IP vendor Innovative Silicon has announced its floating-body memory technology, dubbed "Z-RAM," is now constructed on bulk silicon.
The Z-RAM technology can be operated at less than one volt, without the requirement for expensive silicon on insulator (SOI) substrates, according to Innovation Silicon.
The Z-RAM technology has demonstrated cell operating voltages below 1V with no degradation to its multi-second static retention time, and delivers greater than a 1000x improvement in dynamic or "disturb" retention time, said the company. The Z-RAM technology's operating voltage is now 50-75% lower than any other floating body or thyristor memory announced to date.
A 54nm test chip manufactured by Hynix Semiconductor has demonstrated the Z-RAM technology is a DRAM replacement technology which is lower-cost than traditional DRAM at the latest sub-40nm nodes, the company said.
A paper jointly authored by Hynix and Innovative Silicon has been submitted to the 2010 VLSI Technology Symposium. The paper will reveal more details of the cell operating voltages, according to Innovative Silicon.
Samsung HKMG DDR5
Samsung Electronics has expanded its DDR5 DRAM memory portfolio with a 512GB DDR5 module...
Photo: Company
Nvidia GeForce RTX 30 series GPUs
Nvidia's GeForce RTX 30 series GPUs are powered by the company's Ampere architecture. The...
Photo: Company
Apple HomePod mini
Apple's HomePod mini is the newest addition to the HomePod family. At just 3.3 inches tall,...
Photo: Company
Apple 13-inch MacBook Pro with Magic Keyboard
Apple has updated the 13-inch MacBook Pro with the new Magic Keyboard for an improved typing...
Photo: Company
Apple iPad Pros
Apple's new iPad Pros comes with the latest A12Z Bionic chip, an ultra-wide camera, studio-quality...
Photo: Company
As Microsoft transitions from a software giant to a cloud leader, with its cloud business now accounting...
TSMC founder Morris Chang's second autobiography volume unveils a tapestry of milestones, including his influential comeback, rekindled alliances with...
CSP in-house development of ASIC accelerators
Google TPUs will see a share of over 70% in the in-house developed cloud ASIC accelerator market in 2024; an all-optical network...
AI chip market outlook 2023-2028: Insights from demand and supply perspectives
The growing demand for AI computational power is accelerating advancements in hardware and chip technology, necessitating innovation...
Automotive CIS tech development, 2024
The popularization of autonomous driving is boosting demand for automotive CIS with LFM and HDR being mainstream development...