AX1000-2FG676I

The AX1000-2FG676I is an Axcelerator® antifuse FPGA from Microchip Technology built on the AX architecture. It delivers a single‑chip, nonvolatile implementation with on‑chip embedded SRAM/FIFO control logic, segmentable clocks and integrated PLLs for system‑level timing control. With industrial temperature grading and a 676‑FBGA package, this device targets designs requiring robust, deterministic programmable logic with substantial I/O and embedded memory resources.

Key Features

• Core Performance — Antifuse-based AX architecture providing up to 1,000,000 equivalent system gates and 18,144 logic element cells for complex logic integration.
• Embedded Memory & FIFOs — Total on-chip memory of 165,888 bits (approximately 0.166 Mbits) organized in configurable RAM blocks with embedded FIFO control logic.
• I/O Flexibility — 418 user I/Os with multi‑standard, bank‑selectable support including high‑speed differential signaling; LVDS capable to 700 Mb/s.
• Clocking & PLLs — Segmentable clock resources plus embedded PLLs with a 14–200 MHz input range and frequency synthesis capabilities up to 1 GHz for precise clock management.
• Deterministic Timing & Diagnostics — User‑controllable timing characteristics and in‑system diagnostic/debug capability via Microchip Silicon Explorer II; JTAG boundary‑scan support (IEEE 1149.1).
• Power & Voltage — Core supply range 1.425 V to 1.575 V, supporting low‑voltage operation consistent with antifuse-based single‑chip solutions.
• Package & Mounting — 676‑BGA (676‑FBGA, 27×27) surface‑mount package suitable for board‑level integration in compact systems.
• Industrial Grade & Compliance — Rated for –40 °C to 85 °C operating temperature and RoHS compliant.
• Security & Programming — Antifuse programming with FuseLock™ technology to protect designs against reverse engineering and unauthorized access.

Typical Applications

• High‑speed data interfaces — Use embedded FIFOs and LVDS‑capable I/Os to buffer and transport data streams at hundreds of megabits per second.
• Protocol bridging and I/O aggregation — Leverage 418 I/Os and bank‑selectable standards to implement custom interface conversions and multi‑standard front ends.
• Timing‑sensitive control systems — Segmentable clocks and integrated PLLs enable stable, deterministic timing for real‑time and industrial automation applications.

Unique Advantages

• Nonvolatile single‑chip solution: Antifuse implementation stores configuration permanently on device, removing the need for external configuration memory.
• Substantial on‑chip resources: 18,144 logic element cells and approximately 0.166 Mbits of embedded memory simplify designs by reducing external SRAM requirements.
• Robust high‑speed I/O: LVDS capability to 700 Mb/s and programmable I/O standards support mixed‑voltage interfaces without additional translation hardware.
• Deterministic clocking: Segmentable clocks plus PLL frequency synthesis deliver precise timing control for high‑performance signal processing tasks.
• Industrial reliability: –40 °C to 85 °C rating and surface‑mount 676‑FBGA package support deployment in industrial environments.
• Design security: FuseLock™ programming protects intellectual property and guards against reverse engineering.

Why Choose AX1000-2FG676I?

The AX1000-2FG676I positions itself as a high‑performance, nonvolatile FPGA option for engineers who need deterministic timing, substantial logic and embedded memory, and flexible high‑speed I/O in an industrial‑grade package. Its antifuse architecture and integrated system features—PLLs, embedded FIFOs, and robust I/O standards—help reduce external components and simplify system architecture.

Choose this device when your design requires a compact BGA package, industrial operating range, and on‑chip resources that support heavy logic integration and high‑throughput interfaces while benefiting from in‑system diagnostic capabilities and programming security.

Request a quote or submit a product inquiry to receive pricing and availability for the AX1000-2FG676I. Our team can provide configuration details and lead‑time information to support your design schedule.