StarFive VisionFive 2 High Performance RISC-V SBC Review

I’ve reviewed several RISC-V boards on the site at this point including the Lichee RV and the Mango Pi MQ Quad. All of those boards only had a single core CPU though and aren’t suitable for high performance applications.

Today I am going to review what SiFive describes as “the world’s first high-performance RISC-V single board computer (SBC) with an integrated GPU”. We’ll explore the capabilities and performance of the board and see if it lives up to these claims. We’ll also compare it to a Raspberry Pi as it has the same number of CPU cores as a Raspberry Pi.

Let’s get started!

Hardware Used

StarFive VisionFive 2
StarFive VisionFive 2

The StarFive VisionFive 2 is a quad-core high performance single board computer that runs the RISC-V open-hardware architecture. It also has a dedicated GPU making it suitable for desktop use!

Links:*, AliExpress*

Geekworm Copper Heat Sink Set
Geekworm Copper Heat Sink Set

The Geekworm copper heat sink set is designed to fit many different single board computers. It uses thermal conductive adhesive which many “cheap” heat sink kits for SBCs don’t have. Eliminates hot spots and reduces throttling. Can be further enhanced by powered cooling over the heat sinks.



These are directly from StarFive’s official site here:

StarFive VisionFive 2 Specifications
StarFive VisionFive 2 Specifications

Build Quality

Okay, the specifications look real nice, but how about the actual product quality? Let’s start with the packaging:

StarFive VisionFive 2 Packaging
StarFive VisionFive 2 Packaging

Nice. That’s already better packaging than almost every SBC I’ve reviewed in the past several months. Inside the cardboard flap is a hard clear shell that will protect it during shipping. The board itself is shipped inside an anti-static bag as well which is not something I see a lot of manufacturers bother to do.

We can also see “Embrace Change” and “Embrace the Future” on the box. Whether I will be willing to do that will depend on how the board performs on the benchmarks!

Here is the top view:

StarFive VisionFive 2 - Top View
StarFive VisionFive 2 – Top View

And the bottom view:

StarFive VisionFive 2 - Bottom View
StarFive VisionFive 2 – Bottom View

Here on the bottom we can see the M.2 slot as well as the eMMC connectors (J9, J99).

The board build quality is excellent as you can see in the pictures here. It feels like a really premium board and that they are proud of it and really care about the product.

Applying Cooling

Here’s what my recommended Geekworm copper heatsink seat looks like applied to the board:

StarFive VisionFive 2 with Heatsinks
StarFive VisionFive 2 Firmware Update Guide

Available Images

The official StarFive Debian image is available here.

NOTE: You need to update your firmware before you will be able to run the latest image. You can download the older image to get started without updating the firmware first. See my guide here on how to update the VisionFive 2’s firmware.

The official image offering for the VisionFive 2 is pretty lackluster. There is an upside to this though which is that they have very successfully been working with multiple Linux distributions to have official support within their distro for the VisionFive 2.

Ubuntu has not been updated to support VisionFive 2 yet but the VisionFive boards are officially supported by Ubuntu so I expect that to happen at any time.

StarFive is working hard on getting their boards into the mainline Linux kernel as well which should continue to improve availability across various the most popular Linux distributions.

Benchmarking Performance

You can verify the performance of your drive on Pi Benchmarks using the following command:

sudo curl | sudo bash

Here are the results:

     Category                  Test                      Result     
HDParm                    Disk Read                 181.92 MB/s              
HDParm                    Cached Disk Read          181.63 MB/s              
DD                        Disk Write                107 MB/s                 
FIO                       4k random read            44425 IOPS (177700 KB/s) 
FIO                       4k random write           9006 IOPS (36024 KB/s)   
IOZone                    4k read                   64462 KB/s               
IOZone                    4k write                  43701 KB/s               
IOZone                    4k random read            35419 KB/s               
IOZone                    4k random write           75853 KB/s               

                          Score: 13,856

The full StarFive VisionFive 2 benchmark can be viewed here on Pi Benchmarks.

This is actually a great performance score. It’s much higher than anything the Raspberry Pi 4 can do thanks to the PCIe interface (while the Raspberry Pi 4 has to use USB).

