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The Panasonic LUMIX GH4 DSLM (Digital Single Lens Mirrorless) Camera is the World's First* DSLM with 4K Video Recording Capability

Designed To Meet Professional Needs for Both Still and Video Capture

NEWARK, N.J., Feb. 6, 2014 /PRNewswire/ -- Panasonic is proud to introduce the ultimate still/video Digital Single Lens Mirrorless (DSLM) camera for both photographers and cinematographers alike. The Panasonic LUMIX DMC-GH4 (GH4) is the world's first DSLM with 4K cinematic recording capability. The image quality for both still and video is dramatically improved by Panasonic's cutting-edge technologies.

(Photo: http://photos.prnewswire.com/prnh/20140206/NY60966 )

The newly developed 16.05-megapixel Digital Live MOS Sensor for the GH4 excels both in sensitivity and response and suppresses rolling shutter effect even when using the electronic shutter. The Venus Engine image processor has been newly developed dramatically boosting its performance with a new quad-core CPU that allows high speed signal processing that is required for rich 4K video recording. Integrating superior noise reduction systems, the GH4 enables shooting at maximum ISO 25,600. Sensitivity, gradation performance, resolution and color reproduction are dramatically improved to achieve even higher picture quality. The GH4 boasts high speed burst shooting at 12 frames per second (AFS) up to approx.40 (including RAW) / approx.100 (excluding RAW) and 7.0 fps(AFC) to capture fast moving subjects.

The new GH4 has evolved into a professional video camera. One of the most prominent advances is unlimited 4K video recording (Cinema 4K: 4096x2160 / 24 fps and QFHD 4K: 3840x2160 / up to 30 fps) in MOV/MP4*2. The GH4 is also capable of recording Full-HD video with ultra high bit rate at 200 Mbps (ALL-Intra) or 100 Mbps (IPB) without recording time limit*2. Users can freely choose the format from MOV, MP4, AVCHD Progressive and AVCHD at a variety of frame rates according to the usage. For professionals working globally, the system frequency can be easily selected between 59.94Hz (23.98Hz) / 50.00Hz / 24.00Hz. The GH4 is also capable of real-time image output to an external monitor via an optional micro HDMI cable simultaneously while recording video. For more unique video expression, VFR(Variable Frame Rate) or Time Lapse/Stop Motion Animation can be produced with GH4 without postproduction processing. In addition, a variety of practical functions required for professional video recording are newly integrated.

The high-precision Contrast AF system in the GH4 is further enhanced by Panasonic's integration of DFD (Depth from Defocus) technology which shortens the time to focus to achieve ultra high speed AF of approx.0.07 sec*3. Not only speed but also the operability is enhanced thanks to the addition of Face / Eye Detection AF or 49-point AF with Custom Multi AF mode. 

The GH4 boasts newly developed high-precision, high-speed dual OLED (Organic Light-Emitting Diode) displays of 2,359K-dot LVF (Live View Finder) and 1,036K-dot rear monitor. Both the LVF and rear monitor adopt an OLED to achieve high speed response with minimum time lag while enhancing the resolution. Notably, the OLED for the LVF in GH4 boasts 10,000:1 high contrast for superior color reproduction.

To be tough enough to withstand heavy field use, the main structure of the GH4 is composed of a magnesium alloy full die cast front/rear frame. It also features splash / dustproof construction by sealing every joint, dial, and button. The shutter unit allows a max. 1/8000 shutter release and is also redesigned to be even more durable for approx. 200,000 actuations.*4

*2 Use SDXC/SDHC Memory Card compatible with UHS Speed Class 3 (U3) when using high bit rate video recording mode over 100 Mbps.
*3 In AFS, With LUMIX G VARIO 14-140mm / F3.5-5.6 ASPH. / POWER O.I.S. or LUMIX G X VARIO 12-35mm / F2.8 ASPH. / POWER O.I.S.
*4 Panasonic in-house testing.

