Reportedly, Xiaomi's maiden in-house chip, XRING O1, is built on a 3nm architecture and has a 10-core CPU, 16-core GPU and 6-core NPU for handling AI workloads ...

The XRing O1’s launch marked the culmination of Xiaomi’s four-year-long journey to develop an advanced chip to rival those from Apple.

These AI-centric SoCs must ensure efficient communication among IP blocks from different vendors using robust NoCs.

Complex battery systems are becoming a power solution for a range of applications, heightening the demand for advanced BMS ...

Retronix Technologies Inc. announced the launch of two cutting-edge AI edge computing platforms, developed in collaboration ...

In fifteen years, RISC-V has gone from an academic project at UC Berkeley to one of the major technological trends in compute. The ISA has since flourished in an era that appreciates its royalty-free, ...

Xiaomi has officially unveiled its first high-end, self-developed mobile processor, 'Xring O1'. It is a flagship ...

The newly launched automotive-grade high-performance intelligent driving SoC design platform adopts a flexible, configurable architecture, supporting efficient collaboration among multiple co ...

The announcement follows NVIDIA's Computex introduction of NVLink Fusion, a silicon solution enabling hyperscalers to build ...

"The integration of solutions such as Gemini 3.0 with Cadence's comprehensive tool and design IP solutions enables SoC architects and designers to optimize performance, while getting their designs to ...

The architectural planning and analysis workflow enables system and RTL designers to rapidly explore and capture viable ...

Using dual-homed devices as a segregation tool is not recommended as a security design solution; Use dedicated hardware and ...