RasTech Raspberry Pi 5 8GB Kit
4.6Editor score
Complete 8GB board bundle
Active cooler included
64GB microSD card
27W USB-C supply
In this guide
A Raspberry Pi can run Pi-hole continuously while filtering unwanted network traffic for every device connected to your home network. The right model balances processing power, memory, cooling, storage, networking, and expandability so the DNS service remains responsive without becoming difficult to maintain.
We compared ten Raspberry Pi boards and kits based on the supplied processor, memory, cooling, power, connectivity, storage, enclosure, and expansion details. The list covers current Pi 5 bundles, preloaded starter kits, capable Pi 4 systems, and smaller boards for users with more modest requirements.
Each selection highlights a different balance for Pi-hole deployments, from a complete ready-to-start kit to a bare board for experienced builders. Product ratings and configurations reflect the supplied listings, while availability and current listings can change, so confirm the final package contents before purchasing.
Top 3 Picks for Best Raspberry Pi for Pi Hole
Raspberry Pi 5 8GB
4.7Editor score
Quad-core 2.4GHz processor
8GB high-speed memory
Dual 4K micro HDMI
PCIe NVMe expansion
Raspberry Pi 5 2GB Kit
5.0Editor score
Entry-level 2GB memory
Active cooler included
Protective ABS case
Screwdriver included
Top 10 Best Raspberry Pi for Pi Hole in 2026 Compared
The comparison below covers processor class, memory, included cooling, and networking so buyers can quickly identify the most appropriate Raspberry Pi for a dedicated Pi-hole installation.
ProductsSpecificationsEditor scorePrice
Best Budget
RasTech Raspberry Pi 5 8GB Kit
2.4GHz quad-core processor
8GB LPDDR memory
Active cooler included
64GB card included
4.6Editor score
Editor's Choice
Raspberry Pi 5 8GB
2.4GHz quad-core processor
8GB LPDDR memory
Dual-band Wi-Fi support
PCIe expansion connector
4.7Editor score
Best Premium
Raspberry Pi 5 4GB Kit
2.4GHz quad-core processor
4GB LPDDR memory
Active cooler included
Gigabit Ethernet
4.8Editor score
iRasptek Raspberry Pi 5 Starter Kit
2.4GHz quad-core processor
4GB LPDDR memory
Bookworm preloaded card
Active cooler included
4.3Editor score
Raspberry Pi 3 Model B+
1.4GHz quad-core processor
1GB LPDDR2 memory
Dual-band wireless LAN
Bluetooth 4.2 BLE
4.6Editor score
Vilros Raspberry Pi 4 Kit
Quad-core Cortex-A72
4GB LPDDR memory
Preloaded 64GB card
Fan-cooled case
4.7Editor score
Raspberry Pi Zero W
1GHz ARM11 processor
512MB LPDDR2 memory
802.11b/g/n Wi-Fi
40-pin GPIO header
4.2Editor score
iUniker Raspberry Pi 4 Case
Fanless aluminum enclosure
Passive thermal dissipation
Thermal pads included
GPIO access openings
4.5Editor score
Raspberry Pi 5 2GB Kit
2.4GHz quad-core processor
2GB LPDDR4X memory
Active cooler included
ABS protective case
5.0Editor score
Raspberry Pi 4 Model B
1.5GHz Cortex-A72
2GB LPDDR memory
Wi-Fi and Bluetooth 5
Dual USB 3.0
4.7Editor score
1. RasTech Raspberry Pi 5 8GB Kit – Most Complete Pi 5 Setup
RasTech Raspberry Pi 5 8GB Kit
64-bit quad-core processor
2.4GHz operating speed
8GB board memory
800MHz VideoCore VII GPU
The RasTech Raspberry Pi 5 8GB Kit is the most complete option in this guide, combining an 8GB Raspberry Pi 5 with the accessories normally required to begin a headless network project. Its 4.6 rating reflects a generally favorable buyer response, while the broad package contents make it especially attractive to buyers who do not want to assemble a Pi-hole system one component at a time.
Pros
- Comprehensive ready-to-build bundle
- Strong processor and memory capacity
- Active cooling supports sustained operation
- 64GB card simplifies initial setup
Cons
- Larger bundle than bare board
- Some included components are optional for Pi-hole
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The core board uses a 64-bit quad-core Arm Cortex-A76 processor running at 2.4GHz and includes an 800MHz VideoCore VII GPU. Although Pi-hole does not need the Pi 5's advanced graphics capabilities, the processing headroom is useful for a busy DNS resolver, local web interfaces, logging, and other services sharing the same machine. The 8GB configuration provides comfortable room for Pi-hole and additional lightweight Linux services.
