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AndroidPIMP
Embedded Computers By androidpimpFebruary 25, 202544 Mins Read

Banana Pi BPI-R4 Review: Wi-Fi 7 OpenWrt Router board with dual SFP+ ports

By androidpimpFebruary 25, 20252 Comments44 Mins Read
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Table of contents
  1. Part I: Banana Pi BPI-R4 – Product introduction
  2. Interfaces
  3. Key Features
  4. Hardware Specifications
  5. Enhanced Performance
  6. Comparative Analysis: Banana Pi R3 vs. Banana Pi R4 Hardware Specifications
  7. More simple to operate
  8. New features and better connectivity
  9. Model 1: Banana Pi BPI-R4 Layout (x2 SFP+ Cages)
  10. Model 2: Banana Pi BPI-R4 Layout (x1 SFP+ Cage)
  11. A Closer Look at the R4 Wi-Fi 7 NIC (Network Interface Card)
    1. Tri-band Connectivity explained
    2. Two design choices
    3. Design No.1: Banana Pi R4 Wi-Fi 7 NIC (4T4R & 4T5R Design)
    4. Design No.2: Banana Pi R4 Wi-Fi 7 NIC (3T3R Design)
    5. WiFi7 iPA NIC Module (BPI-R4-NIC-BE14)
    6. What is 3T3R?
  12. Enhanced connectivity
  13. Embedded Routers: What are the advantages?
  14. Practical Applications
  15. Cost-Effective Solution for Small and Medium-Sized Businesses
  16. Part II: Banana Pi BPI-R4 Review (Current status: pending review)
    1. Unboxing (Bare board only)
  17. Let’s take a closer look at the Banana Pi BPI-R4.
  18. The process of installing a heat sink
    1. Heat sink dimensions
  19. Purchasing an Active Heat sink
  20. Replacing the active heat sink connector
  21. Ensuring proper cooling for the SFP+ cages
    1. FAN Wiring
  22. Wait, there is a simpler method.
  23. Making a UART Serial extension cable.
    1. Measuring CPU temperatures
  24. Operating the R4 fan effectively through setting a trip point.
    1. Purpose of the Command
  25. If your Banana Pi R4 is experiencing serious overheating problems. How can I fix this issue?
  26. Testing temperatures
  27. Choosing the right power supply adapter
    1. Banana Pi R4 Power Adapter
  28. Wired cable Data Transfer Rate
    1. How many Ethernet 2.5G PHYs are needed to achieve a real throughput of 10Gbps?
    2. Performing iPerf throughput test with 10GBASE-T SFP+ Copper RJ-45 transceivers.
    3. Checking Network Interface Properties:
    4. SFP+ RJ45 Transceivers
    5. Our network topology
  29. Desktop PC network interface card (NIC) + x2 RJ45 SFP+ Transceivers
    1. Testing the Network Bandwidth and Throughput.
  30. Installing an M.2 NVMe SSD
    1. Preforming a hdparm speed test
  31. Software support and Installation
  32. Switch jumper
  33. The updating process
  34. Flashing the OpenWrt Snapshot Image to Nand and eMMC
  35. Step No. 1
  36. Step No. 2
  37. Step No. 3
  38. Step No. 4
  39. Step No. 5
  40. Step No. 6
  41. Step No. 7
  42. Step No. 8
  43. Step No. 9
  44. Step No. 10
  45. Step No. 11
  46. Step No. 12
  47. Step No. 13
  48. Step No. 14
  49. Step No. 15
  50. Step No. 16
  51. Step No. 17
  52. The easiest way to install OpenWrt
  53. Banana Pi R4 Metal Case (Recommended optional accessory)
  54. Assembling the case parts
  55. Replacing and customizing the R4 Metal Case upper cover
  56. What are the benefits of opting for a plastic cover instead?
  57. Here’s a guide on how to set up a 6-bay NAS rack for 2.5-inch HDD/SSDs using the Banana Pi R4 Board!
    1. Step-by-Step Guide for Installing a NAS Drive Rack (HDD 2.5″)
    2. Can you use the existing metal case for this project?
    3. Performing some basic calculations:
    4. The PSU’s total wattage capacity is the sum of the individual rail wattage:
    5. The following is a list of components needed to construct the NAS:
    6. Olmaster MR-6601 NAS Rack
    7. DB8234 HDD PSU Module
    8. Choosing the right 12V power adapter for the PSU Board
  58. What are the power requirements?
    1. 5-port M.2 NVME to SATA 3.0
  59. 5-port M.2 (Key M+B) NVMe to SATA 3.0 converter
  60. Installing the 5-port M.2 (Key M+B) NVMe to SATA 3.0 converter onto the Banana-Pi-R4
    1. 5-Pin Moldex Power-Cables
  61. Assembling all the parts together
    1. Modifying the case
  62. The end result.
  63. It’s time for the final check to make sure everything is working properly.
    1. Checking if the SSDs are functioning correctly
    2. Conclusions
  64. Enhancing the design
  65. More Optional NAS Racks are available.
  66. Setting Up the Banana Pi BE14000 Wireless NIC Expansion Card
    1. Unboxing the Item
    2. A closer look at the board
  67. WIFI antennas
    1. Installation
    2. The wireless connectivity capabilities of the Banana BPI-R4-NIC-BE14.
      1. What should you expect?
    3. Utilizing the 6GHz band
    4. What are the benefits of WiFi 7?
  68. Checking wireless network interfaces, access point names, and frequency bands.
  69. An alternative Wi-Fi configuration
    1. Installing the necessary drivers
  70. Final words
  71. Frequently Asked Questions & Purchase Options.
    1. Which operating system is compatible with the Banana Pi R4?
    2. Is it possible to use 2.5GbE SFP modules with the Banana Pi R4?
    3. Does the Banana Pi 4 support GPON connectivity?
    4. What is the maximum data transfer speed of the SFP+ ports on the Banana Pi 4?
    5. Can the Banana Pi R4 be used with 4G/5G Modules?
    6. Can I install an NVMe SSD on the Banana Pi R4?
    7. How much does the Banana Pi R4 cost?
    8. Is it necessary for me to purchase the entire kit that includes the metal case?
  72. Price and Availability
    1. Banana Pi R4

Choosing the right power supply adapter

By default, the bare board package does not come with a power supply adapter unless purchased separately or included in a kit with the board. It provides two options for powering the board. The board features a DC power socket that necessitates a minimum current of 12V 2A, while also being capable of supporting up to 5A (Max) It’s also capable of working with 19V/3.2A.

Based on our experience, a 2A adapter performs reliably without issues. If you decide to buy an adapter, we highly recommend selecting a 5A type for optimal performance. The SinoVoip team suggests that for a perfect fit, the male plug dimensions should measure 5.5×2.1 mm.

Furthermore, the PD20V Type-C plug stands out as the most convenient option to power the board. It eliminates the risk of polarity issues that can arise from accidentally using an incorrect power supply adapter. Additionally, it offers enhanced stability for power supply, making it the best choice.

Banana Pi BPI-R4 Power Supply Options

Banana Pi BPI R4 Power Interfaces
Banana Pi BPI R4 (Power Supply Interfaces)

If you’re looking to purchase the power adapter separately, you can find a compatible option through the link provided below.

Banana Pi R4 Power Adapter

Banana Pi R4 Power Adapter

$6.67
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joise meerde
11 months ago

Good Job

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androidpimp
11 months ago
Reply to  joise meerde

Thanks

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