The wireless market changes constantly. The right blend of memory features and cost are critical for your success, now. Numonyx NOR, NAND and RAM multi-chip solutions get you to market faster with the right mix of space savings, cost and performance.
Voice-centric phones, mainstream camera and MP3 capabilities, even high-end multi-media phones are simpler to design with our flexible memory and software solutions, as well as packaging options. We help reduce your design time today, and build in more flexibility for future possibilities.
When you need us, our global resource network for production, distribution and technical support are ready to help you get to market now. But like you, we are looking beyond today to the next set of possibilities too. That’s why we’re constantly exploring and accelerating the development of future technologies, such as phase-change memory, to produce the next generation of capabilities and performance. We’ll work quickly with you today, and revolutionize with you tomorrow.
HIGH END SOLUTIONS
Numonyx wireless memory solutions deliver the performance and high density requirements for high-end applications. Our portfolio includes NOR, NAND, eMMC* and microSD* to cover all advanced wireless application requirements. Discover more complex stack combinations including POP and MCP with NAND, NOR, PS, LPSD, SDR and DDR.
MAINSTREAM SOLUTIONS
Numonyx wireless solutions from the L family, M family and NAND Small and Large Page families are ideally suited for mainstream handset applications. NOR densities to 2Gb and burst modes up to 133 Mhz, NAND to 2Gb and removable cards meet the demands of full-feature handsets and smartphones. Packages include POP and MCP with PS, LPSD, SDR and DDR.
BASIC SOLUTIONS
Numonyx wireless memory solutions are the industry leaders in meeting performance requirements and optimizing cost structures for basic and low-cost platforms. Solutions from the L family, W family and M family deliver densities up to 256Mb and burst modes up to 104 Mhz. Packages include discrete devices and MCP with PSRAM.