It’s also below competing ARM boards such as the Orange Pi 5, ODROID M1 and the Raspberry Pi CM4 that have PCIe 2.0 interfaces. The latest generation of alternative ARM boards are faster than this board but they also have a lot more CPU cores.

It’s pretty impressive performance considering this is RISC-V and not an ARM device. This is by far the highest score I’ve *ever* seen on any RISC-V device. It’s not even close. RISC-V is still a rapidly developing technology while ARM processors (while still having technological improvements) are unquestionably a much further developed technology. RISC-V is catching up very quickly though!

Pros / Cons


  • Has a quad-core 1.5GHz RISC-V CPU
  • 2x Gigabit Ethernet ports
  • Has PCIe 2.0 M.2 M-key slot for NVMe drives
  • MSRP of $65


  • No built-in WiFi — optional module is available
  • Requires USB to TTY serial adapter — boot loader does not support monitor/HDMI


It’s recommended to have a USB to serial adapter to work with this device. You will need one to update the firmware once you first receive the board. That is disappointing to me because it impacts who I would want to recommend the board to. If it had been easy enough to use I was going to start recommending it as a better alternative to the Raspberry Pi for running a SBC Minecraft server but I’m legitimately not comfortable doing that yet except for experts.

I wish it came with firmware capable of running the latest images though. The firmware flash process is tough and I’ll be publishing an article on it. It doesn’t help that the easy way to do it won’t work with the firmware they shipped. That only works *after* you have to set up a local TFTP server and flash the device in uboot over the serial console.

No, I’m not joking. You can see the SPL and firmware update process in the user guide here. There are only two methods (setting up a TFTP server or flashing from within Linux) and flashing within Linux won’t work until you’ve done the TFTP flash first. Ouch.

I just do not get what these boards manufacturers are thinking trying to compete with the Raspberry Pi and yet are skipping the basics like including a built-in WiFi adapter or even things I can’t even believe I have to say such as the luxury of configuring your board with a monitor instead of having to attach a serial adapter to the GPIO pins. What year is it?

I do this professionally and even I don’t want to deal with that. We were past that many, many years ago with the Pi (I thought for good) and you guys are *requiring* serial configuration and firmware flashing via TFTP out of the box to even run the official images? You can’t find a way to get a WiFi chip on the board? Shame on you. Maybe next generation?

Your board is automatically disqualified as a Raspberry Pi-replacement contender if the boot loader won’t work with a monitor and requires serial configuration. That’s not to mention a mandatory TFTP firmware flash to run the latest images. That’s way too many steps back from the Pi and I can’t recommend this board for anyone but experts unfortunately.

I know you will have a rough time if I tell you that it’s for beginners and you buy this board. I don’t want to do that to you. You should expect a board that is not ready to be an alternative to the Pi yet but shows a lot of promise (especially by the VisionFive 3 or VisionFive 4). If this is your first time jumping away from a Raspberry Pi you should absolutely try something like the Orange Pi 5 instead. There’s just a way better image selection / general support out there for that.

It’s still very early for RISC-V but I’m very excited by the hardware developments and that the power is finally getting there. We just need the Linux distribution / image support to get there. That’s something that most users will need before adopting one of these boards!

Despite my seemingly negative tone here in the conclusion I’ll be publishing a ton of supporting documentation / articles for this board. Yes, it’s not there yet for beginners. It’s probably not there yet for most users yet due to the limited image support. It probably needs one more generation before it’s ready for most users but I’m excited enough and see enough potential that I’ll definitely continue to write about the board and document as it improves / when it gains official Ubuntu support / other noteworthy events.

Other Resources

I have a SSD boot guide for the StarFive VisionFive 2 here

Don’t miss my guide on how to update the StarFive VisionFive 2’s firmware here

You can see all of my other articles on RISC-V devices here

Notify of

Inline Feedbacks
View all comments
Marc Brian
Marc Brian
1 year ago

I bought an Orange Pi 5 instead of another Risc V board.I have already experimented with Risc V on the Sipeed boards, like the Kendyte 210 on the Maxduino, Maix Bit etc. And the C906 on the D1 on the Sipeed lichee RV (which runs linux) etc. The Orange Pi 5 is now at the stage I will use a SBC for an alternative mini desktop – just for ARM arch stuff, but its good enough with 16GB DDR and 256 GB M.2 NVMe SSD with PCIe 2 on it. Once Risc V comes with a simple install guide and can run linux OTB I’ll get one, I would say that will be another year away yet.

