Alinx

Alinx Build a better eco-system to enable users benefit more from FPGA technology.

🚀 Celebrating 14 Years of Empowering Innovation! 🌐Today marks a phenomenal milestone for ALINX—we are officially 14 year...
04/06/2026

🚀 Celebrating 14 Years of Empowering Innovation! 🌐

Today marks a phenomenal milestone for ALINX—we are officially 14 years old! 🎉

A massive THANK YOU to our global community, clients, and dedicated team who have walked this incredible journey with us. The best is yet to come!

👉 Explore our solutions and see how we can accelerate your next breakthrough: https://www.en.alinx.com/

Is your FPGA development board struggling with stable, high-speed data transmission? Meet the ALINX FH4020—a high-perfor...
27/05/2026

Is your FPGA development board struggling with stable, high-speed data transmission?

Meet the ALINX FH4020—a high-performance OcuLink PCIe communication daughter card designed to keep your data flowing seamlessly!

Whether you are working on real-time data acquisition or advanced image processing systems, the FH4020 delivers the bandwidth and stability your project demands.

💡 Check out the Key Features:

✅Dual OcuLink Power: Two standard SFF-8612 interfaces supporting PCIe 3.0 protocol, configurable to x4 or x8 links.

✅Massive Throughput: 8 Gbps single lane rate leading to a whopping 32 Gbps total bandwidth per path.

✅Ultimate Versatility: Supports hassle-free Endpoint and Root mode switching to fit your specific system architecture.

✅Industrial-Grade Reliability: Features an onboard 100MHz differential crystal oscillator and passes PRBS31 test with zero errors even at 10Gbps.

✅Wide Compatibility: Standard FMC HPC (VITA 57.1) design means it's ready to plug-and-play with ALINX carrier boards and mainstream FPGA platforms.

Don't let data bottlenecks delay your time-to-market. Trust ALINX, your trusted one-stop-shop for FPGA/SoC solutions, standard SOMs, and full-stack design services.

👇 Leave a comment below or click the link to learn how the FH4020 can accelerate your hardware project today!
https://www.en.alinx.com/Product/FMC-Cards/Communication/FH4020.html

Step Into the Era of Adaptive Computing: Presenting the AXVM2152 Versal™ Prime Platform! 🧠⚡Are you ready to transcend tr...
19/05/2026

Step Into the Era of Adaptive Computing: Presenting the AXVM2152 Versal™ Prime Platform! 🧠⚡

Are you ready to transcend traditional FPGA limitations? We are thrilled to introduce the AXVM2152 Development Platform, powered by the AMD Versal™ Prime XCVM2152 Adaptive SoC.

By blending dual-core Arm® Cortex®-A72 processors with 757K adaptive logic cells and ultra-fast 4GB LPDDR5 memory, this SOM + Carrier Board solution delivers true heterogeneous computing power right to the edge.

Key Highlights:
✅ Next-Gen Speed: PCIe Gen 4.0 x8 / Gen 5.0 x4 for blistering data transfers.
✅ Flexible Customization: Standard FMC+ interface for easy sub-card expansion.
✅ Rich Multimedia I/O: Integrated MIPI camera and FPC display ports for advanced embedded vision.
✅ Industrial Ready: Gigabit Ethernet, CAN bus, and USB 2.0 interface built right in.

Whether you're developing high-end Industrial Automation, Edge AI systems, or Machine Vision applications, the AXVM2152 provides the flexible, software-programmable foundation you need to innovate faster.

The Ultimate Dual-FPGA Powerhouse: RFSoC meets Virtex UltraScale+! 📡⚡When heterogeneous RF sampling meets massive logic ...
14/05/2026

The Ultimate Dual-FPGA Powerhouse: RFSoC meets Virtex UltraScale+! 📡⚡

When heterogeneous RF sampling meets massive logic density, innovation happens. We are proud to introduce our latest AXW23 Dual-FPGA Platform, designed to bridge the gap between high-frequency RF and heavy-duty data processing.

The Engines:
🚀 XCZU47DR RFSoC: 8-channel direct RF sampling for ultra-low latency.
🚀 XCVU13P Virtex: Massive parallel processing with 3.7M logic cells and 76x high-speed transceivers.

Key Highlights:
✅ 2x 100G QSFP28 for lightning-fast data backhaul.
✅ FMC HPC Expansion for flexible system customization.
✅ Direct RF Architecture: No external ADCs/DACs needed—lower power, higher efficiency.