Cooling is handled by an included active cooler, an important consideration because a Raspberry Pi intended to remain online should operate within a sensible thermal envelope. The kit also includes a Pi 5 case designed to accommodate the cooler and expose the board's power, display, USB, Ethernet, card, and MIPI connections. A 64GB card and two card readers provide a straightforward path to preparing and recovering the operating system.
The included 27W USB-C supply supports 5.1V at 5A and offers higher-voltage USB Power Delivery profiles for compatible devices. It is a more substantial power option than a basic adapter, which can be helpful when attaching storage or other peripherals. The trade-off is bundle size: experienced Pi-hole builders may not need the card readers, display cables, case, or screwdriver after installation.
This kit is best for users creating a dedicated Pi-hole appliance who value an organized, well-equipped starting point. It is also a strong choice for a home lab where the same Raspberry Pi may later support dashboards, development tools, media projects, or automation experiments. Choose the bare 8GB board instead if you already own suitable cooling, storage, a case, and a dependable power supply.
A Complete Headless Pi-Hole Package
The board, storage, cooling, enclosure, power adapter, and cables provide the core components for a dedicated network appliance. This reduces the number of separate purchases and makes the kit practical for first-time Raspberry Pi owners.
Capacity for More Than DNS
The 8GB memory configuration leaves room for Pi-hole alongside lightweight administration tools and future Linux projects. That flexibility makes it a more versatile long-term home-lab platform than a minimal board.
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2. Raspberry Pi 5 8GB – Best Overall Raspberry Pi for Pi Hole
Raspberry Pi 5 8GB
64-bit quad-core processor
2.4GHz operating speed
8GB board memory
PCIe FPC expansion
The Raspberry Pi 5 8GB is the strongest all-round choice for a Pi-hole deployment because it combines current-generation processing power, generous memory, flexible storage options, and strong connectivity. Its 4.7 rating is among the strongest in this list, and the board is already well suited to acting as a quiet, always-available Linux network appliance.
Pros
- Excellent performance headroom
- Generous 8GB memory
- Flexible NVMe expansion
- Strong general-purpose capability
Cons
- Cooling and storage not included
- Requires additional setup components
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The Model SC1112 board uses a quad-core Arm Cortex-A76 processor operating at 2.4GHz. For a typical household or small-office network, that capacity is more than sufficient for Pi-hole and gives users confidence when running additional local services. Dual 4K micro HDMI outputs are not essential for headless DNS filtering, but they make the board convenient for temporary desktop or troubleshooting use.
Memory capacity is one of the board's standout features. The 8GB configuration is generous for Pi-hole and allows the system to handle more than a single lightweight service without feeling constrained. Fast USB 3.0 ports can also support suitable external storage, while the FPC connector opens the door to M.2 NVMe SSDs when used with a compatible adapter.
Storage flexibility is particularly valuable for a long-running resolver with logs. Users can boot from a microSD card and later move to NVMe storage, or use a fast external drive. Pi-hole itself can run comfortably from a quality microSD card, but separating operating-system and log storage can simplify maintenance when the resolver handles many queries.
The principal compromise is that this is a board rather than a complete kit. A Pi-hole installation still needs a suitable power supply, cooling, storage, and an enclosure. Those omissions are acceptable for experienced builders because the board can be tailored precisely to the intended network role. It is the recommendation for buyers who want the best balance of performance, memory, and expandability.
Performance for Busy DNS Workloads
The 2.4GHz quad-core Cortex-A76 processor provides ample responsiveness for Pi-hole and preserves headroom for diagnostics or related local services. This makes the board suitable for more demanding networks than a minimal embedded system.
Storage That Can Grow
Users can begin with a microSD card, use compatible USB 3.0 storage, or add an M.2 NVMe drive through a proper PCIe adapter. This flexibility simplifies both initial deployment and later upgrades.
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3. Raspberry Pi 5 4GB Kit – Balanced Performance and Accessories
Raspberry Pi 5 4GB Kit
64-bit quad-core processor
4GB board memory
Gigabit Ethernet
Dual-band Wi-Fi
The Raspberry Pi 5 4GB Kit pairs the Pi 5 with an active cooler, ABS case, and screwdriver, making it a balanced option for Pi-hole builders who want current hardware without purchasing every accessory separately. Its 4.8 rating is one of the highest among the listed products, indicating strong buyer satisfaction with the configuration.
