Mobile Semiconductor s Trailblaze(TM) software delivers ROM compilers to generate low voltage (LV) memory architectures.
Mobile Semiconductor s low-voltage (LV) design techniques enable a wide range of operating voltages for minimal power consumption. Low-voltage memory compilers ensure read operations with minimal power supply voltages. ROMs are generated with the industry s leading experience in bit cell stability and statistical analysis for yield and leakage. High threshold voltage devices are used to minimize leakage currents, and limited standard threshold voltage devices are used when required. Low-voltage ROMs operate at minimal power to extend useful battery lives of end products.
Mobile Semiconductor s commercial ROM compilers use standard high density 6T bit cells and are consistent with Design for Manufacturing (DFM) process guidelines. Trailblaze(TM) programmable Built-in Self Test (BIST) Compilers are available for seamless integration of verification. Industry standard BIST views are also available.
Mobile Semiconductor s highest level of industry expertise offers both off-the-shelf and custom low-voltage, high-performance, optimized ROM memory compilers.
- Contact or Via1 Programmable
- Power Mesh Architecture
- Configurable Read Timing Margins
- Internal BIST Mux
- Functional, BIST & Scan Operational Modes