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Raspberry Pi Shop

Raspberry Pi screens are display accessories designed to add visual output to your Raspberry PI setup, transforming it into a fully interactive device.

From project interfaces and portable builds to dashboards, kiosks, and educational setups, a Raspberry Pi display opens up a wide range of practical and creative possibilities.

Options include LCD screens, touchscreen formats, and touch display configurations across a variety of sizes and resolutions, catering to both beginners and experienced developers.

At RS New Zealand, we offer a comprehensive selection of Raspberry Pi screens in NZ to suit projects of every scale and complexity.

How Raspberry Pi Screens Work

Raspberry Pi screens connect directly to the board to receive power and display signals, turning raw data into visible output. Most models use one of two connection methods:

DSI connection: The Display Serial Interface (DSI) port is the most common connection method for a Raspberry Pi display. A flat ribbon cable links the screen directly to the board, providing both the display signal and power through the GPIO pins for a clean, compact setup.
HDMI connection: Some screens connect via HDMI, offering greater compatibility across different Raspberry Pi models and making them a practical choice for larger or more flexible project builds.

Touch-enabled models, such as RPI touch screens, allow users to interact directly with on-screen controls, making them particularly well-suited to embedded interfaces and self-contained projects.

Types of Raspberry Pi Screens

Raspberry Pi screens are available in a variety of types to suit different project requirements, from simple visual output to fully interactive, touch-enabled interfaces.

Touchscreen LCD displays: Raspberry Pi touchscreen models feature capacitive touch technology, allowing direct on-screen interaction. They are ideal for embedded interfaces, control panels, and self-contained projects requiring user input.
Standard LCD displays: These screens provide clear, reliable visual output without touch functionality. They’re a practical and cost-effective choice for media players, monitoring dashboards, and projects where display-only output is sufficient.
HDMI-connected displays: Connecting via HDMI, these Raspberry Pi displays offer broad compatibility across board generations and are well-suited to desktop setups, presentations, and larger screen applications.
E-Ink (ePaper) displays: Drawing minimal power, E-Ink screens are designed for projects that require a persistent, static display. They remain legible even in bright sunlight, making them ideal for signage and low-energy applications.
Large-format displays: For projects demanding greater visual real estate, large-format RPI displays provide a wider viewing area suited to kiosks, interactive installations, and public-facing interfaces.

Key Benefits of Raspberry Pi Screens

Adding a screen to your Raspberry Pi setup unlocks a range of practical advantages, whether you are building a quick prototype or a fully finished project.

Compact visual interface: A Raspberry Pi screen adds display capability without significantly increasing the size or complexity of your build.
Touch-enabled interaction: Touchscreen options allow direct on-screen control, removing the need for additional peripherals like keyboards or mice.
Flexible display options: With choices spanning multiple sizes, resolutions, and display technologies, there is a suitable screen for virtually any project requirement.
Versatile mounting and form factors: Raspberry Pi displays are compatible with portable, wall-mounted, embedded, and desktop-style builds alike.
Straightforward integration: Designed for compatibility with Raspberry Pi boards, most screens connect quickly with minimal configuration required.
Suitable for all project stages: From early prototyping through to finished deployments, RPI displays perform reliably across every phase of development.

How to Choose the Right Raspberry Pi Screen

With a wide variety of options available, choosing the right Raspberry Pi screen requires careful thought to ensure it performs as expected within your specific project environment.

Display type: Choose a display type based on interaction and power needs. For example, touchscreen LCDs suit interactive builds, while E-Ink displays are best where low power consumption is a priority.
Screen size: Consider your enclosure dimensions, intended viewing distance, and overall project use case to determine the most appropriate screen size.
Resolution: Higher resolution displays deliver sharper visuals, which is particularly important for detailed dashboards, media playback, or text-heavy interfaces.
Connection method: Confirm whether the display connects via DSI or HDMI, as this affects compatibility with your board and the overall tidiness of your build.
Touch capability: If your project requires direct user input, such as a kiosk or control panel, a Raspberry Pi touchscreen is the more practical choice over a standard display.
Board compatibility: Not all screens support every Raspberry Pi model, so verifying compatibility before purchasing helps avoid unnecessary complications.
Mounting and form factor: Think about how the screen will be housed, whether integrated into a case, mounted on a wall, or fitted into a robot or kiosk enclosure.
Application fit: Match the display to your intended use, whether signage, a development environment, or an interactive dashboard, to ensure the best overall performance for your project.

Applications of Raspberry Pi Screens

Raspberry Pi screens are used across a diverse range of industries and settings, enabling interactive, informative, and visually driven solutions in projects of every scale.

Touchscreen control panels: RPI touch screens are widely used to build custom control interfaces for home automation, industrial equipment, and smart device management, replacing traditional buttons and switches.
Portable Raspberry Pi projects: Compact LCD screens make it possible to create handheld gaming devices, portable media players, and field measurement tools that operate independently of external monitors.
Kiosks and self-service terminals: Raspberry Pi touchscreen displays power self-service ordering points, information booths, and ticketing terminals, delivering an intuitive interface for public-facing environments.
Educational projects: Schools and universities use Raspberry Pi screens to teach programming, electronics, and computer science concepts through hands-on, visual project work.
Robotics and IoT interfaces: A screen for Raspberry Pi provides real-time feedback and control within robotics builds and Internet of Things systems, displaying sensor data and system status at a glance. For projects that also incorporate microcontrollers and Arduino boards, a Raspberry Pi display can serve as the central visual interface across your entire setup.
Desktop and multimedia setups: HDMI-connected displays allow Raspberry Pi boards to function as compact desktop computers or media centres for home and office use.
Low-power information displays: E-Ink Raspberry Pi displays are ideal for notice boards, weather stations, and digital signage where continuous, energy-efficient information display is required.

Shop Raspberry Pi Screens for Every Project at RS New Zealand

RS New Zealand is a trusted supplier and distributor of Raspberry Pi tools, including a wide selection of screens for Raspberry Pi projects. Products are sourced from reputable brands, including 4D Systems, ADAFRUIT INDUSTRIES, DFRobot, and Heng Cheng Electronics Technology (HK), ensuring consistent quality across the range.

Alongside Raspberry Pi screens, essentials like HDMI cables and USB cables are also available, so everything needed to get your build up and running is available in one place.

Explore the full range on our online store and have your item delivered directly to your door in NZ. With RS New Zealand's flexible and swift delivery options, we help you keep your projects on schedule.

For more details on delivery times and fees, please visit our delivery information page.