High throughput SRAM design for improved computing in autonomous systems
International Journal of Intelligent Unmanned Systems
ISSN: 2049-6427
Article publication date: 24 August 2021
Issue publication date: 2 July 2024
Abstract
Purpose
High throughput and power efficient computing devices are highly essential in many autonomous system-based applications. Since the computational power keeps on increasing in recent years, it is necessary to develop energy efficient static RAM (SRAM) memories with high speed. Nowadays, Static Random-Access Memory cells are predominantly liable to soft errors due to the serious charge which is crucial to trouble a cell because of fewer noise margins, short supply voltages and lesser node capacitances.
Design/methodology/approach
Power efficient SRAM design is a major task for improving computing abilities of autonomous systems. In this research, instability is considered as a major issue present in the design of SRAM. Therefore, to eliminate soft errors and balance leakage instability problems, a signal noise margin (SNM) through the level shifter circuit is proposed.
Findings
Bias Temperature Instabilities (BTI) are considered as the primary technology for recently combined devices to reduce degradation. The proposed level shifter-based 6T SRAM achieves better results in terms of delay, power and SNM when compared with existing 6T devices and this 6T SRAM-BTI with 7 nm technology is also applicable for low power portable healthcare applications. In biomedical applications, Body Area Networks (BANs) require the power-efficient SRAM design to extend the battery life of BAN sensor nodes.
Originality/value
The proposed method focuses on high speed and power efficient SRAM design for smart ubiquitous sensors. The effect of BTI is almost eliminated in the proposed design.
Keywords
Citation
Neeraj, K. and Das, J.K. (2024), "High throughput SRAM design for improved computing in autonomous systems", International Journal of Intelligent Unmanned Systems, Vol. 12 No. 3, pp. 362-374. https://doi.org/10.1108/IJIUS-05-2021-0031
Publisher
:Emerald Publishing Limited
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