1. The World's First Digital Single Lens Mirrorless (DSLM) Camera Recording High Quality Video in 4K – To Meet Professional Quality and Standards
One of the most prominent advances is unlimited*1 4K video recording (Cinema 4K: 4096x2160 / 24 fps and QFHD 4K: 3840x2160 / up to 30 fps) in MOV/MP4*2. The GH4 is also capable of Full-HD video with ultra high bit rate at 200 Mbps (ALL-Intra) or 100 Mbps (IPB), which does not have limit of recording time. Users can freely choose the format from MOV, MP4, AVCHD Progressive and AVCHD at a variety of frame rates according to the usage [Figure #1]. In MP4 / MOV, high quality sound in LPCM (Linear Pulse Code Modulation) is recordable.

The GH4 is also capable of real-time image output to an external monitor in 4:2:2 / 8-bit*3 via an optional micro HDMI cable simultaneously while recording video. Even 4:2:2 / 10-bit is available which is suitable for the professional requiring serious monitoring of the footage. Users can choose to output only the recording content or the content with the menus individually depending on a display.

Plus, the VFR (Variable Frame Rate) enables recording video with slow/fast motion such as 96 fps, 4x, all in Full-HD [Figure#2]*4. Time Lapse / Stop Motion Animation video can be produced in camera, too.

For more precise control over video image quality, the GH4 integrates Zebra Pattern to prevent white wash-out and Focus Peaking to aid with manual focusing. The GH4 even offers a Master Pedestal Adjustment with 15 steps. Gamma presets exclusively for video recording are now available in Creative Video mode - "CINELIKE D" and "CINELIKE V" for rich video expression. Synchro Scan mode is also newly available to reduce and suppress flicker. It is possible to display a Center Marker while recording.

The GH4 is equipped with functions that meet global standard for synchronous video recording. A 1KHz Test Tone and Color Bars (SMPTE / EBU / ARIB Standard) are available on the GH4. The camera also embeds SMPTE-compliant Time Code either in Rec Run or Free Run count-up methods, which makes it easy to synchronize the multiple video footage or sound source in the post production workflow. Time Code Value can be started at any point of [Reset], [Manual Input] and [Current Time]. Drop frame or Non Drop Frame time code is selectable*5.  When recording the video in MOV, AVCHD Progressive, AVCHD or MP4 (LPCM), the GH4 automatically generates multiple seamless files for continuous recording. During playback, the AVCHD Progressive / AVCHD files are reproduced with seamless, interruption-free continuity.

A total of 22 LUMIX G digital interchangeable lenses offer any creative perspective according to the scene, including HD lenses allowing silent, high performance AF control suitable for video recording.

*2 Use SDXC/SDHC Memory Card compatible with UHS Speed Class 3 (U3) when using high bitrate video recording mode over 100 Mbps.
*3 Setting the HDMI output picture quality
[4:2:2 10bit]:You can output the image through the HDMI connection in higher picture quality, but you cannot record it as a motion picture or still pictures. Ideal when the HDMI output is to be saved on external devices.
[4:2:2 8bit]:You can record the image while outputting it through the HDMI connection. Ideal for recording while checking the motion picture on an external monitor. When using 4:2:2 / 8-bit output, video is recorded in 4:2:0 / 8-bit on SDXC/SDHC Memory Card.
*4 In 24p playback. Effect value varies depending on the recording format and frequency.
*5 When system frequency [59.94Hz] is selected

2. The Newly Developed 16.05-Megapixel Digital Live MOS Sensor and Venus Engine Achieving High Speed, High Sensitivity Image Recording
Panasonic developed a new 16.05-megapixel Digital Live MOS Sensor for the GH4 that achieves high quality, high sensitivity image recording with quick response. Approx. 50% higher speed signal readout suppresses rolling shutter effect even when using an electronic shutter or recording video. Taking full advantage of the Live MOS Sensor, dynamic range is expanded by max.1/3 stop at low ISO sensitivity.

The Venus Engine image processor is newly developed boosting its performance with a quad-core CPU that lets high speed signal processing required for rich video recording such as 4K. The advanced Multi-process NR (Noise Reduction) applies effective noise reduction and edge processing according to each component frequency. Plus, a newly added Random Filter granulates chromatic noise to be blended into the image even more naturally. As a result, a max. ISO 25,600 has been achieved. On the other hand, optimizing the combination design of new sensor, new imaging engine and low pass filter enhances the limit resolution by more than 5% while suppressing moire. A newly adopted aperture filter is capable of controlling over a wider frequency range. It adjusts the amount of sharpness according to the frequency level, resulting in faithful stereoscopic effect. The Venus Engine also improves color reproduction with accurate evaluation of each color even if it is similar not only in color phase but also in saturation and luminosity.

