Floating-Point SRAM-Based Digital Computing-in-Memory Macro in 28-nm CMOS.
Chuan-Tung LinJonghyun OhKevin LeeMingoo SeokPublished in: CICC (2024)
Keyphrases
- floating point
- random access memory
- power consumption
- cmos technology
- metal oxide semiconductor
- embedded dram
- nm technology
- low power
- circuit design
- fixed point
- instruction set
- square root
- mixed signal
- dynamic random access memory
- power dissipation
- low cost
- analog to digital converter
- low voltage
- memory bandwidth
- design considerations
- sparse matrices
- memory subsystem
- chip design
- fast fourier transform
- cmos image sensor
- leakage current
- high speed
- memory requirements
- silicon on insulator
- infrared
- dynamical systems
- sufficient conditions
- interval arithmetic
- state space