Hardware
Introduction: Reliability as a Design Standard At Hoomanely, we design consumer products for real-world home and office environments—where power adapters vary in quality, USB cables get swapped between devices, and static electricity from carpets is an everyday occurrence. Our vBus modular architecture thrives in these conditions through deliberate design
Hardware
Introduction: One Button, Many Possibilities At Hoomanely, we design products that are powerful yet intuitive. Our vBus-based systems pack sophisticated functionality into compact modules, but we've always believed that complex capability shouldn't require complex interaction. This philosophy led us to adopt the LTC2955 PushButton On/Off
Hardware
Introduction: The Challenge That Wasn't There's a moment in every ambitious engineering project where you step back and think, "What have we gotten ourselves into?" For me, that moment came when we committed to designing all Hoomanely products around the vBus architecture. Not just
Hardware
Introduction: Organization is Everything In our previous articles, we introduced the vBus ecosystem and explored the various SoM architectures at Hoomanely. We've talked about 100-pin CPU SoMs, 30-pin Power SoMs, and the challenges of standardization. But here's a question we haven't fully answered: what
Hardware
How We Made PCB Manufacturing at Hoomanely Predictable, Repeatable, and Fast In hardware, the real deadline is not when the firmware compiles or the prototype boots. The real deadline is when your manufacturer loads your files into their pick-and-place line — because that’s when surprises cost money. At Hoomanely, we
Hardware
In modern connected hardware — especially the kind we build at Hoomanely, where a single board includes radios, sensors, power switching, ADCs, cameras, and compute — one silent enemy keeps showing up in product timelines: Electromagnetic Interference (EMI). But here’s the twist: EMI is predictable. When we design a PCB with