1 year ago

My biggest problem is it doesn’t work in 4k. I only have 4k monitors and even the February release didn’t fix that.

Bruce Hoult
Bruce Hoult
1 year ago

It doesn’t need a V3 or V4 to have an easier getting started process. All it needs is an update to the contents loaded into the SPI flash in the factory. Trivial!

Don’t forget that anyone getting a board so far has either a “Super Early Bird” or “Early Bird” deal. This is by definition for experienced developers. By the time it gets to general retail availability I’m sure the firmware update will be preloaded. By the time this thing has been out for 6 or 12 months the software support will probably be great.

Do you remember how long it took to get official 64 bit OS support for Raspberry Pis? The stable release of 64 bit Raspberry Pi OS was almost exactly one year ago. After the 64 bit Pi 3 came out in February 2016, the Pi2 was upgraded to 64 bit soon after, and the Pi4 has been out since mid 2019.

That’s 6 years for the Pi 3 to get a proper officially supported OS for the hardware.

Give the VF2 a few months, at least.

As for the lack of WIFI … personally I have all my SBCs on Ethernet. USB WIFI dongles cost $5-$10. I bet not having WIFI onboard makes certification a lot easier.

Razor Burn
Razor Burn
1 year ago

Hi James,

I can see you have super busy putting the new board through its paces and on visuals alone it looks premium with some neat features including dual ethernet ports but the omission of onboard wifi is becoming an all too common theme which really makes little sense and the needlessly complex process for updating the firmware is such a turn off for what is heavily market as a Raspberry Pi replacement so they missed a golden opportunity in my books!

For a second attempt they made some much needed improvements whilst keeping pricing down which is commendable and the excitement is there for what is still largely untapped potential of RISC-V SBCs yet as it currently stands this feels like a let down yet I hold out hope that we see some user friendly updates that may convince newbies such as myself to give it a try so please keep us posted and thank you for the honest review and taking the time to educate the users with follow up guides for updating the firmware and booting from SDD….

Razor Burn
Razor Burn
1 year ago

You make some valid points and for the price its such a tempting prospect however it will take some time for these boards to have full support and by then we should start to see the Sipeed LM4A and Lichee Pi 4A released offering improved specs, not to mention the Pine64 Star64 which shares many of the Vision Five 2’s features yet its reported to have onboard wireless which was also present on the original Vision Five yet I gather they may have cut it to make the newer board cheaper much like what Orange Pi did with the Pi 5…?!

I recall reading on cnx last year how Canonical was working on getting Ubuntu certified on RISC-V yet the lack of GPU 3D graphics was making things difficult so that’s one good thing the Vision Five 2 has and the option of Ubuntu would IMHO elevate the appeal as your testing shows a more than capable board that’s just lacking some suitable software and much like the Pi 5 we should see improvements made as the device reaches more users. There’s only a handful of reviewers spending the time to cover RISC-V devices so you’re ahead of the curve and I can’t wait to see what 2023 will bring as its sure to be eye opening and hopefully innovating… Great job and take care!

Mark K.
Mark K.
1 year ago

I dug a little deeper, apparently there are eMMCs with two connectors per module.
But I don’t know how they are called and if they are backwards compatible.
Not sure if I should buy a HS400 or eMMC 5.1 module or something else.

Mark K.
Mark K.
1 year ago

Thanks for the review!
Why does the board have two eMMC connectors (J9, J99)?
Can I connect two eMMC modules?

1 year ago
Reply to  Mark K.

This was recently discussed on the official forum.
Apparently the second connector is only there to provide mechanical stability and make the card more secure in its socket.
It serves no electrical purpose at all, and if you dig into the schematic (which you can find in the documentation) you will see that all its pins are connected to 0v.