Cooling | Internal Active Cooling | Passive | |
| Ambient | 5 - 55°C | 0-50 °C | |
| Compliance | CE, IEC60601/IEC60950, CL/CSA | IEC/EN 62368-1:2018 / CISPR 35:2016, CISPR 32:2015 | |
Let’s find the right fit!
Whether you’re ready to order or need a solution built around your requirements, we’re here to help you move forward
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