Skip to main content

Marantz and Denon offer more immersive experiences with new Auro-3D upgrades

Surround sound has come a long way since its inception, but for the most part it has remained relatively “flat” in that while you’ll hear sounds from in front, left, right, and behind you, in real life, sounds come from above and below you, too. In recent years a number of solutions have sought to add this level of immersion — Dolby Atmos and DTS:X for example — but the technology behind the scenes can vary.

At a basic level, Auro-3D technology simply adds height information to traditional 2D surround sound, but this is handled in a unique way. This format adds a height layer that can be encoded within 5.1 surround sound, and decoded by a capable receiver, adding both height-specific sound and height reflections.

Most of the time, when it comes to new surround sound technologies, users are looking at buying a new piece of equipment, but that isn’t always the case. And today, upgrades were announced for receivers from both Marantz and Denon, allowing owners to add Auro-3D capabilities to their setups with a simple paid firmware upgrade.

Marantz is one of two companies adding the capability though an upgrade today, for owners of its SR7010 9.2-channel network A/V receiver and AV7702mkII network pre-processor. Both units should see the upgrade available starting today through their built-in feature upgrade functions.

If this seems like an advanced feature, the units are pretty advanced themselves, and neither of them is especially cheap. Both the SR7010 and AV7702mkII sell for $2,200. More details on the upgrade will be available soon on the company’s website.

Denon also announced the upgrade today for two of its 9.2-channel A/V receivers, the AVR-X4200W and AVR-X6200W. As with the upgrade for the Marantz receivers, this upgrade is supposed to be available starting today, with more information coming soon on the Denon website.

The products from both companies support both Dolby Atmos and DTS:X, with the latter available as a firmware update. “We are excited to see the Auro-3D format being integrated in even more consumer electronics, making the 3D Audio experience more widely available than before,” Auro Technologies Wilfried Van Baelen said.

For more information on Auro-3D, see the company website.

Editors' Recommendations

Kris Wouk
Former Digital Trends Contributor
Kris Wouk is a tech writer, gadget reviewer, blogger, and whatever it's called when someone makes videos for the web. In his…
AMD Ryzen 7 5800X3D beats predecessor, but AMD promised more
amd six new chips reveals ryzen 5800x3d price and release date slide

The upcoming AMD Ryzen 7 5800X3D was just spotted in an early benchmark and compared to the Ryzen 7 5800X. The CPU managed to beat its predecessor by 9%, which is impressive, but not quite what AMD promised just yet.

AMD's initial estimates mentioned performance gains of about 15% in a gaming environment.

Read more
AMD’s revolutionary 3D V-Cache chip could launch very soon
AMD Ryzen 5000G.

The launch of AMD's upcoming Ryzen 7 5800X3D processors is close, but a new leak tells us that it might be just a couple of weeks away.

According to a well-known source of hardware leaks, the processors have already started shipping. This indicates that they might hit the market by the end of this month. AMD estimates that its new processor could match up against the top chip from the Intel Alder Lake lineup.

Read more
AMD teases performance of its revolutionary 3D V-cache chip
AMD CEO holding 3D V-Cache CPU.

AMD is currently readying its new Ryzen 7 5800X3D, featuring a 3D V-cache, and it looks like we may soon have a powerful processor on our hands. AMD has teased that we can expect an up to 15% performance boost over the base Ryzen 7 5800X.

The tech giant talked about the new chip during the International Solid-State Circuits Conference (ISSSC) and revealed more information about its architecture. While the Ryzen 7 5800X3D will certainly be an improvement, will it be enough to compete with Intel's best processors?

Read more