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This application note provides general routing guidelines for PCBs (printed circuit board) designed with a SkyHigh e.MMC memory device. It does not eliminate the need for customer signal integrity/power delivery simulations and should be used as an initial reference towards PCB design with a SkyHigh e.MMC memory device.
the printed circuit board (PCB) routing can be manufactured with state-of-the-art PCB processes. This document provides guidelines for signal and power layout as well as suggestions for the BGA layout.
This application note provides general routing guidelines for printed circuit board (PCBs) designed with a Cypress ® e.MMC memory device. It does not eliminate the need for customer signal integrity/power delivery
When choosing non-volatile storage memory for your design, Embedded MultiMediaCard (eMMC) technology provides many advantages over standard Secure Digital (SD) cards in terms of performance, reliability and form factor. However, there can be supply constraints when sourcing eMMC devices as a design moves into manufacturing.
eMMC. An eMMC consists of two parts; the flash memory (of type NAND) and the memory controller. Having the memory controller integrated simplifies the usage of the storage device. Without this controller the software driver on the host would have to handle the low-level flash memory management, such as wear levelling and error correction.
Embedded MultiMedia Card (eMMC) eMMC Overview. Optimized for low power and small area. Used in many mobile platforms: phones, microcontrollers, Combines the flash controller, interface adapter, and memory arrays together on the same Silicon dye. NOT removable (perfect for OS/firmware)
This document provides information for EMC optimized PCB design and system ESD design. The topics covered include PCB Design considerations regarding the routing of high speed signals, selecting stack-up of the PCB, selecting decoupling components, impedance controlled design of the traces, and termination of high speed signal paths.
