Weebit - 2024 and beyond, page-543

Positives for Reram - The high read and write speed make it different from others. Also, the fabrication of ReRAM is not that complex compared to others.
and more ReRAM to lead MRAM in emerging memory market ... (eenewseurope.com)

ReRAM: The Memory that Learns Your Ways

ReRAM, or Resistive RAM, is a futuristic memory technology that will be shaking things up in the computing world.

How will ReRAM work?

Imagine a tiny switch controlled by electricity. In ReRAM, this switch will be made of a special material that can change its resistance. By applying electric pulses, we will be able to create or break tiny conductive paths within the material, like building electrical bridges:

Low resistance means there’s a path, representing binary “1” data. Think of the switch being “on.”

High resistance means there’s no path, representing binary “0” data. Think of the switch being “off.”

By sensing these different resistance levels, ReRAM will read and write data.

Which are the companies currently working on ReRAM

ReRAM (Resistive RAM) is commercially available in a limited capacity. As of December 2023, a few brands are offering ReRAM chips and integrated circuits.

Weebit Nano: This Israeli company offers uC-RRAM (ultra-confined ReRAM) chips for enterprise storage applications. Their Nano-ReRAM technology boasts high endurance, low latency, and excellent data retention, making it suitable for mission-critical data storage needs.

It’s important to note that while these are some examples of commercially available ReRAM solutions, they are primarily targeted towards niche applications and industrial use cases.

Some other companies currently working on ReRAM include Crossbar Inc, Samsung Electronics, Intel, and 4DS Memory Limited.

Timelines :

While we can’t give you a specific date for your next ReRAM-powered phone, expect to see it in niche applications like medical devices and industrial sensors as early as 2024. Widespread adoption in laptops and smartphones might take longer, possibly reaching 2027-2028 as costs decrease and compatibility issues are resolved.

ReRAM: The Memory that Learns Your Ways

ReRAM, or Resistive RAM, is a futuristic memory technology that will be shaking things up in the computing world.

How will ReRAM work?

Imagine a tiny switch controlled by electricity. In ReRAM, this switch will be made of a special material that can change its resistance. By applying electric pulses, we will be able to create or break tiny conductive paths within the material, like building electrical bridges:

Low resistance means there’s a path, representing binary “1” data. Think of the switch being “on.”

High resistance means there’s no path, representing binary “0” data. Think of the switch being “off.”

By sensing these different resistance levels, ReRAM will read and write data.

Which are the companies currently working on ReRAM

ReRAM (Resistive RAM) is commercially available in a limited capacity. As of December 2023, a few brands are offering ReRAM chips and integrated circuits.

Weebit Nano: This Israeli company offers uC-RRAM (ultra-confined ReRAM) chips for enterprise storage applications. Their Nano-ReRAM technology boasts high endurance, low latency, and excellent data retention, making it suitable for mission-critical data storage needs.

It’s important to note that while these are some examples of commercially available ReRAM solutions, they are primarily targeted towards niche applications and industrial use cases.

Some other companies currently working on ReRAM include Crossbar Inc, Samsung Electronics, Intel, and 4DS Memory Limited.

Timelines :

While we can’t give you a specific date for your next ReRAM-powered phone, expect to see it in niche applications like medical devices and industrial sensors as early as 2024. Widespread adoption in laptops and smartphones might take longer, possibly reaching 2027-2028 as costs decrease and compatibility issues are resolved.

Issues they are currently working on I presume..........howver for Coby to say we will be no. 1 in 12 -18 months, just maybe these issues have all been sorted already
it still needs massive development in fabricating material, structure, circuit issues, and dealing with undesired disturbances from the external environment.