Pros
- High-rated 4GB configuration
- Cooling and case included
- Fast wired Ethernet
- Suitable for broader projects
Cons
- No storage or power listed
- Case conflicts with M.2 HAT
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The board's 64-bit quad-core Arm Cortex-A76 processor runs at 2.4GHz and delivers substantially more capability than earlier Raspberry Pi generations. Four gigabytes of RAM is more than Pi-hole itself typically requires, but it gives users room to add other lightweight services, browse the local interface, and run development tools without making the board feel overextended.
Connectivity is well suited to a network appliance. Gigabit Ethernet provides a fast, stable path to the local router, while dual-band IEEE 802.11ac Wi-Fi and Bluetooth 5.0 allow a wireless installation when running an Ethernet cable is inconvenient. For consistent DNS performance, however, Ethernet remains the more predictable connection in most homes.
The active cooler combines an aluminum heatsink with a PWM-controlled fan to reduce operating temperature under sustained workloads. The ABS enclosure provides physical protection and maintains access to the board's ports and buttons. One notable limitation is that the case cannot accommodate an M.2 HAT and solid-state drive, so users planning PCIe storage should choose a different enclosure.
This kit is a good middle ground for a Pi-hole system that may become a broader home-lab computer. It suits beginners who want cooling included and advanced users who want a useful 4GB platform without moving to the 8GB board. Buyers should add a suitable power supply and storage, and should confirm that the included case meets their expansion plans.
Cooling for Continuous Operation
The included active cooler helps maintain stable performance during long operating periods. Its PWM fan can respond as the processor workload and temperature change, which is useful for an appliance expected to remain online.
Fast and Flexible Network Access
Gigabit Ethernet is ideal for connecting Pi-hole directly to the router, while dual-band Wi-Fi offers placement flexibility. Buyers should still account for the greater consistency generally offered by a wired connection.
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4. iRasptek Raspberry Pi 5 Starter Kit – Best for Preloaded Setup
iRasptek Raspberry Pi 5 Starter Kit
2.4GHz quad-core processor
4GB board memory
64GB preloaded card
Bookworm operating system
The iRasptek Starter Kit is centered on convenience. It includes a Raspberry Pi 5 4GB, a 64GB card with Bookworm already installed, a card reader, a 27W USB-C PD adapter, a case, an active cooler, two 4K display cables, a GPIO reference card, and an instruction manual. For Pi-hole newcomers, this minimizes the number of separate components needed to begin.
Pros
- Operating system already preloaded
- Storage and reader included
- Active cooling and case included
- 27W USB-C power adapter
Cons
- Lower rating than alternatives
- Preloaded image may need updating
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The supplied 64-bit quad-core Cortex-A76 processor runs at 2.4GHz and is supported by an 800MHz VideoCore VII GPU. Although the graphics hardware is not central to DNS filtering, the overall platform gives Pi-hole plenty of processing headroom. The 4GB memory configuration is a practical middle ground for Pi-hole and light background services.
The active cooler uses an anodized aluminum heatsink and a high-performance PWM fan. The case is partially hollowed to assist heat dissipation and includes a transparent power button area for convenient status viewing. These details are useful in a setup intended to run for long periods rather than function only as a temporary desktop computer.
The 27W adapter provides 5.1V at 5A plus 9V, 12V, and 15V Power Delivery profiles. That makes it versatile for the Pi 5 and compatible attached equipment, including storage devices. A GPIO reference card also adds value for users who plan to expand beyond the Pi-hole installation.
The main caveat is that a preloaded operating-system image is not automatically updated forever. Before deploying the system, check for current Raspberry Pi OS updates, verify the network configuration, and install or configure Pi-hole as required. Even so, the kit is well suited to users who value a complete package and want the operating system ready on the included storage card.
Storage Ready for Immediate Use
A 64GB card with Bookworm preloaded removes the need to create a boot image manually. The included reader also makes it easier to copy or restore operating-system files from a computer.
Power and Cooling Combined
The 27W USB-C adapter supplies appropriate power for the Pi 5 and compatible peripherals, while the active cooler manages sustained thermal output. Together they form the foundation of a dependable always-on appliance.
