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Annual · values202520242023202220212020201920182017201620152014
Operating Cash Flow-5.61 M USD-4.58 M USD-4.69 M USD-16.02 M USD-12.02 M USD-2.59 M USD-651000 USD335000 USD-7.58 M USD-17.94 M USD-27.47 M USD-26.31 M USD
Depreciation & Amortization263000 USD3.91 M USD3.81 M USD611000 USD1.12 M USD143000 USD185000 USD598000 USD747000 USD998000 USD607000 USD449000 USD
Stock-Based Compensation521000 USD3.59 M USD5.21 M USD5.73 M USD4.48 M USD257000 USD263000 USD674000 USD719000 USD2.15 M USD3.65 M USD4.59 M USD
Capital Expenditures107000 USD94000 USD988000 USD71000 USD71000 USD103000 USD50000 USD300000 USD646000 USD1.20 M USD596000 USD
Cash Flow from Investing-107000 USD1.01 M USD10.04 M USD6.63 M USD229000 USD-396000 USD-50000 USD714000 USD12.97 M USD6.88 M USD22.82 M USD
Cash Flow from Financing5.26 M USD6.34 M USD3.44 M USD1.92 M USD9.57 M USD2.20 M USD-4000 USD2.95 M USD1.97 M USD8.10 M USD23.13 M USD2.24 M USD
Dividends Paid
Stock Buybacks
Free Cash Flow-5.72 M USD-4.78 M USD-17.01 M USD-12.09 M USD-2.66 M USD-754000 USD285000 USD-7.88 M USD-18.59 M USD-28.68 M USD-26.90 M USD

Peraso Inc. is a fabless semiconductor company specializing in millimeter wavelength (mmWave) wireless technology, headquartered in San Jose, California. The company develops and sells semiconductor devices, antenna modules, and chipsets that enable high-performance wireless connectivity across multiple frequency bands, with particular expertise in 60 GHz unlicensed and 5G mmWave spectrum. Peraso's product portfolio includes integrated circuits, antenna arrays, software, and intellectual property licensing, complemented by non-recurring engineering services. The company serves diverse applications requiring multi-gigabit data transmission and low-latency connectivity, including fixed wireless access for broadband delivery, industrial automation and factory connectivity, immersive video and extended reality applications, tactical and defense communications, and edge computing infrastructure. Peraso's solutions address scenarios where conventional wireless systems face capacity or deployment constraints, positioning its technology as an alternative to traditional wired infrastructure in both urban and rural markets globally.