Vikas SN, reporting for ET Tech:

As per the deal, Spotify will get access to more than 100,000 music tracks across various genres like Film, Carnatic, Hindustani classical and devotional music in over 25 languages. This includes songs from artists like Lata Mangeshkar, R.D. Burman, Mohammed Rafi, Talat Mahmood, Manna Dey, Kalyanji-Anandji, and Hemant Kumar among others.

Saregama’s “Carvaan” is one of the best collection of songs on this planet, and I’m glad some (most?) of that is coming to Spotify.

1917’s In-Camera Editing Techniques

1917 is one of the most incredible films I have ever seen, and sits high on my list of favorite films of all-time. It is directed by Sam Mendes, with the Cinematography helmed by the God of Light Roger Deakins. 1917 is such an amazingly crafted film that I do not have enough words to describe it.

For the uninitiated, 1917 is set in the war-torn era of 1917 and follows two English soldiers trying to deliver a message in an attempt to stop 1600 fellow men from walking into a trap. What makes 1917 a beautifully crafted cinematic experience is the way it is presented — one, single, two-hour-long continuous shot that follows these two protagonists.

Of course, it’s impossible to actually shoot a two-hour long film at this scale and polish, so the are going to be cuts. But Sam Mendes, together with Editor Lee-Smith and VFX studio ‘MPC’ have done a remarkable job of stitching together and hiding these cuts.

However, 1917 is still impressive for the fact that in many scenes, Sam Mendes manages to utilize blocking to move the camera where you’d traditionally require a cut in other films. This brilliant video essay by Thomas Flight explains why 1917 is so good:

I’ve been mesmerized by the art of Cinematography for a long time, and am a sucker for one-shot long takes. It’s fascinating to sit back and study how films like these were made.

If you can still find a way to watch 1917, please do watch it. You probably won’t enjoy it as much as watching it on the big screen, but you can surely enjoy and praise Sam Mendes’ impressive direction, Roger Deakins’ surreal cinematography and Lee Smith’s crafty editing.

Sidenote: While not the same thing, there’s also a really-impressive 12-minute long scene in Netflix’s new film ‘Extraction‘ starring Chris Hemsworth. It’s definitely worth checking out for the action-alone.

Apple Updates the 13-inch MacBook Pro, Kills the Butterfly Keyboard for Good

Apple today announced the release of an updated lineup of its 13-inch MacBook Pro that introduces the new Magic Keyboard, doubles the storage, and adds faster RAM and newer CPUs in the top-end models.

The biggest change, of course, is the replacement of the terrible Butterfly keyboard with the newer and better Magic Keyboard. The 13-inch MacBook Pro was the only notebook in Apple’s current lineup that featured the sucky keys, so good riddance.

The new lineup also offers Intel’s 10th-generation CPUs and 16GB of faster 3733MHz LPDDR4X memory, but only on the topend model that features the 2.0GHz Core i5 processor. While the lower model does get the option to upgrade to 16GB of RAM, you’re limited to the much slower 2133MHz LPDDR3 RAM only.

Effectively, the base model of the “new” 2020 13-inch MacBook Pro that will go on sale in India late next month will come with:

  • Magic Keyboard
  • 1.4GHz quad‑core 8th‑generation Intel Core i5
  • 8GB of 2133MHz LPDDR3 RAM
  • 256GB SSD
  • Intel Iris Plus Graphics 645
  • Two Thunderbolt 3 (USB‑C) ports

and cost a whopping INR 1,22,900 or $1625.

If you have to actually take advantage of the newer processor & RAM, you have to get the topend model with:

  • 2.0GHz quad‑core 10th‑generation Intel Core i5
  • 16GB of 3733MHz LPDDR4X RAM
  • 512GB SSD
  • Intel Iris Plus Graphics
  • Four Thunderbolt 2 (USB-C) ports

and costs INR 1,74,900 or $2315.

