AT6010A-2AI

The AT6010A-2AI is an SRAM-based Field Programmable Gate Array (FPGA) from the AT6000(LV) family, offering 6,400 logic elements and approximately 30,000 usable gates in a 144-LQFP (20×20) surface-mount package. Designed for compute‑intensive and reconfigurable hardware tasks, this device targets industrial applications that require high I/O density, programmable logic, and robust operating-temperature performance.

As part of the AT6000(LV) architecture, the device supports high system speeds and in-system reconfiguration capability, enabling adaptive hardware implementations and hardware acceleration in embedded systems and industrial control equipment.

Key Features

• Core logic capacity — 6,400 logic elements (cells) and approximately 30,000 usable gates, with up to 6,400 registers available at the series level for implementing complex combinational and sequential logic.
• High performance timing — Series-level performance includes system speeds >100 MHz and flip-flop toggle rates >250 MHz; documented input and output delay characteristics help with timing analysis.
• Flexible I/O — 120 user I/O pins on this package; I/O features at the series level include independently configurable thresholds (TTL/CMOS), open-collector/tristate outputs, programmable slew-rate control, and 16 mA drive (combinable to 64 mA).
• In-system reconfiguration — Supports complete and partial in-system reconfiguration, enabling adaptive hardware updates without loss of data or machine state as described at the series level.
• Power characteristics — Series-level low-power behavior with standby currents in the microamp range and typical operating currents documented per device; designed for low-to-moderate operating power consumption.
• Package and mounting — 144-LQFP (20×20) surface-mount package for compact board-level integration.
• Industrial temperature range — Rated for operation from -40 °C to 85 °C, suitable for industrial ambient conditions.
• Supply and compliance — Voltage supply specified at 4.5 V to 5.5 V for this part; RoHS compliant.

Typical Applications

• Reconfigurable coprocessors — Implement hardware-accelerated functions and offload compute-intensive tasks using the device’s logic capacity and in-system reconfiguration.
• Industrial control and automation — Leverage the industrial temperature rating and robust I/O for sensor interfacing, motor control logic, and real-time control systems.
• High-density I/O bridging — Use the 120 user I/O pins and programmable I/O features for protocol bridging, peripheral expansion, or custom interface logic.
• Adaptive hardware and cache logic — Implement adaptive or cache-logic designs that benefit from the AT6000 series’ configurable array architecture and column-level clock/reset control.

Unique Advantages

• Substantial logic in a compact package: 6,400 logic elements and ~30,000 gates in a 144-LQFP provide a strong balance of density and board-space efficiency.
• High-speed operation: Series-level system speeds >100 MHz and flip-flop toggle rates >250 MHz support demanding timing requirements.
• Flexible, configurable I/O: Independently configurable I/O with TTL/CMOS thresholds and programmable drive/slew options simplifies interface design across mixed-voltage systems.
• In-system adaptability: Complete and partial in-system reconfiguration enables field updates and dynamic hardware adaptation without losing machine state.
• Industrial readiness: -40 °C to 85 °C rating and surface-mount 144-LQFP packaging support deployment in industrial environments.
• RoHS compliant supply: Environmentally compliant manufacturing and materials.

Why Choose AT6010A-2AI?

The AT6010A-2AI combines a substantial logic resource set with high-speed series-level performance and flexible I/O capabilities, packaged for compact board integration and industrial operation. It is well suited to engineers building reconfigurable coprocessors, hardware accelerators, or industrial control logic that require both logic density and field programmability.

Choosing this FPGA gives designers the ability to implement adaptive hardware with in-system reconfiguration, leverage a documented performance profile for timing-critical designs, and deploy in environments that demand industrial temperature support and RoHS compliance.

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