Skip to content
EN

Hardware

Chips, memory, interconnects and the machines that run today's workloads.

65 links, newest first.

Get the weekly briefing

The best new links of the topics you pick, summarized with the source. At most one email a week.

Topics: Hardware

Before the first issue we email you to confirm; leaving takes one click. Sent with CommsHarbor. Privacy

  1. HardwareArticle

    GPU programming resources and an introduction to GPU systems

    A collection of GPU programming resources includes a chapter explaining GPU chips, how they are networked, and implications for LLMs, with a focus on NVIDIA GPUs.

    The chapter provides context on GPU architecture and interconnects that can help engineers reason about LLM workloads.

  2. HardwareArticle

    Cornell Workshop Introduces GPU Architecture

    Cornell’s GPU architecture workshop is suggested as a starting point for learning about GPUs. The post contrasts CPUs’ focus on complex control flow with GPUs’ throughput-oriented cores and shared memory.

    A concise introduction can help engineers understand the architectural trade-offs behind GPU workloads.

  3. HardwareArticle

    XIAOML Kit pairs ESP32-S3 sensors with an ML systems textbook

    The XIAOML Kit includes a XIAO ESP32-S3 Sense board with a camera, digital microphone, and microSD slot, plus an expansion board with a 6-axis IMU and display. It complements a free machine learning systems textbook with kit lessons.

    Engineers can use the kit and textbook to explore machine learning systems on embedded hardware.

  4. HardwareArticle

    Ubiquiti Dream Router 7 review: WiFi 7 and 10GbE

    StorageReview reviews the Dream Router 7, an all-in-one gateway combining WiFi 7, 10GbE, PoE, UniFi apps, and security tools for home and SMB use.

    Engineers evaluating compact network gateways can compare its performance and features for UniFi deployments.

  5. HardwareArticle

    An Open-Source, FPGA-Based 64-bit RISC-V Computer

    The project aims to build a fully open-source computer system using an FPGA to implement a 64-bit RISC-V computer capable of running Linux and hosting its own development.

    Engineers can explore changes to the CPU, memory hierarchy, instruction set, and software stack.

Build with AgentLog

List your MCP, skill or plugin

Reach the engineers who read these briefings.

Sponsor AgentLog

Footer, sidebar or featured slot for 30 days.

From US$ 60

See the slots

Send your own newsletter

CommsHarbor keeps contacts, consent and one-click unsubscribe together.

Free workspace

Open CommsHarbor