![]() Slideshows Female leaders honoured at Women in ICT Awards in 2023 From desktop to web and everything in between, Microsoft Office delivers the help you need to work anytime, anywhere.Your essential guide to New Zealand Vendors Your essential guide to New Zealand Distributors Follow Agam on Twitter at Agam's e-mail address is By Distributor Directory Nvidia already offers CUDA 6 parallel programming tools with memory management features to make GPU memory as readily accessible as CPU memory.Īgam Shah covers PCs, tablets, servers, chips and semiconductors for IDG News Service. That will increase the amount of memory available in a system. The unified memory technology in Pascal will make GPU and CPU memories into shared resources. The TSV link improves throughput for memory transfers. The stacked memory chips will be linked through a wire-like connection called Through Silicon Via (TSV), which is also used in emerging Hybrid Memory Cube technology, which stacks DDR3 memory. Increasing the clock speeds of memory chips would boost performance, too, but that could lead to more power consumption by graphics cards. ![]() Graphics cards are getting too big, and stacking memory chips instead of placing them next to each other is a more efficient use of space, Huang said. Faster connections are needed inside computers to process all the data, and NVLink could help solve that problem.ģD memory stacking is a big step in improving memory bandwidth and building power-efficient chips, Huang said. NVLink will also allow faster access to CPU memory, Huang said.īandwidth is becoming a problem as more data gets fed into all types of computing devices, Huang said. It can provide five times more throughput than the PCI-Express pipes in use today. The NVLink interconnect coming in Pascal is a big advancement in throughput and will be able to scale faster than traditional PCI-Express technology, Huang said. We'll provide further updates later," Brown said. The K1 chip will be in mobile devices later this year. Erista's introduction has led to a change of plans for the release of a chip code-named Parker, which was on last year's road map and originally due to succeed the Tegra K1. It will succeed the upcoming Tegra K1 chip and be based on the Maxwell graphics processor. Nvidia also introduced a mobile processor code-named Erista, which is due out next year. Those technologies are 3D memory stacking, shared CPU and GPU memory, and NVLink, an interconnect that provides faster throughput. Pascal was moved up because Nvidia had a "unique opportunity to create a new GPU architecture right after Maxwell with three key new technologies," Brown said. "Volta will be our next GPU after Pascal," Nvidia spokesman Ken Brown wrote in an email message. Nvidia did not explain why it killed plans for release of the original Volta, but the company has retained the code name.
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