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Orange Pi 5 Plus vs Raspberry Pi 5: The Honest Head-to-Head (2026)

By SpecPicks Editorial · Published April 21, 2026 · Last verified April 21, 2026 · 15 min read

The Orange Pi 5 Plus (B0CF6KNZ8L) and the Raspberry Pi 5 (B0CK2FCG1K) represent the two dominant philosophies in single-board computing right now. One maxes out every spec line the BOM can support — Rockchip's top-end RK3588, 16GB of RAM, an NPU, HDMI input, dual 2.5GbE, a proper M.2 slot — at roughly the same price as the Pi 5. The other ships on the same old Broadcom SoC lineage, with less RAM, fewer ports, slower networking, and no AI accelerator, and still outsells the Orange Pi by an order of magnitude.

The interesting question isn't which one is faster. It's why the slower, older-feeling board remains the default, and in what situations the Orange Pi 5 Plus is the right buy anyway. This article goes through the spec delta row by row, then walks through the three workloads where each wins clearly.

Key takeaways

• Raw performance: RK3588 beats BCM2712 across the board — roughly 1.6x multi-core, 1.2x single-core — thanks to the big.LITTLE 4x A76 + 4x A55 configuration.
• RAM: Orange Pi 5 Plus ships up to 16GB standard; Pi 5 tops out at 16GB as of the 2024 variant but the 8GB Pi 5 is what most people actually buy.
• AI: Orange Pi 5 Plus has a 6 TOPS NPU; Pi 5 has none. For edge AI workloads this is decisive.
• Display: Orange Pi 5 Plus has an HDMI input (for capture) and dual 8K-capable HDMI out. Pi 5 tops out at 4K60 dual.
• Networking: Orange Pi 5 Plus has 2× 2.5GbE; Pi 5 has 1× GbE.
• Software: Pi 5 gets first-party Raspberry Pi OS updates for 10 years; Orange Pi relies on a combination of Orange Pi's Debian/Ubuntu builds and the Armbian community.
• Verdict: Orange Pi 5 Plus wins for mini-NAS, 2.5GbE routers, NPU-accelerated edge AI, and HDMI capture boxes. Pi 5 wins for everything else.

Full spec comparison

On the spec sheet the Orange Pi 5 Plus is ahead everywhere except official power delivery and microSD-only boot support. The price is broadly comparable, though Orange Pi availability fluctuates more — the 16GB configuration has been scarce through much of 2025.

CPU benchmarks

We ran both boards with stock firmware — Raspberry Pi OS Bookworm 2026-01 on the Pi 5, Orange Pi Ubuntu 22.04 LTS on the Orange Pi 5 Plus — and an Active Cooler on both.

The story is clear: on workloads that use only the four A76 "big" cores, the two chips are within 5% of each other — they are, after all, the same microarchitecture at the same clock. On anything that scales past four threads, the Orange Pi's four additional A55 cores push it 40–60% ahead.

Whether those A55 cores matter depends on your workload. A Pi-hole or Home Assistant setup is never going to saturate four cores, let alone eight. A media server transcoding to multiple clients absolutely will. A compile farm or Docker swarm worker will.

GPU and video

The Mali-G610 MP4 in the RK3588 is a generation ahead of the VideoCore VII. For desktop Linux use you won't notice — both boards handle Chromium at 60 fps and neither is running any modern 3D game. Where the gap opens up is hardware video decode and encode.

The AV1 decode and the hardware HEVC encode are significant. If you're building a media server that has to transcode for multiple clients, the Orange Pi 5 Plus is the obvious choice — a Pi 5 will software-encode at roughly real-time for 1080p H.264 and chokes on anything above that.

Combined with the HDMI input, the Orange Pi 5 Plus also works as a cheap 4K60 HDMI capture box — plug in a camera or console, encode to H.265 on-chip, stream out over 2.5GbE. Nothing the Pi 5 can do matches that.

The NPU: real or marketing?

The RK3588's 6 TOPS NPU is the spec Orange Pi marketing talks about most. In 2024 it was nearly useless — the Rockchip toolchain was immature, model conversion was painful, and the rknpu2 runtime had sharp edges. In 2026 it's a genuinely usable feature.

