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Whether you install one, two, or three boards, the Raspberry Pi 4 Stand is surprisingly stable and not unattractive – and it retains access to all ports and headers. There’s a bonus trick up the Raspberry Pi 4 Stand’s sleeve, too: it holds up to three Raspberry Pi 4 boards side-by-side, making a very cost-effective computing cluster. Previous thermal testing in issue 88 showed this is surprisingly effective, and the Raspberry Pi 4 Stand solves the stability issue which comes from balancing the board on its edge. The stand is designed to improve cooling by aligning Raspberry Pi 4 vertically, rather than flat on a desk. Laser-cut from a single piece of acrylic, there’s no complex assembly required: simply slot the stand between the Power over Ethernet (PoE) header and Ethernet port of Raspberry Pi 4 and pop it on your desk. The Raspberry Pi 4 Stand is about as simple as a case could possibly be. Weight (including one Raspberry Pi 4): 54 g

Flirc raspberry pi case for rpi 2 free#

Made by Pimoroni from a single piece of acrylic, the Raspberry Pi 4 Stand is as pure as it gets (and comes free with issue 90 of The MagPi magazine) Specifications

Flirc raspberry pi case for rpi 2 full#

Full details of the workload can be found in The MagPi issue 88. This workload, which stresses both the central and graphics processors, runs for ten minutes followed by a five-minute cooldown period. How we testedĮach case was given a heavy synthetic workload to represent a worst-case scenario. You’ll find one, the Raspberry Pi 4 Stand, mounted on the cover of this magazine, while the others in this group test can be found at all major retailers.Įach case here has been tested for aesthetics, complexity of assembly, and its performance in keeping Raspberry Pi 4 running cool. While passive, our testing of the FLIRC shows it is much more capable than the small aluminum passive heatsinks we've been used to putting on the Raspberry Pi boards.Raspberry Pi 4 – like all the other members of the ever-growing Raspberry Pi family – is entirely usable as is, and plenty of people appreciate the aesthetic of a bare board on a desk.įor those who don’t, there are a wealth of cases – both first- and third-party – available. The FLIRC meanwhile is a Raspberry Pi case for $13~15 USD that is made out of aluminum and act as a heatsink for the device to dissipate heat. It's quite simple and the 30mm fan delivers sufficient airflow over the SoC but does not employ any heatsink or allow any heatsink to be attached. This friction-fit header makes it very easy to install on the Raspberry Pi and if needing to remove later. The Fan SHIM is a ~$10 fan that connects to the GPIO pins on the Raspberry Pi for power and aligning it with the Broadcom SoC. The Raspberry Pi Foundation kindly sent over the Fan SHIM and FLIRC for our benchmarking at Phoronix. We've seen just how prone the Raspberry Pi 4 is to down-clocking and where as previous Raspberry Pi boards did fine with a small aluminum heatsink attached, for any serious work you will need a more capable cooler if you care about the performance.

In this article we're looking at the Raspberry Pi 4 performance with a Fan SHIM as an active fan designed for running on the Raspberry Pi off the GPIO pins as well as the FLIRC as a metal case that passively cools the device. However, if you will be enduring the Raspberry Pi 4 with significant load for any measurable length of time, an active cooler is almost warranted or otherwise a very capable passive cooler. With the Raspberry Pi 4, a passive heatsink is an absolute minimum for running this new ARM SBC unless you want to deal with potentially drastic performance limitations based upon your operating conditions.