Raw power and exceptional I/O, but a smaller community.
Excellent Debian/Armbian support, but slightly higher price.
Budget-friendly, but limited CPU performance and delayed software support.
👍 What we like
- ✓CPU performance significantly higher than Raspberry Pi 5 thanks to Cortex-A76 cores.
- ✓Advanced connectivity: native NVMe M.2 and dual 2.5GbE ports.
- ✓Modern hardware support: HDMI 2.1 for media centers and PCIe 3.0.
- ✓Better power-to-price ratio in the mid-to-high-end segment.
👎 What to watch
- ✕Software support (OS, drivers) is less mature and more fragmented than Raspberry Pi.
- ✕Risk of irregular availability and longer delivery times.
- ✕Smaller community documentation for hardware debugging.
🏆 Our picks
Affiliate links · same price for you
Orange Pi 5 Plus (8GB/16GB)
Amazon · price and availability on the listing
Banana Pi BPI-M5
Amazon · price and availability on the listing
See all our recommended gear in the shop.
📑 Contents ▾
The single-board computer (SBC) market has evolved significantly since the era of the Raspberry Pi 3. Today, for a homelab or a 24/7 home automation server, simple Wi-Fi connectivity and a few USB ports are no longer sufficient. The demands of virtualization, Docker containerization, and local data processing require more robust CPU performance, efficient thermal management, and, crucially, fast storage access via NVMe. While the Raspberry Pi 5 remains an undisputed reference for its software stability and community size, it has major shortcomings in terms of price-to-performance ratio and native network connectivity. This is where its direct competitors come in, notably the Orange Pi 5 Plus, the Radxa Rock 5B, and Amlogic-based solutions like the Libre Computer La Frite or the Banana Pi BPI-M5. This guide analyzes these alternatives to help you choose the platform best suited to your infrastructure, focusing on durability, software compatibility (Proxmox VE and TrueNAS are officially available only for x86-64; on ARM you need community ports or other solutions), and component availability.
Why this choice matters
The shift to the Raspberry Pi 5 highlighted two structural weaknesses: the lack of fast network ports (only 1GbE) and the dependency on a PCIe adapter for NVMe, which complicates installation and increases latency. For a serious homelab, disk latency is critical. A home NAS or database server (such as PostgreSQL or MariaDB) suffers greatly from slow I/O. Furthermore, lightweight virtualization (LXC) on Proxmox or managing numerous Docker containers requires at least 8 GB of RAM, ideally 16 GB, and a processor capable of handling multiple cores without overheating. Choosing an alternative to the Pi 5 is not just a matter of budget, but of long-term reliability. A card that overheats or whose software support (kernel, GPU drivers) is abandoned after six months can turn your home automation project into a maintenance nightmare. Therefore, prioritize platforms with an active community, solid Debian/Ubuntu support, and a hardware architecture that allows easy expansion without expensive proprietary cases.
Purchase criteria
When evaluating these SBCs, four technical criteria dominate. First, the SoC (System on Chip): prefer recent ARM64 architectures like the Rockchip RK3588S or RK3588, which offer significantly better multi-core performance than the Cortex-A76s in the Pi 5. Second, storage: the presence of an M.2 NVMe PCIe 3.0 or 4.0 slot is almost mandatory to avoid bottlenecks. Third, network connectivity: 2.5GbE is becoming an expected standard for fast internal transfers, especially if you use SATA or NVMe disks in RAID. Fourth, the software ecosystem: check for the availability of official or community images for Linux (Debian, Armbian, Ubuntu). The lack of hardware support for video codecs (VPU) can render a card unusable for Plex/Jellyfin transcoding. Finally, availability is a crucial factor; some Chinese cards suffer from prolonged stock shortages, which is problematic for professional or semi-professional deployment.
Orange Pi 5 Plus
The Orange Pi 5 Plus is often cited as the true rival to the Raspberry Pi 5 in terms of connectivity. It features the powerful Rockchip RK3588, an 8-core SoC (4 Cortex-A76 + 4 Cortex-A55) with a 6 TOPS NPU, ideal for image processing or local inference. Its greatest strength lies in its connectivity: it has two 2.5GbE Ethernet ports, one M.2 NVMe PCIe 3.0 x4 slot, and one M.2 E-key slot for a Wi-Fi/Bluetooth module. Thermal management is better than on the Pi 5 thanks to a design that allows for the addition of active coolers. Software-wise, Armbian support is excellent, offering a recent and stable Linux kernel. For a homelab, this means you can virtualize multiple LXC machines without storage latency. Integration with Home Assistant OS is possible via community images, although less native than on the Pi. If you are looking for a versatile machine to host Docker, a lightweight NAS, and home automation, this is a solid choice. You can find this card on Amazon, although prices fluctuate depending on stock.
