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    Raspberry Pi Zero 3W SBC
    Raspberry Pi Zero 3W SBC

    Orange Pi Zero 3W Review: $25 Dual Video Pi Zero 2W Killer?

    2
    By androidpimp on June 26, 2026 Embedded Computers
    28 min read●Updated August 26, 2026

    Related reading

    • Ugoos SK3 Review: The Real NVIDIA Shield Alternative?
    • LattePanda Mu Ultra Debuts with Intel Lunar Lake & 115 TOPS AI Power
    • Orange Pi Zero 4 Review: Is This $26 Micro SBC a Raspberry Pi Killer?
    • • Part I: introducing the Orange Pi Zero 3W SBC
    • • The Orange Pi Zero 3W has just been released, offering a compact, budget-friendly development board with multiple interfaces, including dual video outputs.
    • • Interfaces
    • • Orange Pi Zero 3W (Design/Interfaces)
    • • Hardware Specifications
    • • Applications
    • • Storage Options
    • • So, what's truly new about this board?
    • • How does it stack up against the Radax Zero W3?
    • • Comparison of tech specs
    • • Active Cooling and Thermal Performance
    • • Form factor
    • • Specs Comparison: Raspberry Pi Zero 2W vs. Orange Pi Zero 3W
    • • Part II: Orange Pi Zero 3W Review p2
    • • The Package (Package Contents) p2
    • • All Items p2
    • • A Closer Look at the Board p3
    • • Cooling the board components p4
    • • Installing the active heatsink p4
    • • Initial impressions p4
    • • Temperatures p4
    • • Software p5
    • • Storage Space p6
    • • Connectivity p7
    • • A PCIe 3.0 socket is included as well. p7
    • • What You Need p7
    • • ✔ Option B — Key‑E → PCIe x1 Riser → NVMe Adapter p7
    • • ✔ Option C — Powered NVMe Carrier Board p7
    • • Wireless Connectivity Speed p7
    • • The option for an external antenna p7
    • • Performance Wise p8
    • • Single‑Core Performance Breakdown p8
    • • Multi‑Core Performance Breakdown p8
    • • Comparing the performance of the Zero W 3 board to other popular boards. p8
    • • 📊 Geekbench 6 CPU Data Analysis p8
    • • Here are the key takeaways from our Geekbench 6 results, presented clearly: p8
    • • 📌Bottom Line p8
    • • 3 TOPS NPU p8
    • • CPU Information p8
    • • CPU Governor settings p8
    • • 1.simple_ondemand (Default) p8
    • • 2. performance p8
    • • 3. userspace p8
    • • Multimedia p9
    • • What about video playback performance? p9
    • • GPU Acceleration for video decoding? Not So Fast. p9
    • • VLC Medai Player: Video Decoding with GPU Acceleration p9
    • • From our testing p9
    • • Key takeaways: p9
    • • GPU Capabilities Summary (PowerVR BXM‑4‑64 MC1) p9
    • • What the GPU Is Actually Useful For? p9
    • • The real reason is that hardware decoding is not available in the Linux images. p9
    • • What steps should you take if you still need support for hardware video decoding? p9
    • • The Android OS experience p9
    • • The Kodi experience p9
    • • Power consumption p10
    • • Compact in size and portable. p11
    • • The small form factor advantage: Tiny yet powerful p11
    • • Pricing (excluding taxes and shipping fees) p12
    • • Final Thoughts p12
    • • Price and availability p12

    Connectivity

    This board provides all the essentials for constructing a compact multimedia device capable of streaming music and video in 1080P quality. Bluetooth connectivity performed excellently when paired with an external speaker. Expect a wireless throughput of approximately 300-350 Mbps.

    If you prefer a wired connection, you’ll likely be pleased to know that we successfully used our USB to LAN 1 Gbps adapter, which the operating system recognized automatically. This option works well, and we recommend using a compatible USB Type-C hub with sufficient USB ports. Additionally, an Ethernet USB adapter based on the popular Realtek chip should provide good compatibility with this board.

