Remote desktop is great until the machine you need to fix will not boot, is stuck in BIOS, or cannot run the remote access software you normally depend on.
That is where a KVM over IP starts to make sense. JetKVM caught my attention because it promises that kind of physical remote access in a small, open-source box, without the usual Raspberry Pi build-out.
Quick Answer
My first impression of JetKVM is very positive. The hardware is smaller and more solid than I expected, the built-in display is genuinely useful, setup was straightforward once the USB-C splitter was plugged into the correct labeled side, and the web interface felt polished for an early Kickstarter-backed device.
It is not a full long-term verdict yet. I still want to compare it directly against PiKVM and TinyPilot in real use, and I had not received the expansion accessories at the time of testing. But as a first hands-on look, JetKVM feels like a cleaner and more travel-friendly KVM over IP option than the Raspberry Pi-based boxes I have used.
What JetKVM Does
JetKVM is an open-source KVM over IP. In plain English, it lets you control another computer remotely by connecting to that machine’s keyboard, mouse, and display ports.
That matters because this is different from normal remote desktop software. Remote desktop only works when the target computer is running, connected, and able to load the software. A hardware KVM can still help when you need to get into BIOS, reinstall an operating system, handle a boot failure, or manage something that does not allow your usual remote access tools.
That is the reason I wanted one for the home lab and one for my bag. It is the kind of tool that can save a trip when software-based access is not available.
Unboxing Impressions
The first thing that stood out is the size. The product photos made JetKVM look longer than it actually is, but in person it is a small, compact device.
The casing felt solid. It has a metal body, some real weight to it, and did not feel like a cheap plastic kit. Compared with older Raspberry Pi-based KVM solutions I have used, the JetKVM hardware immediately felt more finished.
Inside the box, mine included the JetKVM unit, a USB-C splitter, a short HDMI cable, and a USB-A to USB-C cable. The expansion accessories were not in this shipment yet, so I could only test the main unit.
Setup Notes
For my first test, I connected JetKVM to an Apple TV just to get a quick HDMI source on the bench. That was not meant to test keyboard and mouse control, because an Apple TV is not the normal target for that. It was just an easy way to see video input and performance quickly.
One small setup detail is worth calling out. The USB-C splitter is labeled on only one side, with separate markings for power and USB. I initially plugged power into the wrong side, and the JetKVM did not turn on. Once I noticed the labels and moved the cable to the power side, the screen lit up right away.
The front display showed the JetKVM status clearly, including the IP address, MAC address, cloud status, USB status, and HDMI connection. That little display is more useful than it might sound, because you do not have to guess what address the device picked up on the network.
- Connect HDMI from the target device to JetKVM.
- Connect USB for keyboard and mouse control when testing with a real computer.
- Connect Ethernet.
- Use the labeled side of the USB-C splitter so power goes into the correct port.
- Read the IP address from the JetKVM screen and open it in a browser.
Web Interface
After going to the IP address shown on the JetKVM screen, the local web setup was simple. I created a password and landed in the main interface.
The live video feed came through cleanly from the Apple TV. I tested full screen, checked the virtual keyboard, looked through the settings, and changed the theme. The interface had the basic things I would expect from a KVM: video display, virtual keyboard, paste text, virtual media mount options, wake-on-LAN, stream quality settings, and display/EDID options.
There is also a mouse jiggler setting to simulate small mouse movements and help prevent sleep. That is the kind of practical feature that makes sense for a device like this.
Firmware Update
Out of the box, the unit offered an update. I ran the update through the web interface, and the process was quick.
One interesting thing I noticed was that the video feed kept running in the background while parts of the software update were happening. After refreshing the page, the device showed the updated state.
The update notes discussed improvements around dark mode, physical display brightness, cloud connection stability, extension support, and USB compatibility for BIOS use. Those are all relevant areas for a hardware KVM, especially if the goal is reliable access before the operating system loads.
JetKVM Cloud
JetKVM also has an optional cloud dashboard. I created an account, adopted the device, and was able to see it show up under cloud devices.
Personally, I am still undecided on whether I would use the hosted cloud option long term. I usually prefer to proxy through my own setup or run a VPN back home. But it is useful that the cloud option exists, especially for people who want remote access without building extra network infrastructure.
The important distinction is that local access works through the device IP, and cloud access is optional. I do not want a KVM that only works through someone else’s cloud account.
Expansion Ports
JetKVM has an expansion port for accessories. The ones discussed during the test included ATX power control, DC power control, and serial connection options.
Those accessories had not arrived with my shipment, so I could not test them yet. But they are one of the reasons I ordered more than one unit. ATX control could be useful for power cycling a PC or server, while DC power control could be useful for gear on set, lab equipment, or devices that do not have a normal operating system where I can install software.
That is where hardware KVM tools really shine: not just on normal computers, but on the awkward devices where your usual remote tools are not an option.
JetKVM vs PiKVM and TinyPilot
I have used PiKVM, TinyPilot, and other small remote management devices. My early reaction is that JetKVM feels much cleaner physically.
A PiKVM setup can work well, but by the time you buy the Raspberry Pi, case, SD card, cables, and build everything out, the price and size start creeping up. TinyPilot has also worked for me, but the unit I have is much larger and feels more like a Raspberry Pi kit in a case.
JetKVM is much smaller, has a metal body, includes a display, and feels like a purpose-built tool instead of a project box. That does not automatically make it better in every long-term use case, but for the price and form factor, it made a strong first impression.
Early Concerns
There were not many issues in this first test, but there are a few caveats.
First, this was an initial unboxing and setup, not a long-term reliability test. I still need more time with it connected to real computers, BIOS screens, and different operating systems.
Second, the accessories were not available in this shipment, so I could not test the power control and serial workflows yet.
Third, I noticed a small cosmetic mark near the edge of the screen area where it looked like the finish may have worn slightly at a seam. It did not affect the device, and it would not stop me from using it, but it was visible under the lights.
Key Takeaways
- JetKVM is a hardware KVM over IP, so it can help when normal remote desktop software cannot.
- The unit is much smaller and more solid than I expected, with a useful built-in status display.
- Setup was straightforward, but the USB-C splitter labels matter because power and USB are separated.
- The local web interface includes practical KVM tools like virtual keyboard, paste text, virtual media, wake-on-LAN, stream quality, and EDID settings.
- JetKVM Cloud is optional, and I would still consider using my own VPN or proxy setup for long-term remote access.
- Compared with PiKVM and TinyPilot-style hardware, JetKVM feels more polished and travel-friendly in this first hands-on test.
Watch the Video
The video above above if you want to see the full unboxing, first setup, firmware update, web interface walkthrough, and my live reaction to the hardware next to TinyPilot-style KVM gear.
