NAB 2019: Sennheiser and Neumann To Flaunt Latest in Wireless Microphone Systems | Mini Transmitter

Patriarchi, T., Cho, J. R., Merten, K., Howe, M. W., et al. Ultrafast neuronal imaging of dopamine dynamics with designed genetically encoded sensors. Science 360, eaat4422 (2018).

And then there’s LDPC — Low Density Parity Check — again, new to cable, but not new-new. As a replacement forward error-correction technique to Reed Solomon encoding, LDPC brings with it both time and frequency interleaving, which will make 3.1-based gear bear up better when hit with burst noise, Belal Hamzeh, director of network technologies for CableLabs and a self-described “PHY guy,” said.

Could Teradek and SmallHD just have made a detachable or slot in a wireless receiver? I asked Teradek about this and I was told that “Regarding detachable wireless receivers, this is something we’re actively looking into. Our goal is to make these integrated solutions as lightweight and as small as possible while maintaining an affordable price point.”

The data crunch is here, so naturally the topic of one gigabit billboard speeds is still top of mind for broadband providers around the world. As a result, we have explored at length the challenges that operators face in preparing the outside plant to deliver these speeds.

let’s say you get 500 channels for 100 dollars. That’s 5 dollars per channel per month. The fragmented streaming services cost 10/15 bucks per "channel"

With over 100 global patents filed, nearly 40 U.S. patents already issued carrying nearly 1,000 granted inventions (claims), MagnaCom is now a recognized technology innovation powerhouse. [See MagnaCom issued US Patents.] MagnaCom is creating a scalable platform for next-generation networks based on WAM – an innovative multi-dimensional non-linear modulation. WAM allows for much more data to be transmitted over the same amount of spectrum, resulting in networks that are far more resilient, transmit data at higher speeds, farther distance and consume less power. By enabling much more capacity over the same channels, WAM can save global operators billions of dollars in spectrum licensing cost and network upgrades. Learn more about WAM technology.

Stavropoulos described herself as "highly skeptical that we will ever find ‘the’ treatment/intervention for ASD, because it is such a highly complex and variable diagnosis."

A mini-documentary that aired during the National Association of Broadcasters’ State Leadership Conference in February details the role that local radio and television broadcasters serve as first informers during times of emergency. This film focuses on broadcasters’ response to Hurricane Florence and Hurricane Michael, which hit the southeastern U.S. in the fall of 2018, causing evacuations and billions of dollars in property damage. It showcases footage of the storm as well as “examples of broadcasters’ valiant efforts to provide life-saving emergency information and community assistance,” wrote NAB Senior Vice President of Communications Ann Marie Cumming in a blog post about the video.

Sennheiser and Neumann mics carried artists Travis Scott, Brandie Carlile and Shawn Mendes through their debut Grammy performances at the 61s Annual Grammy Awards

Waiting for millennials to procreate? Sorry, between student loans, the insecurity of the crappy "part-time" gig economy falsely inflating employment numbers, and the horrendous costs of child care – who’s got the time or money or stability to settle down and have a family today? Not to mention the high cost of housing in many of the better places to get a job…

(another one) If you want the wires to be interchangable, a bridge rectumfire at the end is the simplest solution for DC power, and you might as well start with AC. AC also has much less to no Electrolyses problems, and when cables get damaged and a bit wet in the field then AC improves reliability. I don’t know what modulation was used, but AM / FM modulation of a signal in a few KHz range seems a logical and simple choice. A bit similar to X10 maybe.

Pfanner, N., Warscheid, B. & Wiedemann, N. Mitochondrial proteins: from biogenesis to functional networks. Nat. Rev. Mol. Cell Biol. 20, 267–284 (2019).