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10M50DDF256C8G MAX 10 series 50K logic elements non-volatile programmable logic device for industrial control applications
Intel Altera MAX 10 Series High-Density Non-Volatile FPGA 10M50DDF256C8G for Advanced Embedded Systems Intel Altera MAX 10 High-Density FPGA 10M50DDF256C8G for Industrial Control and Video Processing
Intel Altera MAX 10 Series High-Density Non-Volatile FPGA 10M50DDF256C8G for Advanced Embedded Systems Intel Altera MAX 10 High-Density FPGA 10M50DDF256C8G for Industrial Control and Video Processing
Intel Altera MAX 10 Series High-Density Non-Volatile FPGA 10M50DDF256C8G for Advanced Embedded Systems Intel Altera MAX 10 High-Density FPGA 10M50DDF256C8G for Industrial Control and Video Processing
Intel Altera MAX 10 Series High-Density Non-Volatile FPGA 10M50DDF256C8G for Advanced Embedded Systems Intel Altera MAX 10 High-Density FPGA 10M50DDF256C8G for Industrial Control and Video Processing
Intel Altera MAX 10 Series High-Density Non-Volatile FPGA 10M50DDF256C8G for Advanced Embedded Systems Intel Altera MAX 10 High-Density FPGA 10M50DDF256C8G for Industrial Control and Video Processing
10M50DDF256C8G MAX 10 series 50K logic elements non-volatile programmable logic device for industrial control applications
Intel Altera MAX 10 Series High-Density Non-Volatile FPGA 10M50DDF256C8G for Advanced Embedded Systems Intel Altera MAX 10 High-Density FPGA 10M50DDF256C8G for Industrial Control and Video Processing
Intel Altera MAX 10 Series High-Density Non-Volatile FPGA 10M50DDF256C8G for Advanced Embedded Systems Intel Altera MAX 10 High-Density FPGA 10M50DDF256C8G for Industrial Control and Video Processing
Intel Altera MAX 10 Series High-Density Non-Volatile FPGA 10M50DDF256C8G for Advanced Embedded Systems Intel Altera MAX 10 High-Density FPGA 10M50DDF256C8G for Industrial Control and Video Processing
Intel Altera MAX 10 Series High-Density Non-Volatile FPGA 10M50DDF256C8G for Advanced Embedded Systems Intel Altera MAX 10 High-Density FPGA 10M50DDF256C8G for Industrial Control and Video Processing
Intel Altera MAX 10 Series High-Density Non-Volatile FPGA 10M50DDF256C8G for Advanced Embedded Systems Intel Altera MAX 10 High-Density FPGA 10M50DDF256C8G for Industrial Control and Video Processing
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Intel Altera MAX 10 Series High-Density Non-Volatile FPGA 10M50DDF256C8G for Advanced Embedded Systems

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10M50DDF256C8G Product Overview


The 10M50DDF256C8G is a high-density Field Programmable Gate Array from Intel (formerly Altera) in the MAX 10 series, manufactured on advanced 55nm process technology. The 10M50DDF256C8G features 50,000 logic elements, 3,125 LABs, 1,677,312 bits of block RAM, and 178 user I/O pins.

The 10M50DDF256C8G delivers exceptional logic density and non-volatile single-chip architecture. The 10M50DDF256C8G features internal dual configuration flash and user flash memory, eliminating the need for external configuration devices with instant-on capability. This commercial-grade device supports 0°C to 85°C operation and comes in a 17×17mm 256-pin FBGA package.

The MAX 10 series is Intel's only FPGA family with integrated internal flash, delivering high logic density while maintaining low cost. The 10M50DDF256C8G serves as the high-density model of this series, targeting cost-sensitive, high-throughput applications across industrial automation, communications, video processing, and IoT.


10M50DDF256C8G Core Features


  • Non-Volatile Single-Chip Architecture： The 10M50DDF256C8G offers internal dual configuration flash and user flash, no external configuration device needed, instant-on capability, simplified system design and reduced BOM cost

  • High-Density Logic and Memory Resources： The 10M50DDF256C8G provides 50,000 logic elements with 3,125 LABs. 1,677,312 bits of block RAM (approximately 1.6Mbits) for data buffering, image processing, and high-performance caching

  • Flexible I/O Interface： The 10M50DDF256C8G features 178 user I/O pins supporting multiple I/O voltage standards for various peripheral connections

  • Integrated Analog Functions： The 10M50DDF256C8G includes a built-in temperature sensor and ADC, reducing external component requirements

  • Commercial Operating Temperature： The 10M50DDF256C8G operates in a 0°C to 85°C junction temperature range with MSL Level 3 (168 hours)

