Earlier this year we shared findings from a large-scale survey of North American video professionals about their use of flash-based storage. The highlights? Many organizations have already implemented flash-based solid-state drives (SSDs) into their storage environment as a way to boost performance for key video workflows—and additional organizations are planning to move to flash soon.
It was great to be at NAB NYC last week and to meet with some of our customers that we didn’t get a chance to meet with at NAB Las Vegas, and also talk to some new prospective customers in the broadcast and production industries.
If you’re in the media and entertainment industry, 4K is a term now nearly as ubiquitous as HD. And if your organization does post production, broadcast, or content distribution, odds are you are already working with 4K media, according to a new survey from Quantum and postPerspective.
Six Requirements to Ensure Your Storage Environment is Ready to Handle the Rising Demand for Corporate Video
Requests for new video content are multiplying fast. Your company’s marketing group needs you to create product videos and customer success stories to support the next product launch. The events team wants you to post executive keynote addresses from an upcoming conference—preferably within a day after each talk is given. And as your company expands its salesforce, you need to produce a new series of training videos to bring team members up to speed.
Thinking about adding a little flash to your workflow? You’re not alone. More and more, video production teams are incorporating flash-based solid-state drives (SSDs) into their storage environment as a way to boost performance for key post-production tasks.
Visual effects (VFX) and post-production studios are facing rapidly rising demand for compelling visual content. To boost audience excitement and heighten engagement, directors and producers are incorporating an increasing number of VFX shots into their projects. Meanwhile, consumer interest in more immersive experiences are opening doors for VFX and post-production studios to investigate virtual reality (VR), augmented reality (AR), 360-degree video, and other innovative technologies.
More and more universities are assembling on-campus video production teams to meet rising demand for video content. From admissions offices and alumni associations to research teams and campus security, an array of departments are working with video production teams to create professional-quality media and manage content meant to promote the university, advance research, and help protect people and property.
If you’ve ever used the fingerprint scanning feature to access your smartphone, you’re familiar with biometric technology. Biometrics—the use of biological (physical and behavioral) characteristics such as fingerprint, face, and iris scanning to perform identity verification—is a maturing field, and applications of the technology are expected to grow in the years ahead. In fact, it’s predicted that biometrics will be used to authenticate 25% of all electronic transactions worldwide by 2020, according to International Data Corporation (IDC).
Fox Sports announced this week that the 51st Super Bowl “will be more awesome than usual” as it “will mark the first time that some of the on-field Super Bowl action will also be shot using a higher-resolution 8K camera.”
2016 saw video surveillance and security increasingly become the focus of mainstream media conversations, with video playing a pivotal role in bringing terror suspects to justice (as it did recently in NYC) and with police body worn cameras capturing sometimes controversial incidents that spark national conversations. Behind the camera, technology has continued to evolve and storage has become an even more important consideration for anyone implementing a surveillance and security system. Integrators, resellers, vendors, and end-users can look to 2017 as a time of vigorous change for video surveillance and security.