The new firmware updates adds a new image-quality setting to the camcorder and another one enables the streaming of video over an IP network. Both will be released respectively mid-April and late-June 2015.
Canon will exhibit prototype-versions of the firmware upgrades at the Canon booth during the NAB 2015 Show from April 13 to 16 in Las Vegas.
Free Firmware Upgrades For Canon XF205 and XF200 Professional Camcorders Deliver Improved Basic Performance
MELVILLE, N.Y., March 4, 2015 – Canon U.S.A., Inc., a leader in digital imaging solutions, announced today two free firmware upgrades1 that the company will make available for the Canon XF205 and XF200 Professional Full HD camcorders (released in July 2014), one of which adds a new image-quality setting to the camcorder and another that enables the streaming of video over an IP network.
Since their launch in July 2014, the Canon XF205 and XF200 camcorders have proven popular in a wide variety of fields, from the production of news and other broadcasting content to the recording of weddings and other events. In response to the needs of a wide range of users, the new firmware upgrades will add such features as a new image-quality setting that facilitates video recording with reduced noise even in low-light conditions2, as well as numerous functions that deliver enhanced basic performance, such as the ability to stream live video over an IP network.
One of the new upgrades, to be released in mid-April 2015, will add an image-quality setting to the XF205 and XF200 camcorders that facilitates the recording of video with noise reduction even in low-light conditions. This feature will enable users to choose the optimal image quality based on their shooting requirements, providing a choice between a setting that prioritizes the high-resolution capabilities of the camcorder – the camcorders’ default setting – and a new image-quality setting that gives priority to video with noise reduction.
The firmware upgrade to be released in late-June 2015 will enable the XF205 and XF200 camcorders to support video streaming over an IP network, a method that is widely used in the broadcasting industry to send and receive video signals. By sending video over the internet while it is being captured, users will be able to provide live transfers of footage to news programs and video-sharing sites. In addition, the upgrade will enable the camcorders to be used with Fujitsu’s video transmission equipment, the Fujitsu Network IP-900IID and IP-920D HD/SD Compact Video Decoders3 as well as software supporting IP streaming. Thanks to these new capabilities, users will be able to stream video over an IP network without having to alter existing video-capture and editing workflows, such as those employed at broadcasting stations.
Canon will exhibit prototype-versions of the firmware upgrades at the Canon booth during the 2015 NAB Show from April 13 to 16 in Las Vegas.
The firmware upgrade enabling IP streaming will support the following video data formats:
In addition to newly supporting IP video streaming, the firmware upgrade – available in late-June 2015 – will allow XF205 and XF200 camcorder users to take advantage of various new functions, including those outlined below:
- Slow- and fast-motion video capture in MP4 formatWhen recording in the MP4 format, users will be able to slow down the action up to 40 percent or speed up video up to 250 percent, facilitating the creation of high-impact and expressive footage.
- Improved Wi-Fi setting displayWhen choosing Wi-Fi® settings on the XF205 and XF200, the camcorders’ selection menu screen will feature an improved user interface delivering intuitive, easy-to-understand operability.
|XF205/XF200 video output
|Fujitsu Network IP-900IID/IP-920D HD/SD Compact Video Decoder||Software supporting IP streaming|
|1280 x 720 pixels||29.97P(9 Mbps / 4 Mbps)||To be supported from April 2015||Supported|
|1280 x 720 pixels||25P(9 Mbps / 4 Mbps)||To be supported from April 2015||Supported|
|640 x 360 pixels||29.97P(1.5 Mbps)||–||Supported|
|640 x 360 pixels||25P(1.5 Mbps)||–||Supported|