Intel’s latest pitch at MWC positions CPU‑centric designs as the backbone for next‑generation telecom networks, marrying AI workloads with 5G and the looming 6G rollout. 25G Ethernet is emerging as the connective tissue for edge AI, automotive ADAS, and Industry 4.0, while a sharp rise in NAND prices signals a tightening memory supply chain.
Photonics is stepping into the spotlight with a new supercycle: NLM Photonics is sampling 1.6T/3.2T silicon‑organic hybrid PICs, and Ayar Labs has secured $500 M to accelerate photonics‑enabled AI systems. Meanwhile, breakthrough 1 nm ferroelectric transistors and Infineon’s opto‑emulator gate drivers for SiC power devices illustrate the relentless push for ultra‑low‑power, high‑performance silicon.
Intel argues that CPU‑centric architectures can deliver the AI and low‑latency performance required for 5G and future 6G telecom networks.
The article highlights how photonics companies like Lumentum and Coherent are driving a new wave of high‑speed optical interconnects for AI workloads.
Allen Wu outlines a plug‑and‑play platform that could slash custom AI chip development costs by 75%, potentially democratizing AI hardware.
25G Ethernet is becoming essential for edge AI, enabling real‑time data transfer in automotive, industrial, and telecom environments.
TrendForce forecasts a steep Q1 price hike for NAND flash, reflecting supply constraints and high demand from data‑center and consumer markets.
Showcases cutting‑edge SOH PICs that could power next‑generation AI data centers.
Demonstrates a breakthrough in ultra‑low‑power transistor scaling that could reshape IoT and edge devices.
Provides a new, drop‑in replacement for conventional gate drivers, boosting power‑electronics efficiency.