I have used a few KVM over IP setups over the years, including Raspberry Pi-based options, and they usually come with some compromise. They work, but by the time you add the board, case, SD card, cables, and setup time, the whole thing can start feeling less simple than it should.
That is why I wanted to go into JetKVM pretty much blind. Mine had just arrived after backing it months earlier, so I opened the box live, plugged it in, updated it, and tested the first connection without doing a polished review pass first.
Quick Answer
JetKVM made a strong first impression. The unit is much smaller than I expected, the metal case feels solid, the built-in display is clear, and the local web interface came up cleanly once it was powered and connected.
The one setup mistake I made was with the USB-C splitter. One side is labeled for power and USB, and I initially plugged power into the wrong side. Once I corrected that, the JetKVM powered on and showed its IP address, MAC address, USB status, HDMI status, and cloud status on the front display.
What JetKVM Is
JetKVM is an open-source KVM over IP device. In plain English, it lets you control a computer remotely by connecting to its HDMI output and USB input, instead of relying on remote desktop software running inside the operating system.
That matters because remote desktop only works when the operating system is alive, networked, and accepting connections. A hardware KVM is useful when you need to get into BIOS, fix a boot problem, install an operating system, or control a locked-down machine where you cannot install your own remote access tools.
JetKVM lists support for 1080p video at 60 Hz, H.264 encoding, WebRTC-based remote access through JetKVM Cloud, and an open-source stack running on Linux. My first look was focused less on marketing specs and more on whether it felt practical to use.
Unboxing And Hardware
The first surprise was the size. The photos made it look larger than it is. In person, the JetKVM is very compact, and that immediately makes it more interesting as a tool I could keep in a bag.
The case is metal, not cheap plastic, and it has some real weight to it. It feels dense and solid for the size. Compared with something like a TinyPilot box, the JetKVM is dramatically smaller and feels more purpose-built.
In the box, I had the JetKVM unit, a USB-C splitter, a short HDMI-to-mini-HDMI cable, a USB-A-to-USB-C cable, and a small getting-started insert. The unit has Ethernet, HDMI, USB-C, and an expansion port for accessories.
- The front display is bright and easy to read.
- The case feels sturdy enough for a travel kit.
- The included splitter is useful, but pay attention to the labels.
- The device shows key status information directly on the screen.
Initial Setup
For the first test, I connected the JetKVM to power, Ethernet, and HDMI from an Apple TV. That was not meant as a full keyboard and mouse control test. It was just a quick way to get a live HDMI signal into the device and see how the video stream looked.
Once the USB-C splitter was connected correctly, the display lit up and showed the network details. From there, I went to the IP address shown on the JetKVM screen and reached the local setup page.
The local setup asked me to create credentials for the KVM. After that, I was able to get into the web interface and see the video feed. The Apple TV screen saver came through right away, and the interface felt clean on first use.
Cloud Access
JetKVM also offers JetKVM Cloud for remote access. I created an account during the setup and adopted the device into the cloud dashboard after checking the local interface first.
Personally, I am always cautious about being forced into cloud accounts for hardware tools. In this case, local access still worked, and the cloud connection appears to be optional for remote management. For my own use, I may still prefer running through my own VPN or proxy setup depending on where the device is deployed.
The cloud dashboard did detect the device after adoption, and I was able to see it listed as a managed KVM. During the live setup, a JetKVM team member mentioned that the update improved cloud connection stability.
Software Interface
The JetKVM web interface was one of the better parts of the first impression. The video preview was clear, and the controls were straightforward.
The interface included options for paste text, virtual media, mounting an image, boot-related tools, Wake-on-LAN, a virtual keyboard, Control-Alt-Delete, full screen mode, display settings, stream quality, cursor behavior, and system updates.
There is also a mouse jiggler option, which can simulate small mouse movement to help prevent a machine from sleeping. That is a practical feature for the kind of work this device is meant to do.
Out of the box, the stream quality was set to high. With the Apple TV video feed playing, the picture looked solid in my first test. I was not doing a formal latency measurement, but it did not feel obviously sluggish during the quick video check.
Firmware Update
I checked for updates during the setup and applied the available update from the interface. The update process started quickly, and the video feed continued playing in the background while the update was running.
After refreshing the page, the device showed the updated state. According to JetKVM in the live chat, the update included better dark mode, physical display brightness settings, more stable cloud connections, ATX, DC, and serial extension support, and improved USB compatibility for BIOS use.
Expansion Options
One of the reasons JetKVM caught my attention is the expansion port. The accessories were not in my shipment yet, but the available expansion options include ATX power control, DC power control, and serial connectivity.
The ATX board would be useful for controlling or power-cycling a desktop or server. The DC power extension is especially interesting to me because I often deal with different powered devices on set or in remote situations. Serial access is another useful option for network gear and embedded devices.
This is where a hardware KVM becomes more than just a remote screen. If the expansions work well, JetKVM could become a small field tool for situations where software-based remote access is not available.
Compared With Pi KVM And TinyPilot
I have used Pi KVM and TinyPilot-style setups before, and they still have their place. The issue is that they are bigger, more kit-like, and can cost more once everything is assembled.
JetKVM feels much more compact and polished. At the Kickstarter pricing I paid, around the $60 to $70 range per unit, it starts to make the DIY Raspberry Pi KVM route harder to justify unless you specifically want to build and customize that setup yourself.
The TinyPilot unit I had nearby is much larger and plastic. The JetKVM is smaller, metal, has a built-in display, and felt like a cleaner tool to carry or deploy quickly.
First Impression
My first impression is very positive. The hardware feels better than I expected, the display is genuinely useful, and the software did not feel unfinished in the areas I tested.
This was not a long-term reliability test, and I still need to test it against a real computer where keyboard, mouse, BIOS access, boot media, and remote workflows matter more. But for a first setup, JetKVM looked like a serious option.
If you need a KVM over IP for a home lab, server shelf, workstation, or travel bag, JetKVM is worth paying attention to. The biggest remaining questions are long-term stability, accessory availability, and how comfortable you are with using JetKVM Cloud versus your own remote access path.
Key Takeaways
- JetKVM is an open-source KVM over IP device for controlling computers remotely at the hardware level.
- The unit is much smaller and more solid than expected, with a metal case and a clear front display.
- Setup was straightforward once the USB-C splitter was connected to the correctly labeled power side.
- The local web interface includes practical tools like virtual keyboard, virtual media, Wake-on-LAN, display settings, stream quality, and firmware updates.
- JetKVM Cloud worked for adoption and remote management, but local access is available and a VPN may still be preferable for some setups.
- Compared with Pi KVM and TinyPilot-style options, JetKVM feels more compact and polished in this first hands-on test.
Watch the Video
The video above above for the full live setup, unboxing, first connection, firmware update, and side-by-side size comparison with a TinyPilot-style KVM.