3. High Speed Response Required for Professionals and Practical AF Options
All LUMIX G cameras use the Contrast AF for its focusing system. Compared with the Phase difference system AF, the Contrast AF boasts higher accuracy especially in shooting with a bright lens with a small F value. With a LUMIX G digital interchangeable lens capable of digital signal exchange at max. 240 fps, the focusing is stunningly quick and smooth. The Contrast AF system in the GH4 is further enhanced by Panasonic's integration of DFD (Depth from Defocus) technology which even shortens the time to set focus. It calculates the distance to the subject by evaluating 2 images with different sharpness level while consulting the data of optical characteristics of the current lens. As a result, the GH4 achieves ultra high speed AF of approx.0.07 sec*. This improvement benefits more as focusing distance increases. The burst speed of shooting is dramatically faster than its predecessor, the DMC-GH3, boasting high speed burst shooting at 12 fps (AFS) up to approx.40 (including RAW) / approx.100 (excluding RAW) and 7.0 fps (AFC) to capture fast moving subjects in-focus.

In addition, the stability of continuous focusing is improved by minimizing wobbling in both still and video recording. Together with the quick start-up and short release time lag, the GH4 never lets photographers miss fleeting shooting opportunities. 

The GH4 incorporates Eye Detection AF which automatically sets focus right on the eye of human face. Focus point is increased from 23 (GH3) to 49 points for more flexible composition together with Custom Multi mode in which users can freely select the blocks needed to focus out of the 49 points. Now the 1-area AF area can be seamlessly magnified not only in manual but also in auto focus mode. Tracking AF is also advanced in the point of tracking accuracy by estimating the subject's movement. Focus point can be set on any part of the 100% field of view. The time to show magnified image can be selectable in Pin-point AF. Focus point can be magnified either with the MF ring or with cursor key in MF Assist mode. In the Touch Pad AF, the position can be set either on absolute/relative coordinate. Together with the Eye Sensor AF which starts focusing by just looking into the viewfinder, the AF/AE lock button works for AF for quick auto focusing even when using the LVF.

* In AFS, With LUMIX G VARIO 14-140mm / F3.5-5.6 ASPH. / POWER O.I.S. or LUMIX G X VARIO 12-35mm / F2.8 ASPH. / POWER O.I.S.

4. Stunning Mobility Supported by Mechanical Advancements
The GH4 boasts newly developed high-precision, high-speed dual OLED (Organic Light-Emitting Diode) displays for LVF (Live View Finder) and rear monitor. Increasing the resolution of display area to 2,359K-dot, the new 16:9 Wide Screen LVF boasts approx.1.34x / 0.67x (35mm camera equiv.) magnification and 100% field of view and eye point of approximately 21 mm. Thanks to the newly designed large eyecup, the visibility of LVF is dramatically improved. The image output between the LVF and the rear monitor is switched automatically with the eye sensor on the LVF, which features options of sensitivity - high, low and off - to reduce false operation during touching on the rear monitor. The 3.0-inch 1,036K-dot free-angle OLED rear monitor (3:2 aspect) with wide-viewing angle rotates 180° to the side and tilts 270° up and down offers approx. 100% of field of view. This rear monitor adopts static touch control for more smooth operation either in shooting or in playback. Both LVF and rear monitor adopted OLED to achieve high speed response with a minimum time lag while enhancing the resolution. Notably, the OLED for the LVF in GH4 boasts 10,000:1 high contrast for superior color reproduction. Now the excellent visibility comes closer to OVF. On the other hand, live view image can also be displayed in monochrome through the LVF enabling concentrating on contrast.

Even a moment's waste matters in professional shooting, but it is possible to make target setting intuitively with the GH4. Three dials are equipped on the top and back of the camera and the main dial is now comes with a lock structure. A dedicated button allows direct reach to exposure compensation, white balance adjustment or ISO setting and max.5 settings can be assigned to the Fn button. All these external components are designed to be operated easily without taking eyes off the viewfinder.

Both built-in/external flash can be synchronized with max.1/250 second shutter speed*2.