From Phased Array Radar to 5G Infrastructure, this platform is engineered for the high-bandwidth future.

09/05/2026

Revolutionize Your 4K Video Pipeline with the FH6141 DP 1.4 Module! 📺⚡

Pushing the boundaries of high-definition video just got easier. Introducing the FH6141, our high-performance DisplayPort 1.4 FMC sub-card designed for ultra-HD video acquisition and playback.

Whether you are developing medical imaging systems, professional broadcast gear, or AR/VR environments, the FH6141 delivers the massive bandwidth and signal integrity your project demands.

Advantages
✅Stunning 4K Clarity: Supports up to 4K @ 60fps for smooth, high-fidelity visuals.

✅Massive Bandwidth: 4-lane configuration with speeds up to 8.1Gbps per lane.

✅Simultaneous I/O: Features independent 1x DP Input and 1x DP Output for full-duplex video processing.

✅Pro-Grade Signal Integrity: Equipped with the MCDP6000 and SN65DP141 chips to ensure stable transmission even at high bitrates.

Key Features
🔹Standard: DisplayPort 1.4 (Backwards compatible)

🔹Resolution: 4K @ 60 fps

🔹Interface: Standard FMC HPC (VITA 57.1 compliant)

🔹Connectivity: Optimized for ALINX high-performance FPGA carrier boards

🔹Design: Compact 76.5 x 69 mm form factor

Target Applications
🏥 Medical Imaging: High-res surgical displays and diagnostics.

🎥 Broadcast & Pro-AV: 4K video switching and processing.

🚗 Automotive: Development of digital cockpits and HUDs.

🕶️ AR/VR: Low-latency video transmission for immersive tech.

Why Choose FH6141?
The FH6141 eliminates the complexity of high-speed video interface design. By plugging directly into your ALINX FPGA carrier board, you can bypass hardware hurdles and focus on your core video algorithms.

Get in Touch
Ready to upgrade to 4K? Message us today for technical datasheets and compatibility guides! 📈
Learn more: https://www.en.alinx.com/Product/FMC-Cards/Video/FH6141.html

High-Speed Precision: Meet the FH9680 1.25 GSPS Quad-Channel ADC! 📡⚡Looking for elite data acquisition? The FH9680 is a ...
06/05/2026

High-Speed Precision: Meet the FH9680 1.25 GSPS Quad-Channel ADC! 📡⚡

Looking for elite data acquisition? The FH9680 is a high-performance FMC sub-card designed for the most demanding RF environments. Featuring 4 channels of 14-bit ADC resolution and a blazing 1.25 GSPS sampling rate, it’s built for the future of radar and 5G.

Key Highlights:
✅ 2GHz Analog Bandwidth: Capture high-frequency signals with ease.
✅ JESD204B Interface: High-speed 8-lane interconnect for seamless FPGA integration.
✅ Industrial Reliability: Built to perform from -40°C to +85°C.
✅ Ultra-Low Noise: -154 dBFS/Hz noise density for maximum signal clarity.

From Autonomous Driving RADAR to Millimeter Wave Communication, the FH9680 provides the bandwidth and accuracy required for mission-critical innovation.

Revolutionize Automotive Vision with the FL9295 GMSL2 Acquisition & Injection Module! 🚗👁️Driving the future of autonomou...
29/04/2026

Revolutionize Automotive Vision with the FL9295 GMSL2 Acquisition & Injection Module! 🚗👁️

Driving the future of autonomous mobility requires high-fidelity, low-latency video data. Introducing the FL9295, a 4-channel GMSL2 FMC sub-card designed for professional automotive video acquisition and simulation injection.

Powered by the MAX96712 and MAX9295A chipsets, this module is the perfect bridge between high-speed vehicle cameras and ALINX FPGA carrier boards.

Key Advantages:
✅ Dual Mode: Simultaneous 4-channel acquisition and video injection.
✅ High Resolution: Supports up to 8MP @ 30fps or 4MP @ 60fps.
✅ FAKRA Standard: Secure, vehicle-grade 4-in-1 coaxial connectors.
✅ Long Range: Up to 20m (GMSL2) or 40m (GMSL1) cable support.

Whether you are developing ADAS algorithms, building data collection vehicles, or running HiL simulations, the FL9295 provides the robust performance needed for the modern road.

