Data centers are a labyrinth of individual parts, working together to create an infrastructure that links to other infrastructures, to make up what we know today as the Internet. The problem with this ...

USB4 external SSDs deliver 3,000–3,800 MB/s real-world speeds, doubling USB 3.2 performance for 4K editing, backups, and ...

PCI Express (PCIe) has been the backbone of high-speed data transfer in computing systems for nearly two decades. With each iteration, PCIe has not only increased data bandwidth but also introduced ...

With artificial intelligence driving explosive demand for high-speed data transfer, optical communication technologies are advancing in lockstep. Foxconn's Hon Hai Research Institute (HHRI), in ...

High-speed data acquisition is made simple with a 12-bit digitizer that offers up to 10 GSPS sampling rate and 2 Gbyte/s sustained data transfer to a host PC. Teledyne’s ADQ3-series digitizer provides ...

Have you ever plugged in a USB-C cable, expecting seamless charging or lightning-fast data transfer, only to be met with disappointment? You’re not alone. Despite its sleek, reversible design and ...

USB ports don’t all offer the same speed. Using a slower port can cause delays in file transfers, slower charging, and poor performance for high-speed devices. So, how can you identify the fastest one ...

Traditional data centers can’t keep pace with the demands of modern AI. From GPUs and liquid cooling to specialized storage, here's a deep dive into the technology making the AI revolution possible.

The AI and HPC industries are rapidly shifting toward chiplet-based designs to achieve unprecedented levels of performance, as traditional monolithic system-on-chip (SoC) architectures face scaling ...