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5. Raspberry Pi 3 Model B+ – Compact Legacy Option
Raspberry Pi 3 Model B+
1.4GHz quad-core processor
64-bit processing
1GB LPDDR2 memory
Dual-band wireless LAN
The Raspberry Pi 3 Model B+ is a lower-generation option that can still serve a basic Pi-hole role. Its 4.6 rating indicates a generally positive response, and the board includes the connectivity most users need in a compact network appliance: Ethernet, dual-band wireless LAN, and Bluetooth.
Pros
- Low-power capable processor
- Compact established design
- Wireless and Bluetooth included
- Sufficient for basic Pi-hole use
Cons
- Only 1GB system memory
- Older processor and platform
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Its 1.4GHz 64-bit quad-core processor is considerably less powerful than the 2.4GHz quad-core chips in the Pi 5 selections. However, Pi-hole is not a graphics-intensive application, and a modest household network can function well with this hardware. The main constraint is the 1GB of memory, which leaves less room for extra services and heavier administrative activity.
Because it is a bare board, users need to provide a microSD card, suitable power, cooling, and an enclosure. These requirements are less concerning for a simple filtering appliance than for a desktop replacement. A reliable Ethernet connection is advisable even though Wi-Fi is supported, since consistent latency benefits every DNS lookup on the network.
The Pi 3 Model B+ is best considered when a known-good older platform is already on hand or when the primary objective is creating a basic Pi-hole installation without buying current-generation hardware. It can also serve as a secondary resolver or a learning platform for networking fundamentals.
Its limitation is future flexibility. The 1GB memory limit becomes more noticeable if the board is expected to run dashboards, containers, development environments, or multiple network services simultaneously. For a small network focused only on filtering, it remains a functional option, but newer Pi 5 models offer clearly better headroom.
Efficient for Basic Filtering
The Model B+ can handle Pi-hole on a modest network without the complexity of a larger system. Its lower resource demand is suitable for users who primarily want DNS filtering and simple reporting.
Compact Networking Platform
Dual-band wireless LAN and Ethernet provide flexible placement, while Bluetooth adds another connection option. Wired operation remains preferable when consistent DNS response times are the priority.
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6. Vilros Raspberry Pi 4 Kit – Proven Pi 4 Bundle
Vilros Raspberry Pi 4 Kit
Quad-core Cortex-A72
4GB LPDDR memory
64GB preloaded card
Built-in case fan
The Vilros Raspberry Pi 4 Complete Starter Kit is a well-rounded Pi 4 bundle for building a Pi-hole node. Its 4.7 rating supports its reputation as a capable and popular general-purpose kit. The package includes the 4GB Raspberry Pi 4 Model B, a case with a built-in fan, a 64GB microSD card preloaded with Raspberry Pi OS, a power supply, a micro-HDMI cable, a USB card adapter, a storage bag, four heatsinks, and a quick-start guide.
Pros
- Complete nine-piece starter bundle
- Preloaded operating-system card
- Active and passive cooling
- Inline power switch
Cons
- Older Pi 4 platform
- Keyboard, mouse and monitor excluded
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The board's 64-bit quad-core processor provides more than enough capability for Pi-hole and leaves room for related services. Four gigabytes of memory is a useful amount for a network server, while the preloaded card allows the system to be configured quickly. The included adapter also simplifies reflashing or restoring storage from a desktop computer.
Cooling is addressed in two ways. The well-vented enclosure incorporates an active fan, and the four heatsinks provide additional passive cooling for key components. The inline on/off switch on the power supply is a small convenience that can simplify power management during installation or troubleshooting.
As a Pi 4-based design, it lacks the processing advantages of the Pi 5, and the fan may produce more sound than a fanless setup. For a Pi-hole located in a quiet office or living area, sound may matter. The bundle also does not include a keyboard, mouse, or monitor, although headless Pi-hole setup normally does not require them.
This kit is well suited to users who prefer a mature Pi 4 platform with a broad set of included accessories. It is also a good choice for building a home lab, since the 4GB board, storage, cooling, and enclosure can support many educational projects beyond DNS filtering. Buyers prioritizing quietness or maximum performance should compare it with a fanless case or Pi 5 kit.
Nine-Part Starter Bundle
The board, preloaded card, power supply, cooling hardware, case, cable, adapter, bag, and guide cover the fundamentals of a practical Pi 4 installation. This is useful for builders who prefer assembling from one organized package.
