Acroname Blog

Cut Test Time, Eliminate Errors, and Scale Across Lines — No Cable Flipping RequiredIf you manage production lines for devices with USB-C ports, the real challenge isn’t the port — it’s the testing.A single bad port means a return, a delay, or a hit to your metrics. And catching it after the fact?…

USB-C ports have to handle a variety of functions including data transfer, power delivery, and DisplayPort (DP) Alt Mode video output.  Device manufacturers need to perform factory End-of-Line (EOL) testing to make sure that their products meet specifications  In this blog post, we'll be…

USB-C functional tests involve a lot of cable plugging and unplugging, connector flipping, and device swapping.  Acroname's USB-C-Switch handles those connections for you, providing control through our HubTool GUI application or BrainStem API, even remotely!For this article, we'll look at…

USB cables can be a huge headache. They're deceptively simple, with huge amounts of variation underneath the same broad categories — and that's not even touching on cables that are labeled incorrectly.We're going to look at some of the top USB cable blunders that test engineers make: mistakes can…

Flexibly Control USB-C ConnectionsUSB-C makes life easy for average consumers and users through two mechanisms: orientation agnostic connectors and automatic configuration. While these features are great for average users, they can make testing and validating USB systems complicated. Acroname'…

Connectivity and Control of the Acroname USB-C-Switch Acroname’s BrainStem-enabled programmable USB-C-Switch can be very useful to help automate and monitor USB connections in test environments. USB-C-Switch handles USB connections differently than a USB hub and also introduces the MUX entity to…