  • Package and Process： The 10M50DDF256C8G is manufactured on 55nm process technology with core voltage 2.85V to 3.465V. 17×17mm 256-pin FBGA package, RoHS compliant

  • Security Features： 256-bit AES bitstream encryption with UID protection and built-in SEU detection and correction for high-security applications


10M50DDF256C8G Applications


  • Industrial Automation and Control： The 10M50DDF256C8G’s 50K logic elements with internal flash are ideal for large PLCs, motion control, and machine vision

  • Communications and Networking： The 10M50DDF256C8G handles protocol processing and signal control for small cell base stations, switches, and routers

  • Video and Image Processing： The 10M50DDF256C8G provides 1.6Mbit block RAM for video codec and image processing applications

  • System Management and I/O Expansion： The 10M50DDF256C8G supports system management, I/O expansion, and control plane applications

  • IoT and Edge Computing： The 10M50DDF256C8G’s internal flash and low power make it suitable for smart sensors, data acquisition, and edge computing nodes

  • Motor Control： The 10M50DDF256C8G uses its integrated temperature sensor and logic resources for motor drive and control applications


10M50DDF256C8G Key Advantages


  • Highest Density in MAX 10 Series： The 10M50DDF256C8G offers 50,000 logic elements for complex system designs

  • Only Single-Chip FPGA with Integrated Flash： The 10M50DDF256C8G requires no external configuration chip, providing instant-on capability

  • High-Density Logic with Optimized Package： The 10M50DDF256C8G packs 50K logic elements in a 17×17mm package for space-constrained applications

  • Advanced Security Features： The 10M50DDF256C8G features 256-bit AES encryption, UID protection, and SEU detection/correction

  • Integrated Analog Functions： The 10M50DDF256C8G includes a built-in temperature sensor and ADC

  • Comprehensive Development Ecosystem： Quartus Prime design suite with complete IP core library and Nios II soft processor support for the 10M50DDF256C8G

  • Competitive Cost： The 10M50DDF256C8G offers an attractive price point as Intel's low-cost FPGA family


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      Intel Altera MAX 10 Series High-Density Non-Volatile FPGA 10M50DDF256C8G for Advanced Embedded Systems Intel Altera MAX 10 High-Density FPGA 10M50DDF256C8G for Industrial Control and Video ProcessingIntel Altera MAX 10 Series High-Density Non-Volatile FPGA 10M50DDF256C8G for Advanced Embedded Systems Intel Altera MAX 10 High-Density FPGA 10M50DDF256C8G for Industrial Control and Video ProcessingIntel Altera MAX 10 Series High-Density Non-Volatile FPGA 10M50DDF256C8G for Advanced Embedded Systems Intel Altera MAX 10 High-Density FPGA 10M50DDF256C8G for Industrial Control and Video ProcessingIntel Altera MAX 10 Series High-Density Non-Volatile FPGA 10M50DDF256C8G for Advanced Embedded Systems Intel Altera MAX 10 High-Density FPGA 10M50DDF256C8G for Industrial Control and Video ProcessingIntel Altera MAX 10 Series High-Density Non-Volatile FPGA 10M50DDF256C8G for Advanced Embedded Systems Intel Altera MAX 10 High-Density FPGA 10M50DDF256C8G for Industrial Control and Video ProcessingIntel Altera MAX 10 Series High-Density Non-Volatile FPGA 10M50DDF256C8G for Advanced Embedded Systems Intel Altera MAX 10 High-Density FPGA 10M50DDF256C8G for Industrial Control and Video ProcessingIntel Altera MAX 10 Series High-Density Non-Volatile FPGA 10M50DDF256C8G for Advanced Embedded Systems Intel Altera MAX 10 High-Density FPGA 10M50DDF256C8G for Industrial Control and Video ProcessingIntel Altera MAX 10 Series High-Density Non-Volatile FPGA 10M50DDF256C8G for Advanced Embedded Systems Intel Altera MAX 10 High-Density FPGA 10M50DDF256C8G for Industrial Control and Video ProcessingIntel Altera MAX 10 Series High-Density Non-Volatile FPGA 10M50DDF256C8G for Advanced Embedded Systems Intel Altera MAX 10 High-Density FPGA 10M50DDF256C8G for Industrial Control and Video ProcessingIntel Altera MAX 10 Series High-Density Non-Volatile FPGA 10M50DDF256C8G for Advanced Embedded Systems Intel Altera MAX 10 High-Density FPGA 10M50DDF256C8G for Industrial Control and Video ProcessingIntel Altera MAX 10 Series High-Density Non-Volatile FPGA 10M50DDF256C8G for Advanced Embedded Systems Intel Altera MAX 10 High-Density FPGA 10M50DDF256C8G for Industrial Control and Video Processing




FAQ:

  1. What is the 10M50DDF256C8G, and how is it different from a regular FPGA?
    The 10M50DDF256C8G is a non-volatile FPGA from Intel’s MAX 10 family with built-in configuration flash and an analog ADC. Unlike standard FPGAs that require an external configuration device, the 10M50DDF256C8G boots instantly upon power-up, providing digital logic, analog acquisition, and program storage all in a single chip—ideal for space- and cost-sensitive designs.