Quiet Versus Active Cooling
The built-in fan and four heatsinks provide effective cooling for sustained operation. Users placing the Pi-hole near a television, desk, or bedroom may still prefer a passive enclosure if fan noise would be distracting.
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7. Raspberry Pi Zero W – Smallest Wi-Fi Pi-Hole Option
Raspberry Pi Zero W
1GHz ARM11 processor
512MB LPDDR2 memory
802.11b/g/n Wi-Fi
40-pin GPIO header
The Raspberry Pi Zero W is the smallest and most resource-constrained board in the guide, but it can still function as a basic Pi-hole resolver. Its 4.2 rating is the lowest among these listings, which is understandable given the limited memory and processing resources compared with Pi 4 and Pi 5 models.
Pros
- Extremely compact form factor
- Built-in Wi-Fi and Bluetooth
- Low resource requirements
- Extensive GPIO access
Cons
- Limited 512MB memory
- Only one microSD slot
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The board uses a 1GHz ARM11 processor and 512MB of LPDDR2 SDRAM. Pi-hole can run in this constrained environment, but memory headroom is minimal. Users should avoid stacking many additional services, aggressive logging, or unnecessary graphical tools onto the board if reliable DNS operation is the priority.
Wireless connectivity is integrated through 802.11b/g/n Wi-Fi, making the Pi Zero W convenient to place near a router without running an Ethernet cable. Bluetooth 4.1 is also available. The 40-pin GPIO header supports sensors and other peripherals, while the microSD slot, Mini HDMI, and Micro USB ports provide basic storage, display, and peripheral options.
A Micro USB On-The-Go port allows convenient data transfer and device connections. The compact board can fit into a small enclosure with minimal visual impact, which is useful for a discreet network appliance. It is also suitable for remote-control and IoT experimentation, although those capabilities go beyond the core Pi-hole task.
The Pi Zero W is most appropriate for a light-duty resolver on a small network or for experimentation with minimal hardware. It is less attractive when the Raspberry Pi will also run Home Assistant, development tools, extensive logging, or multiple services. For those scenarios, a Pi 4 or Pi 5 with more memory and processing power is the better foundation.
Discreet Low-Power Deployment
The small board is easy to place beside a router, television, or network cabinet. Its low-power-oriented design can suit simple filtering tasks where a full-size desktop replacement is unnecessary.
Wireless Convenience and Limits
Built-in Wi-Fi removes the need for a wired connection, but limited memory and processing resources remain the central trade-offs. Pi-hole works, yet the board has much less room for expansion than the Pi 4 and Pi 5 selections.
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8. iUniker Raspberry Pi 4 Case – Quiet Passive Protection
iUniker Raspberry Pi 4 Case
Fanless aluminum enclosure
Four thermal pads included
Rubber feet included
GPIO and port access
The iUniker Aluminum Case is an enclosure rather than a complete Raspberry Pi, but it directly addresses an important part of a Pi-hole deployment: protecting the board while maintaining quiet operation. Its 4.5 rating indicates a generally favorable response, and the fanless design is particularly relevant for network appliances placed in occupied rooms.
Pros
- Quiet passive cooling
- Durable metal construction
- Access to GPIO and ports
- Useful for sustained Pi-hole workloads
Cons
- Raspberry Pi board not included
- Needs airflow for heavy loads
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The aluminum body acts as a passive heatsink, helping the Raspberry Pi 4 dissipate heat without a fan. This avoids fan noise, bearing wear, and another powered component. Thermal pads, rubber feet, a screwdriver, screws, and a user guide are included, so the main installation hardware is provided.
Openings allow access to USB-C power, micro-HDMI, Ethernet, USB ports, the GPIO header area, the SD card, and common Pi 4 connections. That makes the enclosure practical for projects that need occasional wiring changes. Its compact black design also suits a desk, media cabinet, workbench, or network shelf.
The enclosure does not include a Raspberry Pi 4, so it must be paired with a separately purchased board, storage, and power supply. Its passive approach also has limits. The supplied information specifically mentions Pi-hole and other normal workloads while advising users to monitor temperatures and consider airflow for sustained heavy processing, extreme stress testing, or overclocking.
This case is an excellent companion to a Raspberry Pi 4 that will serve as a discreet Pi-hole resolver. It is less suitable for someone seeking a ready-to-run kit, but it gives experienced builders a durable and quiet mounting solution. Remove the microSD card before installation and remove the protective films from the thermal pads so heat transfer works as intended.
