AT6010ALV-4AC

The AT6010ALV-4AC is an SRAM-based FPGA from the AT6000(LV) family designed for reconfigurable compute-intensive logic. Its symmetrical cell array, independent column clocking and flexible busing network make it well suited for hardware acceleration, reconfigurable coprocessors and custom logic functions.

This device combines high switching performance with low-power operation and flexible I/O. Key on-chip resources include 6,400 logic cells (registers), a 120-pin I/O configuration, and a 144‑LQFP surface-mount package, supporting system-level designs that require fast, configurable logic blocks in a compact footprint.

Key Features

• Core Performance — System speeds greater than 100 MHz and flip-flop toggle rates exceeding 250 MHz provide headroom for high-speed logic and timing-critical functions.
• Logic Capacity — Approximately 6,400 logic cells (registers) and 30,000 usable gates give substantial combinational and sequential resources for complex logic implementations.
• I/O Count & Flexibility — 120 user I/Os with independently configurable I/O (PCI compatible) supporting TTL/CMOS thresholds, open-collector/tristate outputs, programmable slew-rate control and up to 16 mA drive per pin (combinable to 64 mA).
• Clocking and Timing — Independently controlled column clocks and resets with clock skew less than 1 ns across the chip, plus documented input delays (1.2 ns/1.5 ns) and output delays (3.0 ns/6.0 ns) for predictable timing behavior.
• Low-Voltage Supply & Power — Device supply range specified at 3.135 V to 3.465 V with typical operating currents referenced in the series datasheet, enabling lower-voltage system designs.
• Package & Thermal — Surface-mount 144-LQFP (20 × 20 mm) package; commercial-grade operating temperature range 0 °C to 70 °C. RoHS compliant.
• In-System Reconfiguration — Supports complete or partial in-system reconfiguration without loss of data or machine state, enabling adaptive hardware updates and runtime optimization.

Typical Applications

• Reconfigurable Coprocessors — Offload compute-intensive algorithms to hardware-implemented logic for acceleration of data-path operations.
• Hardware Acceleration / Cache Logic — Implement adaptive cache-logic functions and custom acceleration blocks to improve system throughput.
• Custom I/O Bridging and Protocol Glue — Use flexible, independently configurable I/O to implement protocol conversion, bus bridging, and custom peripheral interfaces.
• Rapid Prototyping and In-System Updates — Leverage partial or full in-system reconfiguration to iterate hardware designs and deploy updates without board removal.

Unique Advantages

• Reconfigurable Acceleration: In-system reconfiguration enables hardware-level updates and adaptive behavior without loss of machine state, reducing development cycles for iterative designs.
• High-Speed Timing: Documented system speeds >100 MHz and low clock skew (<1 ns) simplify timing closure for complex synchronous designs.
• Dense Logic Resource: 6,400 logic cells and 30,000 gates provide substantial capacity for medium-to-large custom logic implementations while maintaining a compact package footprint.
• Flexible, High-Drive I/O: Independently configurable I/O with TTL/CMOS thresholds and programmable slew-rate, plus combinable drive strengths, supports diverse interfacing requirements.
• Low-Voltage Operation: Specified supply range around 3.3 V supports modern lower-voltage systems and helps reduce overall board power budget.
• Compact Surface-Mount Package: 144-LQFP (20 × 20 mm) offers a balance of pin count and board-level density for space-conscious designs.

Why Choose AT6010ALV-4AC?

The AT6010ALV-4AC positions itself as a performant, reconfigurable FPGA option for designs that require substantial logic density, flexible I/O and in-system adaptability. With a symmetrical cell array, independent column clocks, and documented timing characteristics, it supports high-speed, compute-focused implementations in a commercial-temperature, surface-mount form factor.

This device is appropriate for engineers seeking a balance of logic capacity, I/O flexibility and reconfiguration capability for applications such as hardware acceleration, protocol bridging and runtime-updatable logic. Its RoHS compliance and established architecture make it a practical choice for projects requiring dependable FPGA resources within the specified voltage and temperature ranges.

Request a quote or submit a pricing inquiry to obtain availability, lead time and volume pricing for the AT6010ALV-4AC.