June 2026
Qualcomm reveals HBC near-memory AI architecture, AI250 and AI350 accelerators — touts 6x higher bandwidth-per-watt compared to HBM, 200x capacity compared to on-chip SRAM
Chip sees the signal like this: The so-called memory wall is a major performance limiter for many AI workloads, and high bandwidth memory (HBM) is not always a panacea since compute capability...
General AI headlines often become operational pressure a few weeks later, so this is where leaders catch movement early.
Track the signal, compare it with your current workflow, and decide whether it changes priorities this month.
The Art of Loop Engineering
Chip sees the signal like this: Agents automate real-world work, but reliable performance requires more than a good model, it requires a carefully designed harness built for specific tasks....
Give your agent its own computer
Chip sees the signal like this: Running code execution in an AI agent is harder than it looks. Your agent needs a real computer (filesystem, shell, package manager, persistent state) but...
The Agent Development Lifecycle: Build, Test, Deploy & Monitor AI Agents | LangChain
Chip sees the signal like this: Learn how leading engineering teams ship AI agents reliably and repeatedly using a four-phase agent development lifecycle: Build, Test, Deploy, and Monitor....
Agentic Engineering: How Swarms of AI Agents Are Redefining Software Engineering
Chip sees the signal like this: Multi-agent systems that mirror real engineering teams — not just code faster — can cut debug time by 93% and compress cross-team delivery. Here's the...