Silent Cooling for Shared Spaces
The fanless aluminum design removes mechanical fan noise from the Pi-hole appliance. That makes the system easier to keep in a bedroom, office, or living area where a small fan could be distracting.
Protective and Serviceable Layout
Metal construction shields the board from dust, scratches, and everyday handling, while cutouts preserve access to commonly used connections and the GPIO area. The enclosure supports both routine operation and occasional maintenance.
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9. Raspberry Pi 5 2GB Kit – Best Budget Pi 5 Choice
Raspberry Pi 5 2GB Kit
2.4GHz quad-core processor
2GB LPDDR4X memory
Active cooler included
ABS protective enclosure
The Raspberry Pi 5 2GB Kit delivers current-generation Raspberry Pi 5 performance in a smaller memory configuration, making it the best budget-oriented choice in this guide. Its 5.0 rating is the highest listed score, and the kit includes the active cooler, ABS case, and screwdriver needed to assemble the board.
Pros
- Five-star listed rating
- Current 2.4GHz processor
- Cooler and case included
- Screwdriver included
Cons
- Only 2GB system memory
- Storage and power not included
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The 2.4GHz 64-bit quad-core Arm Cortex-A76 processor provides ample performance for Pi-hole, including on networks with substantial DNS traffic. The supplied information identifies Pi-hole as a supported use case along with home automation, media streaming, web browsing, and programming. Two gigabytes of LPDDR4X memory is sufficient for a dedicated Pi-hole installation.
The main limitation is memory headroom. Pi-hole is lightweight, but 2GB is less forgiving if the same board is asked to run Home Assistant, a development environment, multiple containers, or other services. Users who expect the Raspberry Pi to become a broad home-lab system may prefer the 4GB or 8GB models.
The included active cooler combines an aluminum heatsink with a PWM-controlled fan, helping the board maintain performance during extended operation. The ABS case provides protection while allowing access to the ports. Its layered design is intended for straightforward assembly and disassembly, and the included screwdriver removes the need to search for a basic tool.
A suitable power supply and microSD card are still needed, as neither is identified in the listed package. After adding those essentials and writing the Raspberry Pi OS image, the kit becomes a capable Pi-hole platform. It is the recommended option for buyers who want Pi 5 processing power and included cooling without moving to a larger-memory configuration.
Pi 5 Performance in a Lean Kit
The 2.4GHz Cortex-A76 processor is more than capable of handling DNS filtering and related administration tasks. This makes the 2GB kit suitable for dedicated Pi-hole use without the overhead of a full desktop operating system.
Cooling and Case Included
Including the active cooler and ABS enclosure simplifies assembly and supports continuous operation. The screwdriver completes the basic toolkit, although users still need to provide suitable storage and power.
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10. Raspberry Pi 4 Model B – Proven Value Platform
Raspberry Pi 4 Model B
1.5GHz Cortex-A72
64-bit quad-core processor
2GB LPDDR memory
Bluetooth 5.0 BLE
The Raspberry Pi 4 Model B with 2GB remains a proven platform for Pi-hole and many other lightweight server projects. Its 4.7 rating shows strong buyer satisfaction, while the familiar Model B design offers a practical balance of processing power, connectivity, and expansion options.
Pros
- Proven Raspberry Pi platform
- Fast dual USB 3.0
- Dual 4K display support
- Built-in wireless networking
Cons
- Bare board only
- 2GB limits heavier expansion
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The Broadcom BCM2711 system-on-chip uses a 1.5GHz 64-bit quad-core Cortex-A72 processor. That is more than sufficient for Pi-hole, including on a busy home or small-office network, and it remains useful if the board later hosts additional lightweight services. The 2GB memory configuration is adequate for focused DNS filtering but has less room than the 4GB and 8GB Pi 4 or Pi 5 configurations.
Dual USB 3.0 ports can accommodate fast external storage, which is useful when Pi-hole logs need to live on a separate drive. Two USB 2.0 ports support peripherals such as keyboards, adapters, or low-speed storage. Dual micro-HDMI outputs support displays up to 4Kp60, providing a convenient way to work with the desktop during installation.
Wireless connectivity includes 2.4GHz and 5GHz IEEE 802.11b/g/n/ac Wi-Fi and Bluetooth 5.0 with BLE. As with other wireless Raspberry Pi models, Ethernet is still the preferred connection for a Pi-hole resolver because it avoids Wi-Fi congestion and provides more consistent response times.
