JetKVM Mini is a low-cost KVM over IP device using an ESP32-P4X microcontroller instead of Linux, offering 1080p video capture via H.264 encoding and Ethernet or WiFi connectivity in a compact 42×42×23mm form factor. Priced at $39 (or $33 in bundles), it maintains compatibility with the original JetKVM's web interface and cloud services while reducing costs by eliminating Linux RAM and flash requirements.
JetKVM is releasing OS Services, a software companion for its KVM hardware that enables 4K video capture, bidirectional clipboard sharing, guest terminal access, and file transfer over USB. The service runs on Windows, macOS, and Linux, works with all JetKVM models including the upcoming Mini, and will be open source with a vendor-neutral protocol available in the coming weeks.
JetKVM Mini is an affordable remote management device starting at $33, featuring a compact aluminium design with 1080p video capture, keyboard/mouse control, and web interface access. Available in wired Ethernet ($39) or wireless ($42) models, it uses an ESP32-P4X microcontroller and supports the same cloud, extensions, and updates as the full JetKVM system.
JetKVM OS Services is a software utility launching in coming weeks that runs on Windows, macOS, and Linux alongside JetKVM hardware to enable 4K video capture, bidirectional clipboard sharing, guest terminal access, and file transfer—capabilities impossible with hardware alone. The service communicates exclusively over USB, uses an open, vendor-neutral protocol, and automatically switches between hardware and software video capture.
JetKVM Mini is an affordable hardware KVM device starting at $33, available in wired (Ethernet) and wireless (2.4/5 GHz) models. It captures video at 1080p, controls keyboard and mouse, and mounts virtual media, using an ESP32-P4X microcontroller with H.264 encoding and the same web interface and cloud services as the full JetKVM.
MirageOS is a library operating system that constructs unikernels for secure, high-performance network applications. Developers write code on traditional OSes like Linux or macOS, then compile it into standalone unikernels that run on Xen, KVM, or lightweight hypervisors, deployable on public clouds or private infrastructure.