ICE40LP384-CM49TR

The ICE40LP384-CM49TR is a low-power Field Programmable Gate Array (FPGA) IC from Lattice Semiconductor’s iCE40 LP family. It delivers a compact, industrial‑grade logic element footprint with 384 logic elements and 37 programmable I/Os in a 49‑VFBGA (3×3 mm ucBGA) package.

Designed for low-power embedded and industrial applications, this device combines a 40 nm low-power process, flexible I/O options and on-chip configuration choices to address compact control, protocol bridging and sensor interfacing tasks where small size and wide operating temperature are required.

Key Features

• Core logic — 384 logic elements (LUT + flip‑flop) for compact control, glue logic and state‑machine implementations.
• I/O flexibility — 37 programmable I/Os delivered in the 49‑VFBGA package, with programmable sysIO buffer support for common interface levels referenced by the iCE40 family.
• Ultra low power process — Built on an advanced 40 nm low‑power process; iCE40 family devices report standby currents as low as 21 μA.
• Configuration options — Family-level support for standard SPI configuration and internal non‑volatile configuration memory (NVCM) for flexible boot and reconfiguration workflows.
• Voltage and operating range — Supply voltage range from 1.14 V to 1.26 V and industrial operating temperature range of −40 °C to 100 °C.
• Industrial packaging and mounting — 49‑VFBGA (49‑UCBGA 3×3) surface‑mount package offering a compact PCB footprint for space‑constrained designs.
• Compliance — RoHS compliant.

Typical Applications

• Industrial control modules — Compact logic and I/O concentration for machine control, protocol conversion and deterministic state machines within industrial temperature envelopes.
• Sensor interface and pre‑processing — Aggregate and preprocess sensor signals or implement simple filtering and event detection with low static power.
• Protocol bridging and glue logic — Implement custom serial interfaces, bus adaptation or timing logic between system components using abundant programmable I/Os.
• Low‑power embedded systems — Small footprint FPGA for battery‑aware or always‑on subsystems that benefit from low standby current and compact packaging.

Unique Advantages

• Right‑sized logic density: 384 logic elements provide a focused resource set for small to medium control and interface tasks without overprovisioning.
• Compact package: 49‑VFBGA (3×3 mm ucBGA) minimizes PCB area while delivering 37 usable I/Os for dense board designs.
• Low operating and standby power: Fabricated on a 40 nm low‑power process and part of a family with sub‑microamp standby capabilities, helping reduce system idle power.
• Industrial temperature rating: −40 °C to 100 °C supports deployment in harsher environments where extended temperature range is required.
• Flexible configuration: Support for SPI configuration and on‑chip non‑volatile configuration memory enables a variety of boot and update strategies.
• Regulatory readiness: RoHS compliance simplifies material and supply‑chain planning.

Why Choose ICE40LP384-CM49TR?

The ICE40LP384-CM49TR targets designs that require a compact, industrial‑rated FPGA with modest logic capacity and flexible I/O in a very small package. Its low‑power 40 nm process and family configuration options make it suitable for always‑on controllers, sensor hubs, and protocol bridging tasks where board space, thermal margin and standby power are primary concerns.

For engineering teams and procurement selecting a small, reliable FPGA for industrial or embedded products, this part offers a clear balance of size, temperature range and I/O capability backed by the iCE40 family’s configuration and low‑power attributes.

Request a quote or submit a sales inquiry to evaluate ICE40LP384-CM49TR for your next low‑power, space‑constrained FPGA design.