    A PCIe 3.0 socket is included as well.

    Another remarkable feature of this compact board is its PCIe 3.0 socket, which offers read and write speeds of 700–900 MB/s, significantly surpassing microSD. By using this interface, you can connect an external NVMe SSD; however, you will need to draw 5V power from the GPIO header or the USB Type-C port and will also need to purchase the appropriate adapter and a compatible flat cable. Having said that, if this option seems too complex and assuming you have a proper USB hub, you can simply connect an external USB-powered HDD to one of the USB ports.

    What You Need

    Here are the two available hardware options:

    ✔ Option B — Key‑E → PCIe x1 Riser → NVMe Adapter

    Best for external mounting or tight cases.

    ✔ Option C — Powered NVMe Carrier Board

    Useful for high‑power NVMe drives that may draw more than the SBC can supply.


    The device enx000ec684043d has been recognized as our Ethernet to USB adapter.

    root@orangepizero3w:~# ifconfig
    enx000ec684043d: flags=4163<UP,BROADCAST,RUNNING,MULTICAST>  mtu 1500
            inet 192.168.1.171  netmask 255.255.255.0  broadcast 192.168.1.255
            inet6 2a0d:6fc2:5c50:4b00:5ff4:cde8:a649:4e3f  prefixlen 64  scopeid 0x0<global>
            inet6 fdbb:78b2:6f99:0:85b8:d043:a5e2:7d2f  prefixlen 64  scopeid 0x0<global>
            inet6 fe80::965f:c71d:2a31:d46d  prefixlen 64  scopeid 0x20<link>
            ether 00:0e:c6:84:04:3d  txqueuelen 1000  (Ethernet)
            RX packets 0  bytes 0 (0.0 B)
            RX errors 0  dropped 0  overruns 0  frame 0
            TX packets 0  bytes 0 (0.0 B)
            TX errors 0  dropped 0 overruns 0  carrier 0  collisions 0

    Our USB to Ethernet adapter is hooked up to the Orange Pi Zero 3W board via a USB hub.

    OPi Zero 3W USB to Ethernet adapter
    OPi Zero 3W (USB to Ethernet adapter)

    Wireless Connectivity Speed

    The board features integrated Wi-Fi and Bluetooth support that operates effectively. According to information found on Google, the Cdtech 20800D8-00 (also known as CDW-20800D8-00 and based on the AIC8800D80 chip) is an ultra-compact, surface-mount (SMD) wireless module. It supports dual-band 2.4 GHz / 5 GHz Wi-Fi 6 (802.11ax) and Bluetooth 5.4, making it ideal for embedded hardware and Single Board Computers. Based on our general tests, the average output we achieved using our 1GB fiber ISP plan was approximately 320-350 Mbps. This number is not fixed and may improve with some adjustments to OS settings.

    Core Specifications

    • Chipset: AIC8800D80
    • Connectivity: Wi-Fi 6 (up to 600.4 Mbps) & Bluetooth 5.4
    • Antenna: Features a connector for an external IPEX antenna.
    • Data Interface: SDIO/USB interface.

    The Orange Pi Zero 3W WiFi/BT Chip

    OPI Zero W3 WiFi BT Chip
    OPI Zero W3 WiFi/BT Chip

    The option for an external antenna

    The board includes a simple wired antenna connected to the board’s MHF4 socket. While this may not be the optimal setup, if you prefer an alternative configuration, consider designing a case with a mounting hole that can accommodate a WiFi antenna with an SMA connector.

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    2 Comments
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    Mark
    23 days ago

    According to its user manual (PDF created 2026-05-15 11:18:04) GPU and video encoding/decoding units are only supported by “Debian bullseye” – which was released 2021, is in LTS with EOL August 2026 (this month, as of writing). In other words, OrangePI have released a device that had two months (2!) OS support left.

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    androidpimp
    23 days ago
    Reply to  Mark

    If its that critical, you can always use the Armbian image, or buy a pi board for 140-200$. its not that the software
    is useless and cannot be updated.

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