This listing is for the board alone, so cooling, storage, a power supply, and an enclosure must be supplied separately. That makes it most suitable for builders who already have those components or enjoy assembling a custom system. A Pi 5 offers more processing power, while a Pi 3 Model B+ is smaller and less demanding; this Pi 4 remains the practical middle ground.
USB 3.0 for External Storage
The two USB 3.0 ports are valuable when Pi-hole stores logs or operating-system data on a compatible external drive. Faster storage can help keep administrative tasks responsive without changing the board itself.
Established Software Compatibility
The Pi 4 Model B has an extensive software ecosystem and a mature hardware design. That makes it a dependable platform for Pi-hole and for users who want one board to support multiple Linux-based projects.
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Buying Guide – How to Choose the Best Raspberry Pi for Pi Hole
The best Raspberry Pi for Pi Hole is normally the one that provides enough performance, reliable cooling, stable networking, and convenient maintenance without adding unnecessary expense. The following factors help separate a dedicated resolver from a general-purpose experiment.
Processor and Workload Headroom
Pi-hole is efficient, but query volume, logging settings, the number of connected clients, and any additional services can increase the workload. A 2.4GHz quad-core Cortex-A76 processor in Raspberry Pi 5 models offers the greatest headroom in this group, while Pi 4 boards remain well suited to dedicated filtering. Older or smaller platforms can work, but they provide less room for future expansion and should be monitored more carefully.
System Memory
The Pi-hole application itself is lightweight, but memory determines how comfortably the Raspberry Pi can handle additional packages, web administration, updates, and related services. Two gigabytes is workable for a dedicated resolver, four gigabytes provides a comfortable middle ground, and eight gigabytes is preferable when the board will serve as a broader home-lab computer. Matching memory to the intended workload prevents unnecessary strain.
Cooling and Enclosure
A Raspberry Pi intended to remain online benefits from active or effective passive cooling. Raspberry Pi 5 boards run warmer than earlier models, making the included active coolers in several kits especially valuable. Fanless aluminum cases can reduce noise in quiet rooms, provided thermal levels remain appropriate. Whichever approach is chosen, the enclosure should permit airflow and leave ports accessible.
Storage and Log Management
Pi-hole can run from a microSD card, and many listings include a preloaded card for quick setup. For long-term use, choose dependable storage and consider limiting or redirecting verbose logs. Raspberry Pi 5 boards can expand to compatible NVMe storage through an adapter, while Pi 4 models benefit from fast USB 3.0 storage. Booting and logs can also be separated to simplify maintenance.
Wired and Wireless Connectivity
Ethernet is the preferred connection for Pi-hole because it offers consistent latency, avoids Wi-Fi interference, and removes dependence on radio conditions. Most boards include Gigabit Ethernet. Wi-Fi is useful where a cable is inconvenient, but signal strength, channel congestion, and router placement should be considered. A wireless-only device is best reserved for lightweight networks or temporary installations.
Power Supply and Peripherals
The power adapter must meet the Raspberry Pi model's requirements and provide stable output under normal and peak loads. The 27W USB-C adapters included with several Pi 5 kits support higher-voltage peripherals and multiple power profiles. Users should also account for storage, case, cooling, and any USB devices. A stable power source is essential because unstable power can cause reboots, interrupted logging, and unreliable DNS service.
Headless Management and Expandability
Most Pi-hole systems are administered through a browser rather than a monitor, so headless setup should be part of the buying decision. Reliable Ethernet or Wi-Fi, access to the microSD card, and a way to recover a failed installation are valuable. The Raspberry Pi 5's PCIe connector and 40-pin GPIO header add future possibilities, although adapters and accessories must be compatible with the selected enclosure.
How to Use and Care for Your Raspberry Pi for Pi Hole
Start by preparing a reliable operating-system card with Raspberry Pi OS, connect the board to Ethernet, and complete the initial setup before installing Pi-hole. If the chosen kit includes a preloaded card, check for system updates and verify that its configuration matches your network. Create the Pi-hole user interface, choose the upstream DNS resolvers, and complete the network configuration that assigns the Raspberry Pi as the local DNS server.
