Recent #Data Transfer news in the semiconductor industry

6 months ago

➀ USB 2.0, introduced in 2000, revolutionized data transfer with 480 Mbps speeds, replacing legacy ports like parallel and serial interfaces;

➁ Despite delayed adoption by PC makers and OS support, it became mainstream by 2004 due to cost-effectiveness and compact design;

➂ Even with modern USB4 offering 80 Gbps, USB 2.0 remains widely used for low-speed peripherals like keyboards and budget devices like the iPhone 16e.

Data TransferPeripheralsUSB
12 months ago
Researchers have developed an artificial nose with a single sensor capable of distinguishing volatile organic compounds with 96% accuracy. The technology uses a graphene oxide and Nafion-coated antenna that operates across a frequency range of 1 to 8GHz, offering dual functionality for data transfer over the 5.8GHz ISM band. The team envisions medical applications, similar to trained dogs detecting diseases through volatile organic compounds.
Data TransferGraphene Oxide
about 1 year ago

➀ Rambus showcases the industry's first DDR5 MRDIMMs and RDIMMs memory modules;

➁ The new standards offer speeds up to 12,800 MT/s;

➂ The MRDIMMs use a novel module design to boost data transfer rates and system performance;

➃ The new chips enable RDIMMs to operate at 8000 MT/s and MRDIMMs at 12,800 MT/s;

➄ The solutions are designed for compute-intensive data centers and AI workloads.

Data Transferddr5
about 1 year ago
➀ Tags in PCIe TLPs are identifiers for non-posted requests, ensuring consistency between requests and completions. ➁ As PCIe speeds increase, tag size has expanded from 8-bit to 14-bit to optimize performance. ➂ PCIe 6.0 mandates specific tag size capabilities for functions operating at higher speeds. ➃ Configuration registers for tag sizes are detailed, with 14-bit tags having unique settings in the Device 3 Extended Capability Structure. ➄ Combinations of tag size enablement determine the maximum tag size and permissible tag value ranges.
Data TransferPCIetechnology