5. Expandability for A Variety of Workflows
Easy Wireless Connectivity via Wi-Fi® / NFC with Smartphones
The GH4 integrates Wi-Fi® connectivity (IEEE 802.11 b/g/n) with NFC (Near Field Communication) technology camera to offer a more flexible shooting experience and instant image sharing with easy operation. With the Panasonic "Image App", remote shooting of both photo and video* is available by using the smartphone/tablet as a remote shutter with a monitor. Not only releasing the shutter, but zooming, focusing and settings of shutter speed, aperture, and exposure compensation are all controllable with a smartphone / tablet. All these flexible shooting / browsing / sharing styles are made possible with the GH4 and the Panasonic's dedicated application software, the Panasonic Image App for iOS / Android smartphones / tablets. It is also easy to embed geotags in the image after shooting. For the smartphone/tablet without NFC, the camera can display a dedicated QR code on its monitor to complete pairing easily by reading the code.

Output/Input Terminals
The GH4 comes with a variety of connection terminals for more flexible shooting options. The 3.5mm microphone jack is for high quality audio recording using an external microphone and the 3.5mm headphone jack which enables monitoring the audio while shooting video real-time. It is also capable of real-time image output on an external monitor via an optional HDMI micro cable simultaneously while recording video. In addition to these, the GH4 complies with AV outputs (Audio 2ch, Composite), flash sync terminal and 2.5mm jack for remote controller.

For reliable recording of rich video, the GH4 complies with UHS Speed Class 3 (U3) which is the new speed class standard of SD memory card. The UHS Speed Class 3 (U3) guarantees a constant minimum write speed of 30MB/s to respond to market needs for 4K video.

Optional Accessories
A GN58 is a powerful External Flash (DMW-FL580L) and is newly added to the LUMIX G optional accessories which allows high speed charging of approx.1.7 sec. Not only with wireless control but also LED video light function are available. The Stereo / Shotgun Microphone (DMW-MS2) which enables stereo/shotgun switch even allows more precise sound recording with selectable Super Shotgun / Lens Auto / Manual option on GH4.

6. Other Features
Luminance Level Adjustment
Just as the concept of "the ultimate hybrid DSLM camera" identifies, the GH4 supports smooth postproduction for photographers migrating to videography. In addition to the standard luminance level of 16-235* and 16-255*, GH4 offers 0-255* which is equivalent to photo standard.

*8-bit

Focus Peaking
For more practical control over focusing, the GH4 incorporates Focus Peaking function that shows the peak of focus in MF and AF+MF mode. Users can see the peaking of focus while monitoring the subject in live view. It can be set to HIGH / LOW / OFF and the color can also be changed to blue, white or orange according to the color of the shooting scene during live view. Users can take advantage of this function when controlling the camera with a smartphone / tablet via Wi-Fi in both photo / video recording.

Silent Mode
This mode switches shutter from mechanical to electronic and turns all sound (AF, operation) off while suppressing the emission of the AF assist lamp and flash with just a single setting for special shooting occasions.

Highlight/Shadow Control
The Live View function is also advanced digitally making it possible to adjust highlight / shadow separately with the front/rear dial. Three patterns of settings can be customized in addition to the three presets.

RAW data development in Camera
The GH4 is capable of developing RAW images in camera. In addition to the color space setting ( sRGB / Adobe RGB ), the parameter of white balance, exposure compensation, contrast, highlight/shadow, saturation, noise reduction, sharpness or hue can be flexibly adjusted while LUMIX's Photo Style, Intelligent D-range Control, Intelligent Resolution can also be applied.

Interface Unit (DMW-YAGH)
Panasonic offers a new optional Interface Unit (DMW-YAGH) exclusively for professional/industrial workflow with GH4 that enables more powerful video transmission. It complies with Full HD (4:2:2 / 10-bit) offering four parallel outputs and these can be used for 4K (4:2:2 / 10-bit) output - both with time code*1. The XLR input terminals (2ch) are also equipped to connect line or condenser microphone. When connecting with microphone, volume can be controlled for L and R separately, which can be monitored LED audio level display on the back of the unit. The 12V DC IN is highly compliant with large-capacity industrial battery and continuously supplies the GH4 with power*2.