If you need 1TB of SSD storage, i.e. +512GB in the above config, you have to shell out INR 20,000 extra, taking the total to INR 1,94,900.

The 16-inch MacBook Pro starts at INR 1,99,900.

Backblaze has just announced that it’s cloud storage service B2 is getting S3 compatible APIs. This is a massive release that makes the low-cost service compatible with tons of products, services, plugins, and apps out there.

For reference, B2 pricing starts at just $0.005/GB/month compared to $0.021/GB/month offered by Amazon.

I completely missed this update earlier this week. ICANN announced that it has categorically rejected the sale of the .org domain registry to Ethos Capital — a private equity firm.

Karen Gullo and Mitch Stoltz, writing for the EFF:

We’re glad ICANN listened to the many voices in the nonprofit world urging it not to support the sale of Public Interest Registry, which runs .ORG, to private equity firm Ethos Capital. The proposed buyout was an attempt by domain name industry insiders to profit off of thousands of nonprofits and NGOs around the world. Saying the sale would fundamentally change PIR into an “entity bound to serve the interests of its corporate stakeholders” with “no meaningful plan to protect or serve the .ORG community,” ICANN made clear that it saw the proposal for what it was, regardless of Ethos’ claims that nonprofits would continue to have a say in their future.  “ICANN entrusted to PIR the responsibility to serve the public interest in its operation of the .ORG registry,” they wrote, “and now ICANN is being asked to transfer that trust to a new entity without a public interest mandate.”

All’s well that ends well, I guess.

Backdrops — the only wallpaper app on Android worth talking about — is now also available for iOS devices.

Backdrops has a massive collection of awesome wallpapers and it is very frequently updated with new content. You’ll find different kinds of wallpapers in the app, and you can browse by categories, browse by tags, or just browse the ones featured on the main screen. You’ll possibly never run out of new wallpapers in there.

Just like on Android, the iOS app is available for Free on the App Store. There’s an optional $3.99 upgrade to “Backdrops Pro” that enables an ad-free experience, unlocks exclusive collections and supports the developers.

Get Backdrops for your iPhone & iPad →

Jacob Kastrenakes has a lovely article up on The Verge explaining the new 6GHz Wi-Fi and what is means to consumers. If you remember, 6GHz Wi-Fi was supposed to be named Wi-Fi 6, but as it turns out, sensible naming for technology is a very rare trait.

Devices are expected to start supporting 6GHz Wi-Fi by the end of 2020, so its implementation isn’t far away. When it arrives, expect to see it branded under the name “Wi-Fi 6E.”

Realistically speaking, Wi-Fi 6 devices won’t be common till 2022 at least.

But what exactly is Wi-Fi 6E? Jacob explains:

To get a little more specific, the FCC is opening up 1,200MHz of spectrum in the 6GHz band. For the past two decades, Wi-Fi has been operating with roughly 400MHz of spectrum, and all available channels had to be split up within that limited space. Channels on the 6GHz band are expected to be 160MHz each in size. Only two channels at that size could fit inside the currently available airspace.

This sounds exciting. As someone who lives in an over-populated vertical city like Mumbai, I’m stoked. I currently use 3 Netgear Orbi devices in my house, and will happily switch to whatever reasonable 6E range Netgear releases in India.

Mark Gurman, Debby Wu, and Ian King writing for Bloomberg:

[Apple] is working on three of its own Mac processors, known as systems-on-a-chip, based on the A14 processor in the next iPhone. The first of these will be much faster than the processors in the iPhone and iPad, the people said.

Apple is preparing to release at least one Mac with its own chip next year, according to the people.

ARM-based Macs have been rumored for a long time, but Bloomberg’s team has some exciting news:

The first Mac processors will have eight high-performance cores, codenamed Firestorm, and at least four energy-efficient cores, known internally as Icestorm. Apple is exploring Mac processors with more than 12 cores for further in the future, the people said.

Imagine a world where running 12+ cores is common.