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Build for Altera Agilex® FPGA and SoC Family
Delivering custom designs and services that get you to market faster
Accelerating innovation across the Agilex FPGA portfolio
At Fidus, we have cultivated a strong relationship with Altera over the years, focusing on leveraging their latest technologies to solve complex design challenges. As a GOLD Tier Partner, we have extensive experience working with Altera’s product offerings, especially Agilex. Our team of FPGA experts has consistently delivered high-performance solutions, ensuring our clients achieve their market goals faster and more efficiently.
Agilex™ 7 F-Series SoC
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- Developed an industrial automated thermal test system for ICs.
- Utilized RTOS for real-time system control requirements.
- Selected Agilex 7 F-Series SoC for its high pin count to handle all peripheral interfaces.
- Control board managed tasks such as commanding actuators, dispensing thermal paste, heating thermal heads, and communicating with robots.
- Aggregated data and reported to a data logger, increasing throughput of the thermal tester.
- Improved time to market (TTM) for the customer
Agilex™ 7 F-Series
- Created a multi-channel channelizer block.
- Involved model development, RTL development, filter design, verification, timing closure, and documentation.
- Developed an 8-channel, super-sample rate digital down converter design using Agilex 7.
- Matched customer’s model simulations and met timing/resource constraints.
- Utilized tools such as Quartus, HDL Coder, MATLAB, Python, and NumPy.
- Enabled customer to get their product to market faster and generate revenue quickly.
Agilex™ 7 I-Series SoC
- Met the needs of high-speed networking hardware development.
- Leveraged Agilex 7 I-Series SoC’s PCIe 5.0 x16 capability.
- Implemented RTL development and embedded software within the Intel HPS environment.
- Key components included HPS boot first sequence, U-Boot, and Linux.
- Efficiently met high-performance requirements for the customer
- Requirements definition
- Intel® SoC device selection
- Partitioning HPS and FPGA functions
- Power system budgeting, design, and sequencing
- BSP and driver design, U-Boot/Linux
- GStreamer implementations and customization
- HPS implementation and interfacing
- Transceiver usage and implementation
- Clocking
- FPGA functional block design and HPS communication
- Memory subsystem design and implementation
- Signal and power integrity
- High-speed (32Gbps+) PCB layout
- Thermal assessment and solutions
- Quartus® Prime, SoC EDS
- Linux, U-Boot
- DDR4 @ 2400Mbps
- Boot Options (SecureDigital, QSPI, CFI, MMC, NAND)
- USB
- PCIe; Root and End Point
- Storage; M.2, NVMe, SATA
- Video encoding; H.264/H.265
- Video Interfaces; HDMI4K, DisplayPort, SDI, MIPI
- I2C, SPI, UART, Ethernet (100/1G/10G/100G)
Experience has taught us how to solve problems on any scale
Trust us to deliver on time. That’s why 95% of our customers come back.