After installation, test DNS resolution from several devices on the network, review the Pi-hole dashboard, and confirm that expected filtering behavior is occurring. Adjust query logging and retention to suit the available storage, then monitor operating temperature and system stability. A wired connection, active cooler, or thermally appropriate enclosure will help maintain consistent performance during continuous operation.
Keep the operating system and Pi-hole software updated, and maintain a separate copy of important configuration files. Schedule regular restarts only if operational monitoring shows they are necessary rather than as a substitute for addressing the underlying issue. Clean dust from vents, inspect connections, and verify that cables are not strained. Back up the storage image before major upgrades so the resolver can be restored quickly if an update causes trouble.
Frequently Asked Questions
Which Raspberry Pi model is best for Pi-hole?
The Raspberry Pi 5 8GB offers the strongest overall performance and memory capacity in this guide, making it the most flexible choice for Pi-hole and related local services. The Raspberry Pi 5 4GB configuration is a balanced alternative, while the 2GB kit is suitable for a dedicated resolver with fewer additional services. Pi 4 models can also run Pi-hole effectively, but they offer less processing headroom.
Can I use a Raspberry Pi 5 2GB for Pi-hole?
Yes. A 2GB Raspberry Pi 5 has sufficient processor power and memory for Pi-hole on a typical home or small-office network. Its limitation appears when running Home Assistant, multiple containers, development tools, or other memory-intensive services. Dedicated filtering users can benefit from its current processor, included cooling, and compact configuration.
Is Ethernet better than Wi-Fi for Pi-hole?
Ethernet is generally preferable because it offers lower and more consistent latency, avoids wireless interference, and remains stable without depending on signal strength. Wi-Fi is perfectly workable for small networks and locations where an Ethernet cable is inconvenient. If wireless operation is required, position the Raspberry Pi near the access point and monitor for packet loss or delayed responses.
Do I need active cooling for a Raspberry Pi running Pi-hole?
Active cooling is highly useful on a Raspberry Pi 5 because it helps control heat during sustained operation. A Pi 4 can work with effective passive cooling in a well-ventilated environment, and the listed aluminum case is designed for fanless use in normal workloads. Monitor temperatures and add airflow if the enclosure becomes hot or performance appears to suffer.
How much storage does Pi-hole need?
A modest microSD card can run Pi-hole, but query logging can gradually consume space. The kits with 32GB or 64GB cards provide additional room for operating-system files and logs. It is also sensible to limit detailed logging, redirect logs to fast external storage, or separate the operating system from resolver data.
Can I run Pi-hole and other services on one Raspberry Pi?
Yes, provided the model has enough memory and processing capacity. Pi-hole is lightweight, so it can coexist with utilities such as Home Assistant or a small dashboard on a Pi 5 with 4GB or 8GB of memory. Monitor resource use and avoid adding memory-intensive applications to the 2GB configuration.
Should I buy a bare board or a complete kit?
A complete kit is more convenient for beginners because it may include storage, cooling, a case, cables, and a power supply. A bare board offers more flexibility and may avoid paying for accessories that are not needed. Before buying a bare board, make a checklist of every required component rather than assuming basic accessories are included.
How do I recover Pi-hole if the Raspberry Pi fails to boot?
Remove the microSD card and connect it to a computer through a compatible reader. You can then rewrite the operating system, reinstall Pi-hole, and restore the network configuration and any settings you have backed up. Kits that include a card reader make this recovery process more convenient, and an NVMe or external-storage setup can keep the operating system separate from resolver data.
Final Thoughts on Choosing the Best Raspberry Pi for Pi Hole
The Raspberry Pi 5 8GB is the leading choice for buyers who want strong performance, generous memory, and flexible storage expansion. The RasTech 8GB kit stands out when a complete package is preferred, while the Raspberry Pi 5 2GB kit delivers current-generation processing in a more modest configuration that is well suited to a dedicated resolver.
The Pi 5 4GB bundles offer a practical middle ground, and the Vilros Pi 4 kit remains useful for buyers who favor a mature platform and a broad collection of accessories. Older boards can run Pi-hole, but memory capacity and processing headroom become more important when the Raspberry Pi is also expected to support other services. Reliable power, effective cooling, wired networking, and sensible log management matter as much as the processor generation.
Before making a final choice, verify the exact package contents, storage situation, enclosure compatibility, and current product listing. Raspberry Pi configurations and bundles can vary, so the included accessories should be confirmed directly. The right choice is the model that fits the network's workload, the available space, and the maintenance preferences of its owner.