It’s been a busy week for Raspberry Pi! They launched the Compute Module 5, they released the Raspberry Pi 500, and now… the Raspberry Pi 15.6″ Full HD Monitor! This stunning display boasts the vibrant colors you’d expect from Raspberry Pi. Want to know more? Let’s dive in!
This 15.6-inch Full HD IPS display features an adjustable stand for optimal viewing angles, built-in stereo speakers, and a 3.5mm audio jack for external audio. It also includes full-size HDMI, wall-mount screws, and convenient volume/brightness controls. Power is supplied via USB-C.
The screen itself is a 15.6-inch 16:9 IPS LCD with anti-glare coating, delivering 1920×1080 resolution, 16.2 million colors, and 250 nits brightness. Here’s the clever part: it can be powered directly from a Raspberry Pi’s USB port!
Connecting it to a Raspberry Pi via HDMI allows for single-cable operation. However, since a Raspberry Pi’s USB port only delivers up to 900mA, connecting it this way will limit brightness to 60% and volume to 50%. This limitation is managed by detecting the cable’s capabilities; a high-quality USB-C cable (capable of 900mA or more) is crucial. For full brightness and volume, use a cable and power source capable of supplying 1.5A or 3A. Important note: this monitor doesn’t use USB Power Delivery, just standard USB-C voltage and amperage. Alternatively, power it using a Raspberry Pi 4 or Pi 5 power supply for full performance.
Lightweight and portable (you can even improvise a carrying handle with the stand!), this monitor has been extensively tested with various devices – Raspberry Pis, PCs, mini PCs, and laptops – all without issue. In short: it’s a well-designed, affordable Full HD monitor.
You can get one for $100.
What do you think? The ability to power it directly from a Raspberry Pi is genius – no extra power supply needed! Let me know your thoughts in the comments below.
Gladstone is a tech virtuoso, boasting a dynamic 25-year journey through the digital landscape. A maestro of code, he has engineered cutting-edge software, orchestrated high-performing teams, and masterminded robust system architectures. His experience covers large-scale systems, as well as the intricacies of embedded systems and microcontrollers. A proud alumnus of a prestigious British institution, he wields a computer-science-related honours degree.