LAV-AT-X30-1ASG410C

The LAV-AT-X30-1ASG410C is a commercial-grade FPGA built on the Lattice Avant platform. It delivers high logic density with programmable fabric and platform-level primitives described in the Avant datasheet, enabling embedded processing, memory interfacing, and high-speed I/O functions.

Key on-chip resources include 262,000 logic elements, approximately 1.74 Mbits of embedded memory, and 196 user I/O pins, all provided in a compact 410-WLCSP package. The device is intended for surface-mount assembly and operates over a commercial temperature range.

Key Features

• Avant Platform Architecture Built on the Lattice Avant platform with architecture primitives and blocks detailed in the Avant datasheet, including routing, programmable functional units, and system-level blocks.
• Logic Capacity 262,000 logic element cells for implementing complex custom logic and glue functions.
• Embedded Memory Approximately 1.74 Mbits of total on-chip RAM (1,740,800 bits) for FIFOs, buffering, and local data storage.
• I/O and Programmability 196 user I/Os with programmable I/O cell functionality as described in the platform documentation, enabling flexible interface configurations.
• Clocking and Timing Platform-level clock resources referenced in the datasheet include an on-chip oscillator, PLL, global and regional clocking structures to support synchronized logic and memory interfaces.
• Memory and PHY Support Datasheet coverage includes sysMEM and DDR memory support and DDRPHY overview for external memory interfacing.
• High-Speed Serial and Protocol Support The Avant platform includes SERDES and PCS building blocks, suitable for integrating serial protocols per the platform documentation.
• Package and Mounting 410-WLCSP (11×9) surface-mount package (410-BGA, WLCSP) for compact board-level integration.
• Power and Operating Range Specified supply condition at 820 mV and an operating temperature range of 0 °C to 85 °C (commercial grade).
• Regulatory Compliance RoHS compliant for environmental and manufacturing considerations.

Typical Applications

• Embedded Processing and Acceleration Implement custom compute blocks and offload tasks using the device’s 262,000 logic elements and sysDSP resources described in the platform documentation.
• Memory Interfaces and Buffering Use on-chip sysMEM resources and DDRPHY support for external memory controllers, buffering, and high-throughput data paths.
• High-Density I/O Bridging Leverage 196 configurable I/Os and programmable I/O cells to consolidate interfaces and reduce board-level component count.
• High-Speed Serial Connectivity Integrate SERDES/PCS-based serial links and protocol logic for board-to-board or mezzanine connections in commercial systems.

Unique Advantages

• High Logic Density: 262,000 logic element cells provide ample capacity for complex glue logic, custom accelerators, and system integration tasks.
• On-Chip Memory Resources: Approximately 1.74 Mbits of embedded RAM reduces dependence on external memory for many buffering and local storage needs.
• Flexible I/O Count and Packaging: 196 I/Os in a compact 410-WLCSP (11×9) footprint enable space-efficient designs with extensive external connectivity.
• Platform-Level Primitives: Clocking, PLLs, sysMEM, sysDSP, and SERDES/PCS building blocks referenced in the Avant documentation streamline system integration and accelerate development.
• Commercial Temperature and RoHS Compliance: Designed for commercial deployments with a 0 °C to 85 °C operating range and RoHS compliance for modern manufacturing requirements.

Why Choose LAV-AT-X30-1ASG410C?

The LAV-AT-X30-1ASG410C positions itself as a high-capacity, commercially graded FPGA option within the Lattice Avant family, offering a blend of dense programmable logic, embedded memory, and flexible I/O in a compact WLCSP package. It is suited to designers who need substantial on-chip resources for custom logic, memory interfacing, and high-speed serial integration while maintaining a small board footprint.

Backed by the Avant platform documentation and Lattice Semiconductor’s product resources, this device supports system-level architectures that rely on integrated clocking, sysMEM, sysDSP, and SERDES/PCS primitives described in the datasheet.

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