Consequently, SRAM modules grant faster data access than DRAM ones. This is why SRAM is used for applications that require relatively fast access to data, like video cards and cache memory.

A hybrid type of memory that blends the high density of DRAM (Dynamic Random-Access Memory) with the speed of SRAM (Static Random-Access Memory) is at the forefront of this effort.

Except for the DRAM. 4T (4 transistor) SRAM takes up 4 times the space that regular DRAM does 1T-SRAM seems to be a hybrid of DRAM that allows for less latency. 6T SRAM is much faster then 4T SRAM.

SRAM is integrated into the processor for cache. DRAM is used for main memory. Disk drives and solid-state storage drives are used for storage. DRAM is based on a one-transistor, one-capacitor (1T1C) ...

“The new DRAM will be unique,” Inukai said. “It must be lower in voltage than the current 2.5-V DDR, have a smaller package than current DRAMs, and meet the current SRAM interfaces used in wireless ...

Revenue: $6.3 million for the first quarter of fiscal 2026 (period ended June 30, 2025), up 7% sequentially and 35% year over ...

Renesas said it will begin sampling the SuperSRAM device in November, and will begin volume production next spring with a startup capacity of 350,000 units a month. Production will be ramped up to 600 ...

TFT LCD driver IC designers are using low-end processing closer to 0.50-micron due to their high voltage requirements. Niche SRAM and DRAM and TFT LCD driver ICs may be squeezed by rising foundry ...

Whereas SRAM chips can be more or less directly hooked up to the CPU’s address and data buses, a DRAM setup needs refresh circuitry to ensure the data doesn’t leak out of the chips’ internal ...

In particular, MRAM provides the endurance and speed of SRAM and DRAM while keeping the NVM advantage of flash. So far, though, the challenge with MRAM has been cost and capacity compared to ...