24/04/2026

Big congratulations to EYEX on their launch event this Sunday! 🥂🚀

We are honored to be the hardware partner for EYEX. Their revolutionary electronic rearview mirror is Powered by ALINX, utilizing our high-performance FPGA technology to deliver zero-latency, high-definition safety on the road.

Wishing the EYEX team a spectacular and successful launch! 🛣️✨

The Ultimate RF Solution: FH9000 ADRV9009 FMC Module! 🚀Looking for a high-integration RF sub-card for your next project?...
23/04/2026

The Ultimate RF Solution: FH9000 ADRV9009 FMC Module! 🚀

Looking for a high-integration RF sub-card for your next project? Meet the FH9000. Based on the VITA 57.1 architecture, this board is designed for high-performance broadband applications, covering everything from 75MHz up to 6GHz.

Whether you're developing 5G infrastructure, radar systems, or electronic warfare tools, the FH9000 provides the agility and bandwidth you need.

Advantages
💠Broadband Coverage: 75MHz to 6GHz frequency range.

💠High Bandwidth: Max 450MHz TX / 200MHz RX.

💠Professional RF Front-End: Integrated PA (up to 10dBm) and LNA (15dB gain) included.

💠Rapid Switching: Nanosecond-level TDD/FDD mode switching.

Key Features
🔸Transceiver ADRV9009 (16-bit ADC / 14-bit DAC)

🔸Digital Interface JESD204B

🔸RF Matching 50 Ω impedance with high isolation switches

🔸Clocking Flexible TI LMK04828 clock management

🔸Interface Standard FMC HPC connector

Applications
✔️ 5G & 4G Base Stations

✔️ Military & Military Communications

✔️ Microwave Backhaul Systems

✔️ Massive MIMO & Phased Array

Unlock the potential of Software Defined Radio with the FH9000! Contact us for technical support and ordering info. 📈

Learn more: https://www.en.alinx.com/Product/FMC-Cards/AD_DA_RF/FH9000.html

Step into the 16nm Era with the AXSU35 Spartan™ UltraScale+™ Platform! 🚀Introducing the AXSU35, our latest professional-...
14/04/2026

Step into the 16nm Era with the AXSU35 Spartan™ UltraScale+™ Platform! 🚀

Introducing the AXSU35, our latest professional-grade development platform featuring the AMD Spartan™ UltraScale+™ SU35P FPGA. Built on a 16nm FinFET process, this board is a game-changer for industrial and embedded systems, offering a massive leap in power efficiency and high-speed performance.

With its modular "Core Board + Base Board" design and an incredible 246 programmable I/Os, the AXSU35 is the ultimate foundation for everything from IIoT gateways to intelligent medical devices.

Advantages

🔹Next-Gen 16nm Fabric: Significant performance boost with lower power consumption compared to older generations.

🔹Extreme I/O Density: 246 I/Os (including HPIO and HDIO) for complex, multi-interface system designs.

🔹High-Bandwidth Memory: 64Mbit HYPERRAM @ 333.3 MHz for fast and efficient data buffering.

🔹Industrial-Grade Reliability: Designed for harsh environments with a wide-temperature, stable architecture.

FPGA/SoC

✅Model: XCSU35P-2SBVB625I (Spartan™ UltraScale+™)

✅Architecture: 16nm FinFET

✅Logic Cells: 36K

✅Flip-Flops: 33K

✅DSP Slices: 48

✅Total I/O: 246

Key Features

⚡Memory/Storage 64Mb HYPERRAM | 128Mb QSPI Flash

⚡Connectivity Gigabit Ethernet | USB 2.0 | RS232 | USB-to-UART

⚡Expansion 2 x 40-pin headers (perfect for ALINX camera/LCD/AD modules)

⚡Peripherals VGA Out | Micro SD Slot | RTC | 512 Byte EEPROM

⚡Design Modular SOM with 4 x Samtec board-to-board connectors

Target Applications
Industrial & Robotics: Factory Automation & IIoT Gateways

Communication: 4G/5G Wireless Infrastructure

Medical: Patient Monitors & Robotic Surgery

Data Center: Board Management Controllers (BMC)

Why Choose AXSU35?

The AXSU35 balances high-density I/O with modern 16nm efficiency. Whether you are developing Video Processing pipelines or Edge AI applications, this platform provides the hardware robustness and flexible expansion your project demands.

Get in Touch
Ready to upgrade your dev environment? Message us today for full datasheets and pricing!

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Shanghai

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