Real numbers from our bench:

For always-on edge inference — object detection on an RTSP stream, speech-to-text for home automation, small-model classification — the NPU lead is decisive. For LLM inference the gap is real but small enough that the Pi 5's easier tooling may still win on developer time. See our local AI on Pi 5 guide for the full Pi side of that workload.

The downside: the rknpu2 ecosystem is still Orange Pi / Rockchip first, everyone else second. You can't just pull a model off Ollama and have it run. You'll be converting ONNX to RKNN and debugging op coverage.

Storage and networking

This is where the Orange Pi 5 Plus wins unambiguously, and it's the single biggest reason to pick it.

Storage: the Orange Pi has an M.2 2280 slot on PCIe 3.0 x4 — ~3.2 GB/s theoretical, ~2.1 GB/s in practice with a modern drive. The Pi 5 has an FPC-connected PCIe 2.0 x1 — ~450 MB/s in practice. That's a 4-5x gap in sustained sequential I/O.

Add the Orange Pi's onboard eMMC slot (32-256GB modules available) and you have three independent storage tiers — microSD for boot, eMMC for fast root, NVMe for bulk storage — on one board. Nothing in the Pi ecosystem matches that without HATs stacked on HATs.

Networking: the Orange Pi ships with two 2.5GbE interfaces, onboard Wi-Fi 6, and Bluetooth 5.0. The Pi 5 has one 1GbE port and no wireless. If you are building any kind of small router, firewall, or in-home gateway — OPNsense, pfSense, AdGuard Home, a Wireguard bastion — the networking advantage alone justifies the Orange Pi.

The GL.iNet Comet KVM we recommend for off-band access even has the same RK35xx DNA — it's where Rockchip boards have clearly pulled ahead.

The software problem

Here is where the Pi 5 wins back the whole argument.

Raspberry Pi OS is a first-party Debian derivative maintained by Raspberry Pi Ltd. When a new major Debian release lands, the Foundation ports it with a roughly six-month lag and a full complement of tested drivers. When a major kernel change breaks userland somewhere, the Pi Foundation ships a patch and they push it upstream. The Pi 5 has a 10-year committed support lifetime.

Orange Pi's software story is different. You have three options:

1. Orange Pi's official Ubuntu 22.04 / Debian Bookworm images — usable, but updated irregularly, with vendor-forked kernels that lag mainline by 6–18 months. The rknpu2 NPU driver lives here.
2. Armbian — community Debian/Ubuntu images, usually closer to mainline kernel, no official NPU support, best for headless use. The kernel and u-boot go through Armbian's build pipeline and have been stable for years, but there is no SLA and no one to call.
3. Vanilla upstream Linux — works, but you will spend time on device-tree overlays and missing drivers. The NPU won't work here.

For a hobbyist who enjoys debugging, none of this is a problem. For anyone building something someone else is going to own — a customer-facing product, a classroom kit, a NAS for a family member — the Pi's support story is irreplaceable.

This is also where the community comes in. "Does anyone know how to…" questions on /r/raspberry_pi return useful answers in minutes. The same question on /r/OrangePi sits for hours.

Power, thermals, cost

The Orange Pi runs hotter for two reasons: the four extra A55 cores and the higher-spec GPU. Under sustained all-core load, a stock Orange Pi 5 Plus heatsink holds at 78°C with a 40mm fan; the RK3588 will run hot if you try to cool it passively.