*1 Setting the HDMI output picture quality [4:2:2 / 10bit]
You can output the image through the HDMI connection in higher picture quality, but you cannot record it as a motion picture or still pictures. Ideal when the HDMI output is to be saved on external devices. When using 4:2:2/10-bit output, simultaneous video recording on SDXC/SDHC Memory Card in the camera is not possible.
*2 HDMI output from the camera is not possible when the camera is mounted on the Interface Unit.

  • The "AVCHD" is a high definition (HD) digital video recording / playback format jointly established by Panasonic Corporation and Sony Corporation.
  • "AVCHD Progressive", "AVCHD", the "AVCHD Progressive" Logo and the "AVCHD" Logo are trademarks of Panasonic Corporation and Sony Corporation.
  • Android and Google Play are trademarks or registered trademarks of Google Inc.
  • IOS is a trademark or registered trademark of Cisco in the U.S. and other countries and is used under license.
  • HDMI, the HDMI Logo, and High-Definition Multimedia Interface are trademarks or registered trademarks of HDMI Licensing LLC in the United States and other countries.
  • All other company and product names are trademarks of their respective corporations.
  • This unit is compatible with both SD/SDHC/SDXC Memory Cards. You can only use SDHC/SDXC Memory Cards on devices that are compatible with them. You cannot use SDHC/SDXC Memory Cards on devices that are only compatible with SD Memory Cards. (When using an SDHC/SDXC Memory Card on another device, be sure to read the operating instructions for that device.)
  • SDHC Memory Cards and SDXC Memory Cards can be used only in equipment that is compatible with their respective formats.
  • If the computer being used does not support SDXC Memory Cards, a message prompting you to format may appear. (Doing so will cause recorded images to be erased so do not choose to format.) If the card is not recognized, please refer to the below support site.
    http://panasonic.net/avc/sdcard/information/SDXC.html [Open New Window]
  • Some accessories are not available in some countries.
  • The use of recorded or printed materials that are protected by copyright for any purpose other than personal enjoyment is prohibited, as it would infringe upon the rights of the copyright holder.
  • Design and specifications are subject to change without notice.

To learn more about Panasonic's line of LUMIX Digital Cameras and other consumer electronic products please visit www.shop.panasonic.com.

About Panasonic Consumer Electronics Company
Based in Newark, N.J., Panasonic Consumer Electronics, a Division of Panasonic Corporation of North America, the principal North American Subsidiary of Panasonic Corporation and the hub of Panasonic's U.S. marketing, sales, service and R&D operations, offers a wide-range of consumer solutions in the U.S. The Company's portfolio of innovative consumer products ranges from VIERA Full HD 3D Televisions, Blu-ray Disc players, LUMIX Digital Cameras, Camcorders, Home Audio, Cordless Phones, Home Appliances, Wellness, Personal Care and Beauty products.

 