Radxa Rock 5B
The Radxa Rock 5B stands out for its build quality and stability. It also uses the RK3588 but with a more “pro” approach. It offers an M.2 PCIe 3.0 x4 NVMe slot (like the Orange Pi 5 Plus) and one 2.5GbE Ethernet port. What makes it attractive for self-hosting is its exceptional hardware compatibility with expansion cards (HATs) and its power management. Radxa provides very well-maintained official Debian images, reducing the risk of file system corruption, a sworn enemy of 24/7 servers. Video codec support is robust, allowing smooth hardware transcoding for Jellyfin. However, its price is often higher than the Orange Pi, and the community is slightly smaller. It is ideal if you need a stable platform for a file server or software router (such as OpenWrt) and do not want to spend your time compiling drivers.
Libre Computer / Banana Pi
Here, we are talking about more niche but very relevant solutions for certain use cases. The Libre Computer La Frite (based on an entry-level Amlogic SoC) is an economical alternative if you do not need NVMe. It is excellent for pure home automation (Zigbee, Z-Wave via USB) and local streaming, but lacks the power for virtualization. The Banana Pi BPI-M5 (Amlogic S905X3, 4 GB LPDDR4, 16 GB eMMC) sits in the same budget segment. It has a single Gigabit Ethernet port and no NVMe slot, which suits it to light workloads rather than multi-port routing. However, software support can be more fragmented. You must be ready to read technical documentation and manually intervene in the bootloader. These cards are less suitable for homelab beginners but offer an unbeatable price-to-performance ratio for specific tasks such as firewalls or network bridges. Beware of availability: they are often out of stock on major platforms.
Comparison table
| Criteria | Raspberry Pi 5 | Orange Pi 5 Plus | Radxa Rock 5B | Banana Pi BPI-M5 |
|---|---|---|---|---|
| Processor | BCM2712 (4x Cortex-A76) | RK3588 (4xA76 + 4xA55) | RK3588 (4xA76 + 4xA55) | Amlogic S905X3 (4x Cortex-A55) |
| Max RAM | 16 GB LPDDR4X | 32 GB LPDDR4/4X | 16 GB LPDDR4X | 4 GB LPDDR4 |
| Storage | MicroSD / PCIe (via HAT) | NVMe PCIe 3.0 x4 | NVMe PCIe 3.0 x4 | 16 GB eMMC + MicroSD |
| Ethernet | 1x 1GbE | 2x 2.5GbE | 1x 2.5GbE | 1x 1GbE |
| NPU | No | 6 TOPS | 6 TOPS | No |
| OS Support | Excellent (Raspbian/Debian) | Very Good (Armbian) | Excellent (Debian) | Medium/Community |
Use cases
The choice depends entirely on your technical stack. For a self-hosting beginner wishing to install Home Assistant, Nextcloud, and a simple Docker server, the Raspberry Pi 5 remains the safest bet thanks to the abundance of tutorials available. If you plan to use Proxmox (via an unofficial community ARM port) to virtualize lightweight containers and need fast read/write speeds, the Orange Pi 5 Plus is the best compromise. Its dual 2.5GbE connection allows for traffic segmentation (one port for LAN, another for WAN or storage). For advanced users building a Linux-based software router or firewall (pfSense and OPNsense do not run on these ARM boards), a board with 2.5GbE ports such as the Radxa Rock 5B or Orange Pi 5 Plus is a better fit, as the Banana Pi BPI-M5 has a single Gigabit port. Finally, for intensive video transcoding, ensure that the Linux image you choose supports the RK3588 VPU codecs, which is the case with recent Armbian images.
Pitfalls to avoid
The most common pitfall is underestimating power supply. Cards like the Orange Pi 5 Plus or Radxa Rock 5B peak higher than the Pi 5, especially under CPU load and with an NVMe disk. Always use a high-quality USB-C PD power supply (at least 27W for the Pi 5; for RK3588 boards, follow the power supply listed on the manufacturer’s spec sheet, e.g. USB-C PD 9-20V for the Rock 5B) to avoid unexpected reboots. Secondly, heat management: an RK3588 without a heatsink or active fan can throttle drastically under sustained load, rendering the server unusable. Thirdly, the file system: avoid installing the operating system on a MicroSD card for intensive server use. Reliability is low. Always use an NVMe or SATA SSD. Finally, beware of unofficial “all-in-one” images that include pre-installed unverified software; prefer clean installations from a base Debian or Ubuntu image to ensure the security of your homelab.
Verdict
There is no absolute winner, but winners depending on the profile. The Raspberry Pi 5 remains the king of the ecosystem and simplicity, ideal for those who want to “plug and forget.” However, for a high-performance homelab in 2026, the Orange Pi 5 Plus offers the best price-to-performance ratio with its native NVMe and 2.5GbE connectivity, making it the most logical choice for most intermediate users. The Radxa Rock 5B is the choice for stability purists, while Banana Pi alternatives address specific networking needs. Before buying, always check the availability of OS images for your exact card model, as hardware version fragmentation among Chinese manufacturers can make certain configurations incompatible with the latest Linux kernels.