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Logic, Comparators, and Passives Disappear Into the World's Smallest, Lowest Cost, Programmable Mixed-Signal MatrixSANTA CLARA, Calif. --(Business Wire)-- Silego Technology announces a new device in the flagship GreenPAK (GPAK) Programmable Mixed-signal Matrix Family. Silego's GPAK family of NVM Programmable Mixed-signal Matrix devices is designed to easily integrate common discrete ICs and passive components into a single device. The SLG46110V brings the functionality and versatility of the GPAK family into the incredibly small 1.6 x 1.6 x 0.55 mm, 8-GPIO STQFN package. This enables designers to achieve a new level of miniaturization, further reducing power consumption, board space, and routing complexity. Aggressive, no nonsense, pricing of $0.12 @ 1Mu makes the SLG46110V an extremely cost effective new addition to the highly successful GPAK family, which has shipped more than 300 million units since inception four years ago. Like other devices in the GPAK family, development of SLG46110V projects takes advantage of the easy-to-use GPAK development hardware and simple GUI interface of GPAK Designer, allowing engineers to quickly and easily implement new designs and respond to changing design requirements.
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For pricing, samples, datasheets, and technical information about these devices and the GPAK Designer software, contact our four hour guaranteed response customer service team at: [email protected] or visit our website: http://www.silego.com About Silego - The CMIC Company Silego Technology, the CMIC Company, designs and sells highly configurable power, logic, and timing mixed signal IC products referred to as CMICs (Configurable Mixed-signal IC Products). CMIC products integrate analog components, discrete digital logic, and passive components into highly configurable small, easy to use, low cost ICs. CMIC products provide customers the benefits of reduced component count, lower power consumption, less board space and reduced BOM costs. Silego CMICs provide the speed and flexibility of an FPGA, with programmable analog and digital elements.
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