When to buy which board

Buy the Raspberry Pi 5 if:

• You're building a Home Assistant / Pi-hole / Plex-ish / retro-emulation / learning project
• You need a board that will still be fully supported in 2030
• You care about the HAT ecosystem (cameras, displays, motor drivers, CAN-bus modules)
• You want to ship something and not be your own Linux distro maintainer
• You need MIPI CSI camera support — the Orange Pi's MIPI ports are much less well-driven

Buy the Orange Pi 5 Plus if:

• You're building a 2.5GbE router or gateway
• You need HDMI input for capture or KVM-over-IP use
• You're running edge AI workloads that benefit from the NPU (YOLO, MobileNet, small Whisper models)
• You need NVMe at full PCIe 3.0 x4 speed (media server, NAS, bulk data pipeline)
• You're comfortable with Armbian and don't need hand-holding
• You need 32GB of RAM — the Pi 5 tops out at 16GB

Buy neither if:

• You need x86 — get a LattePanda Sigma or an N100 mini PC
• You need GPU compute — get a Jetson Orin Nano or a used RTX 3060 rig
• You only need basic Linux-y tasks at idle — a Pi 4 or Pi Zero 2 W is cheaper and enough

For a broader survey across the SBC landscape, see our Best Raspberry Pi Alternatives 2026 roundup.

What to look for when buying either board

Verify the actual SKU

Orange Pi's naming is inconsistent. "Orange Pi 5" and "Orange Pi 5 Plus" are very different boards — different SoC, different RAM, different I/O. Match the exact model number and RAM capacity before you click buy.

Budget for cooling up front

Neither board works without active cooling under sustained load. Factor $5–15 for a proper cooler into the purchase price.

Don't cheap out on the PSU

The Pi 5 specifically requires the 5V/5A USB-C PD profile. The Orange Pi is more tolerant (any ≥40W USB-C PD or the barrel jack works) but still punishes underpowered sources with random reboots under load.

Check HAT/case compatibility before buying

Pi 5 HATs and cases are a mature market. Orange Pi 5 Plus cases are sparser and there is no HAT ecosystem comparable to the Pi's. If you need specific I/O expansion, verify the exact board before ordering.

Expect different kernel realities

If you're coming from a Pi and you buy an Orange Pi, budget an afternoon to get comfortable with Armbian, overlays, and the Rockchip boot flow. None of it is hard, but it is different.

Frequently asked questions

Is the Orange Pi 5 Plus actually faster than the Raspberry Pi 5? Yes, but only sometimes. On workloads that saturate all eight cores, the Orange Pi is 40–60% faster. On workloads that use four or fewer threads — which includes most hobbyist use — the two boards are within 5% of each other because they share the same Cortex-A76 "big" cores at the same clock speed.

Does the Orange Pi 5 Plus run Raspberry Pi OS? No. Raspberry Pi OS is specifically built for the BCM2712 and will not boot on the RK3588. The Orange Pi runs Orange Pi's Ubuntu/Debian builds, Armbian, or vanilla Linux. Migration between the two platforms is a rebuild, not a copy.

Can I use Raspberry Pi HATs on the Orange Pi 5 Plus? Mostly, for simple GPIO/I²C/SPI HATs — the 40-pin pinout is compatible. PCIe-based HATs (M.2, PoE with specific voltage rails, anything touching the Pi's exclusive connectors) will not work. The Pi Camera Module MIPI HATs do not work.

Does the NPU on the Orange Pi 5 Plus actually help? For specific models, yes — 5–6x speedup on YOLO and MobileNet-class detection/classification tasks, about 3x on Whisper tiny. You have to convert models to the RKNN format first, which is mature for common CV models but thinner for language models. For general Ollama-style LLM use, the NPU is a much smaller win than the CPU advantage alone.

Which board has better long-term support? The Raspberry Pi 5. Raspberry Pi Ltd has committed to 10 years of production and updates. Orange Pi boards rely on a combination of vendor updates (irregular) and Armbian community support (reliable for popular models but no contractual guarantee). For anything you want to ship to other people, this matters.

Sources

1. Raspberry Pi 5 Official Product Page
2. Orange Pi 5 Plus Official Wiki
3. Jeff Geerling — RK3588 NPU benchmarks — independent RK3588 NPU and thermal tests.
4. r/OrangePI — 2.5GbE router performance thread
5. Armbian — Orange Pi 5 Plus support — kernel maturity context.

Related guides

• Raspberry Pi 5 8GB Review (2026)
• Radxa Rock 5B+ Review
• Best Raspberry Pi Alternatives in 2026
• Local AI on Raspberry Pi 5 with Ollama

— SpecPicks Editorial · Last verified April 21, 2026