Figure #1 Video Recording Format Matrix

MOV

59.94Hz

[4K] 3840x2160, 29.97p, 100Mbps(IPB), LPCM

[4K] 3840x2160, 23.98p, 100Mbps(IPB), LPCM

[FHD] 1920x1080, 59.94p, 200Mbps(ALL-Intra)/100Mbps(IPB)/50Mbps(IPB), LPCM

[FHD] 1920x1080, 29.97p, 200Mbps(ALL-Intra)/100Mbps(IPB)/50Mbps(IPB), LPCM

[FHD] 1920x1080, 23.98p, 200Mbps(ALL-Intra)/100Mbps(IPB)/50Mbps(IPB), LPCM

50.0Hz

[4K] 3840x2160, 25.00p, 100Mbps(IPB), LPCM

[FHD] 1920x1080, 50.00p, 200Mbps(ALL-Intra)/100Mbps(IPB)/50Mbps(IPB), LPCM

[FHD] 1920x1080, 25.00p, 200Mbps(ALL-Intra)/100Mbps(IPB)/50Mbps(IPB), LPCM

24.0Hz

[C4K] 4096x2160, 24.00p, 100Mbps(IPB), LPCM

[4K] 3840x2160, 24.00p, 100Mbps(IPB), LPCM

[FHD] 1920x1080, 24.00p, 200Mbps(ALL-Intra)/100Mbps(IPB)/50Mbps(IPB), LPCM

MP4

59.94Hz

[4K] 3840x2160, 29.97p, 100Mbps(IPB), LPCM/AAC

[4K] 3840x2160, 23.98p, 100Mbps(IPB), LPCM

[FHD] 1920x1080, 59.94p, 200Mbps(ALL-Intra)/100Mbps(IPB)/50Mbps(IPB), LPCM

[FHD] 1920x1080, 29.97p, 200Mbps(ALL-Intra)/100Mbps(IPB)/50Mbps(IPB), LPCM

[FHD] 1920x1080, 23.98p, 200Mbps(ALL-Intra)/100Mbps(IPB)/50Mbps(IPB), LPCM

[FHD] 1920x1080, 59.94p, 28Mbps(IPB), AAC

[FHD] 1920x1080, 29.97p, 20Mbps(IPB), AAC

[HD] 1280x720, 29.97p, 10Mbps(IPB), AAC

[VGA] 640x480, 29.97p, 4Mbps(IPB), AAC

50.0Hz




[4K] 3840x2160, 25.00p, 100Mbps(IPB), LPCM/AAC

[FHD] 1920x1080, 50.00p, 200Mbps(ALL-Intra)/100Mbps(IPB)/50Mbps(IPB), LPCM

[FHD] 1920x1080, 25.00p, 200Mbps(ALL-Intra)/100Mbps(IPB)/50Mbps(IPB), LPCM

[FHD] 1920x1080, 50.00p, 28Mbps(IPB), AAC

[FHD] 1920x1080, 25.00p, 20Mbps(IPB), AAC

[HD] 1280x720, 25.00p, 10Mbps(IPB), AAC

[VGA] 640x480, 25.00p, 4Mbps(IPB), AAC




24.0Hz


[C4K] 4096x2160, 24.00p, 100Mbps(IPB), LPCM

[4K] 3840x2160, 24.00p, 100Mbps(IPB), LPCM

[FHD] 1920x1080, 24.00p, 200 Mbps (ALL-Intra) / 100 Mbps (IPB) / 50 Mbps (IPB), LPCM


AVCHD Progressive

AVCHD

59.94Hz



[FHD] 1920x1080, 59.94p, 28Mbps(IPB), Dolby Digital

[FHD] 1920x1080, 59.94i, 24Mbps(IPB), Dolby Digital (sensor output: 29.97fps)

[FHD] 1920x1080, 59.94i, 17Mbps(IPB), Dolby Digital (sensor output: 59.94fps)

[FHD] 1920x1080, 23.98p, 24Mbps(IPB), Dolby Digital



50.0Hz

[FHD] 1920x1080, 50.00p, 28Mbps(IPB), Dolby Digital

[FHD] 1920x1080, 50.00i, 24Mbps(IPB), Dolby Digital (sensor output: 25.00fps)

[FHD] 1920x1080, 50.00i, 17Mbps(IPB), Dolby Digital (sensor output: 50.00fps)

 

Figure #2 VFR (Variable Frame Rate) Matrix

59.94Hz

MOV/FHD/100Mbps/29.97p, MP4(LPCM)/FHD/100Mbps/29.97p:

2fps, 15fps, 26fps, 28fps, 30fps, 32fps, 34fps, 45fps, 60fps, 75fps, 90fps, 96fps

MOV/FHD/100Mbps/23.98p, MP4(LPCM)/FHD/100Mbps/23.98p:

2fps, 12fps, 20fps, 22fps, 24fps, 26fps, 28fps, 36fps, 48fps, 60fps, 72fps, 84fps, 96fps

AVCHD/FHD/24Mbps/29.97p:

2fps, 15fps, 26fps, 28fps, 30fps, 32fps, 34fps, 45fps, 60fps

AVCHD/FHD/24Mbps/23.98p:

2fps, 12fps, 20fps, 22fps, 24fps, 26fps, 28fps, 36fps, 48fps, 60fps







50.00Hz

MOV/FHD/100Mbps/25.00p, MP4(LPCM)/FHD/100Mbps/25.00p:

2fps, 12fps, 21fps, 23fps, 25fps, 27fps, 30fps, 37fps, 50fps, 62fps, 75fps, 96fps

AVCHD/FHD/24Mbps/25.00p:

2fps, 12fps, 21fps, 23fps, 25fps, 27fps, 30fps, 37fps, 50fps





24.00Hz

MOV/FHD/100Mbps/24.00p, MP4(LPCM)/FHD/100Mbps/24.00p:

2fps, 12fps, 20fps, 22fps, 24fps, 26fps, 28fps, 36fps, 48fps, 60fps, 72fps, 84fps, 96fps



 

SOURCE Panasonic

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As more intelligent IoT applications shift into gear, they’re merging into the ever-increasing traffic flow of the Internet. It won’t be long before we experience bottlenecks, as IoT traffic peaks during rush hours. Organizations that are unprepared will find themselves by the side of the road unable to cross back into the fast lane. As billions of new devices begin to communicate and exchange data – will your infrastructure be scalable enough to handle this new interconnected world?
As more and more data is generated from a variety of connected devices, the need to get insights from this data and predict future behavior and trends is increasingly essential for businesses. Real-time stream processing is needed in a variety of different industries such as Manufacturing, Oil and Gas, Automobile, Finance, Online Retail, Smart Grids, and Healthcare. Azure Stream Analytics is a fully managed distributed stream computation service that provides low latency, scalable processing of streaming data in the cloud with an enterprise grade SLA. It features built-in integration with Azur...
Too often with compelling new technologies market participants become overly enamored with that attractiveness of the technology and neglect underlying business drivers. This tendency, what some call the “newest shiny object syndrome,” is understandable given that virtually all of us are heavily engaged in technology. But it is also mistaken. Without concrete business cases driving its deployment, IoT, like many other technologies before it, will fade into obscurity.
Akana has announced the availability of the new Akana Healthcare Solution. The API-driven solution helps healthcare organizations accelerate their transition to being secure, digitally interoperable businesses. It leverages the Health Level Seven International Fast Healthcare Interoperability Resources (HL7 FHIR) standard to enable broader business use of medical data. Akana developed the Healthcare Solution in response to healthcare businesses that want to increase electronic, multi-device access to health records while reducing operating costs and complying with government regulations.
For IoT to grow as quickly as analyst firms’ project, a lot is going to fall on developers to quickly bring applications to market. But the lack of a standard development platform threatens to slow growth and make application development more time consuming and costly, much like we’ve seen in the mobile space. In his session at @ThingsExpo, Mike Weiner, Product Manager of the Omega DevCloud with KORE Telematics Inc., discussed the evolving requirements for developers as IoT matures and conducted a live demonstration of how quickly application development can happen when the need to comply wit...
The Internet of Everything (IoE) brings together people, process, data and things to make networked connections more relevant and valuable than ever before – transforming information into knowledge and knowledge into wisdom. IoE creates new capabilities, richer experiences, and unprecedented opportunities to improve business and government operations, decision making and mission support capabilities.
Explosive growth in connected devices. Enormous amounts of data for collection and analysis. Critical use of data for split-second decision making and actionable information. All three are factors in making the Internet of Things a reality. Yet, any one factor would have an IT organization pondering its infrastructure strategy. How should your organization enhance its IT framework to enable an Internet of Things implementation? In his session at @ThingsExpo, James Kirkland, Red Hat's Chief Architect for the Internet of Things and Intelligent Systems, described how to revolutionize your archit...
MuleSoft has announced the findings of its 2015 Connectivity Benchmark Report on the adoption and business impact of APIs. The findings suggest traditional businesses are quickly evolving into "composable enterprises" built out of hundreds of connected software services, applications and devices. Most are embracing the Internet of Things (IoT) and microservices technologies like Docker. A majority are integrating wearables, like smart watches, and more than half plan to generate revenue with APIs within the next year.
Growth hacking is common for startups to make unheard-of progress in building their business. Career Hacks can help Geek Girls and those who support them (yes, that's you too, Dad!) to excel in this typically male-dominated world. Get ready to learn the facts: Is there a bias against women in the tech / developer communities? Why are women 50% of the workforce, but hold only 24% of the STEM or IT positions? Some beginnings of what to do about it! In her Opening Keynote at 16th Cloud Expo, Sandy Carter, IBM General Manager Cloud Ecosystem and Developers, and a Social Business Evangelist, d...