  2. What are the practical benefits of the on-chip flash? Do I still need an external configuration device?
    No, the 10M50DDF256C8G’s on-chip flash stores the configuration bitstream directly, completely eliminating the need for external configuration devices like EPCS/EPCQ chips. It enables instant-on startup within milliseconds of power-up and also provides user-accessible UFM (User Flash Memory) for storing calibration data or system parameters.

  3. Does this FPGA have an ADC? What are its accuracy and speed?
    Yes, and it is a key feature of the 10M50DDF256C8G. It includes a dual 12-bit successive-approximation ADC running at up to 1Msps with up to 18 analog input channels. The ADC is internally connected to the FPGA fabric, making the 10M50DDF256C8G excellent for multi-channel voltage, current, or sensor signal acquisition.

  4. How many logic resources does the 10M50 have? Can it run a soft CPU core?
    With 50,000 logic elements and 1,638 Kbit of embedded RAM, the 10M50DDF256C8G has ample resources to implement a Nios II processor or a lightweight RISC-V soft core, along with a rich set of custom peripherals, enabling a true single-chip system-on-chip (SoC).

  5. What I/O standards are supported? Can I directly connect to 3.3V devices and LVDS?
    The 10M50DDF256C8G supports a comprehensive range: LVTTL/LVCMOS at 3.3V, 2.5V, 1.8V, 1.5V, and 1.2V, plus differential standards like SSTL, HSTL, LVDS, and RSDS. I/O voltages are bank-configurable, so you can easily interface with 3.3V peripherals while using LVDS for high-speed links.

  6. How do I configure and develop for it? What software is required?
    Use Intel Quartus Prime software—the free Lite Edition fully supports the 10M50DDF256C8G. Configuration is done via a standard USB-Blaster cable over the JTAG interface. The chip also supports AES-256 bitstream encryption to protect your design from being read or copied.

  7. What advantages does the MAX 10 have over Cyclone IV/E or similar FPGAs?
    The main advantage is single-chip integration: the 10M50DDF256C8G eliminates the external configuration device and often an external ADC, simplifying the BOM. It also supports instant-on and dual-configuration images (dual-boot), increasing system reliability. Logic and DSP performance are comparable to similarly sized Cyclone devices.

  8. Is the 10M50 power-hungry? Can it be used in portable devices?
    The 10M50DDF256C8G is optimized for low power, with very low static consumption. By using techniques like sleep mode and clock gating, you can further reduce system power, making the 10M50DDF256C8G suitable for power-sensitive portable or battery-powered equipment.

  9. What do “DDF256” and “C8G” mean in the part number?
    “DDF256” designates the 256-pin FineLine BGA (FBGA) package, 17×17mm with 1.0mm ball pitch. “C” = commercial temperature range (0°C–85°C); “8” = speed grade (lower is faster, C8 is one of the faster commercial grades); “G” = lead-free, RoHS-compliant.

  10. How can I quickly get started? Are there development boards available?
    Intel offers official MAX 10 evaluation boards, and many third-party vendors supply compatible development kits. These boards typically include an onboard USB-Blaster, ADC reference circuitry, and rich expansion connectors. Combined with Quartus Prime and reference designs, you can rapidly begin prototyping with the 10M50DDF256C8G.

Manufacturer： :
Intel (Altera)
Product Family： :
MAX 10
Logic Elements： :
50,000
Configurable Logic Blocks： :
3,125 LABs
Block RAM Capacity： :
1,677,312 bits (approx. 1.6Mbits)
User I/O： :
178
Process Technology： :
55nm
Core Voltage： :
2.85V to 3.465V
Temperature Range： :
0°C to 85°C (Commercial Grade)
Package Type： :
FBGA-256 (17×17mm)
Internal Flash： :
Dual Configuration Flash + User Flash
Security Features： :
256-bit AES encryption, UID protection, SEU detection/correction
Integrated Functions： :
Temperature sensor, ADC
MSL Level： :
3 (168 Hours)
ECCN： :
EAR99
RoHS Compliance： :
RoHS 3 compliant, Lead free
Target Applications： :
Industrial automation, Communications, Video processing, IoT, Motor control
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