To complete my migration from PC to Mac I’ve downloaded the trial version of the latest Premiere Pro CS 5.5 yesterday. I bought CS 3 a few years ago and haven’t regretted it, but at work we have CS 4 and now CS 5 and I can see the feature improvements and benefits to our workflow.
As last time, this is a rather large expense for me (£285 for the upgrade, which is still better than £810 for the full version) – however Premiere is a fascinating powerful programme and I know how helpful it is.
My old version has made its money back many times over so I’m sure this version won’t disappoint me either. In fact, I’m quite excited about the new options in version 5.5 and the idea of having it on my laptop.
Here are my hands-on notes, my first impressions and my two cents about Adobe’s rival to Final Cut Pro.
For the geeks: I’m using Premiere on a MacBook Pro with 8GB of Ram, 64 bit OS (Lion) and an Intel Dual Core i7 processor at 2.7 GHz.
Well before the European launch of the Nintendo 3DS and many announcements I kept thinking: what will the impact of this device be on the broadcast industry?
3D television is spreading like wildfire and appears to be the next “in-thing” – if it wasn’t for overpriced TV sets that require you to wear sunglasses. This major hurdle needs to be overcome for 3D broadcasts to be successful.
Nintendo’s new handheld console is at the time of writing the ONLY display out there that can give viewers the desired experience without the need for 3D goggles.
Partnership deals with Disney, Warner, Dreamworks and even broadcasters such as Sky and Eursport have already been signed, which tells us that “gaming” isn’t the sole focus of this puppy. When Sainsbury’s had the Nintendo 3DS on offer earlier this week I couldn’t resist and bought one.
Since we started to explore the possibility of satelite transmissions in 32APSK last year, Adtec have been busy working on a new box that could potentially revolutionise the way we think about satellite receivers.
Imagine we could have 30% better pictures and 4x the amount of discreet audio channels than we currently have, but at the same time use the same amount of satellite space and hence maintain transmission cost? Or perhaps reduce the costs and keep the current picture quality?
Well the Adtec RD-60 makes this possible: by combining H264/MPG4 and 32 APSK instead of the current broadcast standard of MPEG2 and 8PSK you can save money or increase the quality of your transmissions. Too good to be true? We’ve tried it – and it works 😉
The unit is currently in its final testing stage and I was one of the lucky geeks to get my hands on this new puppy. In this article I’ll share my brief experiences and will talk you through what this new IRD has to offer.
This review is based on a courtesy unit that was given to us at IMG for testing. We’re using Software Version 1.02.14 E
Let’s take a look under the hood of two broadcast VT formats: both are called HDCAM, both do some form of HD, but apart from the operational differences, the funky coloured flap and two extra letters, what is the real difference between them?
Let’s find out.
HDCAM was introduced by Sony ages ago in 1997. No other tape based HD broadcast format was around at the time, and it quickly became clear that one was needed for HDTV to succeed.
The HDW-M2000 machines are based on the DVW-2000 series of VTRs and record with a datarate of 144 Mbps (that’s a 50% increase compared to Digital Betacam’s datarate of 96 Mbps).
We made some television history the other night: in a test for the NFL International Distribution, Adrian from TV2Go and us folks at IMG Mediahouse have successfully brought a 32APSK encoded signal across the Atlantic, with a datarate of 30Mbps using a 9MHz carrier!
Since the start of the current NFL season in 2009, part of my job is to bring in feeds that originate in the US for an uplink stateside to NSS7. Our clients then downlink these feeds in Europe. In North America, DirectTV offers the NFL (and nearly 200 other channels) to domestic customers via their fleet of ten satellites. Using MPEG2 and H264 encoding, QPSK and 8PSK modulation are commonplace in satellite transmissions.
Sometimes a feed comes in, gets an English voiceover and is put straight to air on ESPN UK. But on Sunday, we pulled various aces from our sleeves to bring the Serie A “Milan Derby” to an expecting UK audience.
The feed comes in from Eutelsat W3 in HD, the studio for pre match presentation is SD, the commentators are on site in Milan and come in via ISDN. Question is: How do we synchronise comms with pictures, and how do we create HD graphics during the match?
We use pretty much EVERY piece of kit IMG Mediahouse has to offer, that’s how.