Crowdsourcing An Investigation Into Coil Whine
If youβve heard the high-pitched whine or buzz from an electronic device when a current-carrying inductor is vibrating, youβll know how unpleasant it can be. Itβs common in all kinds of equipment, but itβs become a particular annoyance of late in hardware like PC power supplies, GPUs, and cooling pumps. There is plenty of hearsay on the web about which parts whine and which donβt, and [Lowell Wood] wants to get to the bottom of it.Β
To track the issue, [Lowell] has put together the Coil Whine Database. It accepts user reports on hardware, regarding the level at which coil whine is present. A score of 0 is given to a part that is inaudible in a quiet room, with higher scores representing higher sound levels. A part scored at 2 is audible working at a desk with the computer under load; a part scored at 4 is audible even when the machine or device is at idle.
For now, the database is largely emptyβ[Lowell] has just opened submissions, adding a report on their own ROG Astral RTX 5080 card for good measure. If you want to submit a report on a unit, either silent or noisy, thatβs simple enoughβjust fill in the coil whine report form. Over time, submissions will hopefully grow, and it will be easier to get a good idea of what equipment whines and what is likely to operate silently out of the box.
The database aims to present a guide to what parts whine, and how much, noting that any given population of devices tends to vary. To that end, any given device wonβt be reported on publicly until it receives at least 5 reports. To counter bias, reports of silent parts will be weighted higher, since itβs unlikely that people happy with their quiet hardware will be rushing to research this issue or report it to a database. Relevant files to the project are available on GitHub for the curious.
This database could be a great boon to the brigade of PC builders out there who like their machines to be as silent as possible. If that sort of thing appeals to you, itβs probably time you started researching passive cooling as wellβ¦