M2GL050T-1VFG400I

The M2GL050T-1VFG400I is an IGLOO2 flash-based FPGA combining fourth-generation programmable fabric with high-performance communications interfaces and embedded system resources. It targets industrial applications that require low-power, secure, and reliable programmable logic with integrated memory and high-speed serial links.

Built on the IGLOO2 family architecture, this device delivers a mix of logic, embedded RAM, DSP mathblocks and multi-standard I/Os in a 400-ball LFBGA package, making it suitable for applications that need on-chip processing, memory interfacing and robust connectivity.

Key Features

• FPGA Fabric: Efficient 4-input LUT fabric with carry chains, providing a flexible logic foundation for custom digital designs.
• Logic Capacity: 56,340 logic elements for implementing medium-to-large custom logic and state machines.
• Embedded Memory: Approximately 1.87 Mbits of total on-chip RAM (1,869,824 bits) to support data buffering, on-chip storage and small working datasets.
• DSP Resources: Series-level mathblock architecture supports hardware multiplication and accumulation for signal processing tasks (series documentation describes up to 240 mathblocks).
• High-Speed Serial Interfaces: Series-capable SERDES and protocol support including PCI Express, XAUI/XGXS and native SERDES options for high-bandwidth links (series-level features).
• High-Speed Memory Controllers: Series-level DDRx memory controller support (LPDDR/DDR2/DDR3) and DDR bridging for high-throughput external memory access.
• Multi-Standard I/Os: 207 user I/Os supporting multiple voltage and signaling standards (LVCMOS, LVDS and DDR-related interfaces as described at the family level).
• Operating Conditions: Wide supply range of 1.14 V to 2.625 V and industrial temperature rating from -40 °C to 100 °C.
• Package & Mounting: 400-LFBGA package (supplier package: 400-VFBGA, 17 × 17) designed for surface-mount assembly.
• Security & Reliability: Flash-based nonvolatile configuration and family-level security features including encrypted bitstream support, device certificate and anti-tamper/zeroization mechanisms.
• Compliance: RoHS compliant for environmental conformity.

Typical Applications

• High‑speed networking and communications: Use the device’s series-capable SERDES lanes and PCIe/XAUI support to implement protocol bridges, PHY interfaces or packet processing functions.
• Signal processing and DSP: Leverage on-chip mathblocks and embedded RAM to accelerate filtering, transforms and other real-time DSP tasks.
• Memory interface and buffering: Implement DDR2/DDR3 memory controllers and DDR bridges for designs requiring external DRAM access and high-throughput buffering.
• Industrial control and embedded systems: Deploy the industrial-grade operating temperature range and multi-standard I/Os for sensor interfacing, motor control logic and machine automation subsystems.

Unique Advantages

• Highly integrated architecture: On-chip logic, significant embedded RAM and DSP resources reduce external component count and simplify board-level design.
• Flexible connectivity: Family-level high-speed serial protocols and multi-standard I/Os enable deployment across a range of communication and interface requirements.
• Industrial readiness: Specified operation from -40 °C to 100 °C and surface-mount 400-LFBGA packaging support reliable use in industrial environments.
• Security-focused features: Flash-based configuration plus family-level encrypted bitstream, device certificate and anti-tamper options help protect IP and supply-chain integrity.
• Scalable processing resources: Large logic element count and series-described DSP/mathblock resources allow designs to scale in complexity without immediate device changes.

Why Choose M2GL050T-1VFG400I?

The M2GL050T-1VFG400I positions IGLOO2 family capabilities into an industrial-grade, flash-configurable FPGA with a balanced mix of logic, embedded memory and high-speed interfaces. It is suited to engineers who need a secure, low-power programmable device with on-chip resources for signal processing, memory interfacing and robust connectivity.

For designs that prioritize integration, flexibility and industrial temperature operation, this device provides verifiable resources and family-level features that support long-term deployment and scalable design evolution.

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