T
he Raspberry Pi 4 Stand is about as simple
as a case could possibly be. 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 stand is designed to improve cooling by
aligning Raspberry Pi 4 vertically, rather than
flat on a desk. 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.
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. 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.
Made from a single piece of acrylic, the Raspberry Pi 4 Stand is as pure as it gets
Free with issue 90 of The MagPi magazine
Verdict
The Raspberry
Pi 4 Stand is
smart, free, and
the only case on
test to support
more than a single
board. Its cooling
performance,
though, is
the weakest.
DIMENSIONS:
120×20×2.8 mm
MATERIAL:
Acrylic
WEIGHT (INC. ONE
RASPBERRY PI 4):
54 g
NUMBER
OF BOARDS
SUPPORTED:
Up to 3
COOLING
METHOD:
Vertical
alignment
SPECS
Raspberry Pi 4 Stand
The Raspberry Pi 4 Stand improves the bare
performance, but Raspberry Pi 4 still gets hot
under sustained synthetic load.
Without additional cooling, the Raspberry Pi 4
Stand can’t prevent Raspberry Pi 4 from hitting its
throttle point during testing.
Thermal imaging Thermal load
The Raspberry Pi 4 Stand
holds up to three boards
side-by-side, making a very
cost-effective cluster
CPU Temperature CPU Clock CPU Clock (Moving Average)
Frequency
(MHz)
850
1100
1350
1600
Temperature
(Degrees Celsius)
45
55
65
75
85
Time (Seconds)
200 400 600 800
Testing Period Cooldown Note!
We don’t score our
own products. [We
think our Raspberry Pi 4
Stand is perfect – Ed.]
Raspberry Pi thermal case group test magpi.cc 67
REVIEW