ICatch Technology, Inc. Reports Earnings Results for the Second Quarter and Six Months Ended June 30, 2022
August 10, 2022
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iCatch Technology, Inc. reported earnings results for the second quarter and six months ended June 30, 2022. For the second quarter, the company reported sales was TWD 354.59 million compared to TWD 328.96 million a year ago. Net income was TWD 45.48 million compared to TWD 69.52 million a year ago. Basic earnings per share from continuing operations was TWD 0.53 compared to TWD 0.96 a year ago. Diluted earnings per share from continuing operations was TWD 0.53 compared to TWD 0.92 a year ago. Basic earnings per share was TWD 0.53 compared to TWD 0.96 a year ago. Diluted earnings per share was TWD 0.53 compared to TWD 0.92 a year ago.
For the six months, sales was TWD 617.32 million compared to TWD 548.7 million a year ago. Net income was TWD 58.51 million compared to TWD 56.77 million a year ago. Basic earnings per share from continuing operations was TWD 0.69 compared to TWD 0.79 a year ago. Diluted earnings per share from continuing operations was TWD 0.68 compared to TWD 0.75 a year ago. Basic earnings per share was TWD 0.69 compared to TWD 0.79 a year ago. Diluted earnings per share was TWD 0.68 compared to TWD 0.75 a year ago.
iCatch Technology, Inc. is a Taiwan-based company mainly engaged in the provision of digital camera image and video processing chips. The Company mainly provides low-end image and video processing chips for low-end digital cameras, hunting trail cameras, simple automobile data recorders; middle-end image and video processing chips for medium and high-end digital cameras, sports cameras, network cameras and main automobile data recorders; high-end image and video processing chips for high-end digital cameras, 4K motion cameras, 360 virtual reality (VR) cameras, multi-channel splicing network cameras and high-end automobile data recorders, as well as other products, including mobile phone camera module image sensor processors (ISP) chips, used to improve mobile phone image quality, and low voltage differential signaling (LVDS) analog wired transmission and reception interface chips to connect remote photographic lens modules and center processing prime wafers.