Lenno Liu, Graduate student of Prof. Jennifer Hasler “Adventures in FPAA” using a different FPAA toolset for his ECE4450 Analog Circuits for Music Synthesis Project.
Featured collection
Translation missing: en.general.accessibility.sku
AN231K04-DUAL2
Translation missing: en.general.accessibility.sku
AN231K04-QUAD4
Translation missing: en.general.accessibility.sku
OTC2310K04-PIKA
Latest Stories
FPAA vs FPGA: Power-Efficient Analog Flexibility for Embedded Systems
Field Programmable Analog Arrays (FPAAs) bring FPGA-like flexibility to the analog domain, enabling engineers to dynamically configure amplifiers, filters, and routing directly in hardware. Unlike FPGAs, which handle digital logic, FPAAs operate on analog signals to reduce latency, lower power use, and simplify design. Paired with FPGAs, they create hybrid embedded systems that combine adaptive analog processing with digital control for more efficient, reconfigurable, and compact solutions.
Okika Devices to Exhibit at Embedded World this November
Live demos of FPAA-powered analog computing, sensor front-ends and mixed-signalprototyping Anaheim Convention Center — November 4-6, 2025 — Okika Devices, a leader in field-programmable analog arrays (FPAAs) and rapid mixed-signal prototyping tools, today announced it will exhibit at Embedded World...
Colorado ONE Fund Invests in Okika Devices with HQ at Catalyst Campus
Colorado ONE Fund, a regionally focused venture arm of ONE Funds, which backs critical technologies that advance Colorado’s innovation economy, has announced a strategic investment in Okika Devices, a leading developer of Field Programmable Analog Array (FPAA) integrated circuits. This...
