AJA updates the firmware of the Ki Pro and Ki Pro Mini

This update incorporates some improvements such as file transfer over Ethernet and Firewire, as well as the new “super out” timecode recording function.

AJA Video Systems has just released version v3.0 of its firmware for its Ki Pro and Ki Pro Mini 10 bit 4:2:2 flash disk recorders. This update will be free for current users of these systems, and incorporates some improvements such as file transfer over Ethernet and Firewire, as well as the new “super out” timecode recording function.

Ki Pro can now be configured to transfer data to Apple devices via FireWire 800 in situations where the drive is not easily accessible to physical data storage devices.

The LAN data connection will allow users to transfer files to the Ki Pro and Ki Pro Mini over a standard Ethernet network.

Both recorders will also be able to record timnecode and transport it in the video signal, providing at-a-glance status to users via monitor output, without having to check the device itself. It's also convenient for keeping track of timecode throughout the entire post-production process.

The firmware will also allow the creation of video playlists.

It should be noted that support for FireWire 400 (1394a) will allow remote start and stop, as well as working with time code, in HDV cameras that do not have LTC in SDI output.

The Ki Pro Mini will also support timecode from the Sony NEX-FS100 and other Sony NXCAM cameras.

Ki Pro now supports ExpressCard/34 (34mm wide) memory cards although not ExpressCard/54.

Expanding the number of applications in post-production environments, these recorders feature additional RS-422 and LANC support that allows camera operators to control recording via LANC-based controllers and LANC-compatible cameras.

The latest firmware update will allow you to create, save and recover device settings on either recorder.
Finally, note the incorporation of a continuous recording option through which you can continue recording when the video input signal is lost, generating a change of state in the video frame, and resume recording automatically when the signal returns.