COMPARATIVE: NVIDIA TEGRA X1+ Vs all current SoC

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Today we present our benchmark comparison of the new NVIDIA Tegra X1+ SoC against the rest of the SoC of the current market used in TV-Boxes. This is an update of the previous Tegra X1 SoC, an Octa Core with 4x Cortex-A57 + 4x Cortex-A53 configuration that integrates an NVIDIA Maxwell 256 Cores GPU and allows native H.265 and VP9 video decoding up to 4K@60fps with support for Advanced HDR. A chip that only uses NVIDIA in its own products NVIDIA Shield TV devices located in the highest range that faces the most open options such as Amlogic, Allwinner, Rockchip, Hisilicon or Realtek SoC.



SPECIFICATIONS NVIDIA TEGRA X1+

Test hardware

This year we have two different models of this device on the one hand the compact NVIDIA Shield TV with 2GB of RAM and 8GB of storage and on the other the same design as the previous 2017 model in the NVIDIA Shield TV Pro that integrates 3GB of RAM, 16GB of storage memory and multiple connection ports. The two models mount the same updated Tegra X1+ SoC, new Wifi chip with Bluetooth 5.0 support, it has been added scaled by AI 4K and Dolby Vision HDR and Dolby Atmos support. We will soon have our usual detailed reviews available.

General specifications

As we say the new NVIDIA Tegra X1+ Octa core SoC has Cortex-A57 and Cortex-A53 cores that have already been surpassed by several generations of ARM cores, the exact manufacturing process is not known but it seems that it maintains the 20nm of the 2017 model and DOES NOT jump at 16nm. It has native connections for HDMI 2.0b that reaches up to 4K@60fps compatible with multiple DRM security systems, support LPDDR4X as a novelty, USB 3.0 ports, internal storage up to eMMC 5.1, Gigabit Ethernet and audio capacity up to 8 channels of audio input and output . In the graphic section we have an important leap in the same Maxwell GPU with 256 CUDA Cores manufactured at 28nm that far exceeds all its rivals yet.

CPU

The new NVIDIA Tegra X1+ Quad Core SoC has four 4x Cortex-A57 + 4x Cortex-A53 cores, it is capable of reaching 2 GHz and the manufacturing process is only 20nm which maintains a good level in terms of consumption / thermal.

  • The system on NVIDIA Shield TV only supports ABI armeabi-v7a which limits us to install applications in 32bit.
  • The system in NVIDIA Shield TV Pro supports ABI armeabi-v8a allowing us to install applications in 64bit.

GPU

For the graphic section there is a Maxwell GPU with 256 CUDA Cores with a maximum speed of 1.2Mhz, has support for OpenGL ES 4.5, Directx 12 and Vulkan, this GPU is made in 28nm unlike the CPU cores that remain in 20nm. With this GPU we can play powerful titles like PUBG in high settings and any other powerful Android game at the highest level.

VPU

In this SoC we find the Advanced Video Engine Gen10 for decoding that supports h.265 and VP9 codecs, compatible with HDR Dolby Vision, Advanced HDR10, HDR10 +, HLG, PRIME HDR formats and support for REC709 / BT2020 profiles. This system allows us to take video up to UHD 4K@60fps resolutions without problems thanks to its HDMI 2.0b video output.

Android system

The system found in the NVIDIA Shield TV 2019 is based on Android 9 Pie (API 28), the kernel that controls the system is the kernel 4.9.140, a fairly modern version and as always a system updated to the latest in patches of security by NVIDIA. As we have said before due to API limitations, we can only install 32bit Android apps on the NVIDIA Shield TV model on the PRO model, we can install 64bit apps.

PERFORMANCE TEST

We perform several performance tests with the NVIDIA Tegra X1+ SoC’s, we make a VS against Soch Rockchip RK3328, Mediatek MT8695, Realtek RTD1296, Amlogic S922X, S912, S905X2, S905X3 and the Allwinner H6.

Antutu

Possibly the best known test (we use version 6 for compatibility), with this test we get an idea of the overall performance of the device and can buy it with others. This test is greatly influenced by internal storage and other general performance values, as we can see in the results are somewhat better than the 2017 model.

Geekbench

A test that gives us some very interesting values of the raw power testing of the CPU in mono core and multi core in addition to GPU computing. As we see in the results in general they are somewhat inferior to the previous model.

3DMark

The graphical performance test par excellence with a fairly solid continuity in terms of results which helps us when comparing GPU performance historically. As we see the Maxwell GPU with 256 CUDA Cores maintains the same level as in the previous model with improvement in the most demanding test.

PCMark

This test gives us an idea of the performance level for desktop applications of this hardware performing tasks such as video editing, managing text or audio files, something that is increasingly used in Android. The results are quite good, it is above the 2017 model possibly because of its improvement in the LPDDR4X RAM.

VPU and Sound

We passed a series of performance tests at the level of video playback on the NVIDIA Tegra X1+ to check the formats supported by the integrated Advanced Video Engine Gen10 VPU. As we can see the results are very good both in h.265 and in VP9 P2 in 10bit color formats and with HDR. We are surprised that if in KODI the VP9 P2 files are not reproduced correctly but fine in YouTube, in any case something minority in local formats.

  • Image quality: Good colors and processing.
  • HDR compatibility: Dolby Vision, Advanced HDR10, HDR10 +, HLG, PRIME HDR and support for REC709 / BT2020 profiles.
  • HDMI-CEC: OK
  • Auto framerate: OK.
  • Sound: In this firmware we have supports up to DD TRUE-HD y DTS ATMOS 7.1.
FormatsResult
VC1 / 1080p / 8bitOK
h.264 / 1080i / 8bitOK
h.264 / 1080p /  8bitOK
h.264 / 4K / 8bitOK
h.264 / 1080p / 10bit (anime)OK (SW)*
h.265 / 1080p / 8bitOK
h.265 / 1080p / 10bit (anime)OK
h.265 / 4K / 8bitOK
h.265 / 4K / 10bit HDROK
VP9 P1 / 4K / 8bitOK
VP9 P2 / 4K / 10bit HDROK in Youtube / Frameskip in KODI (SW)*
VP9 P2 / 8K / 10bit HDRNo compatible
YoutubeMax. 4K@60fps
Max. Bitrate100 Mbps = 12,5 MB/s
  • SW = does not have hardware acceleration and may have have some frameskip in very heavy files.

CONCLUSIONS

As we can see in our comparison, the new NVIDIA Tegra X1+ SoC is only a minimal improvement over the previous Tegra X1, as the tests reflect we only have a small increase in power, something that makes it clear that the manufacturing process is still 20nm and not It has jumped at 16nm as it has been done on Nintendo Switch. At the level of graphic power this model is still in the top and allows us to play in maximum detail to any title, in this aspect NVIDIA remains without rival.

The new NVIDIA Tegra X1+ SoC gives us that if support for Dolby Vision and Dolby Atmos, an AI scaling has also been integrated for formats with resolution lower than 4K. In the new compact NVIDIA Shield TV model that we will see in detail in one of our reviews we were surprised to support only 32bit apps, something somewhat disappointing. This new Tegra X1+ SoC remains as a minor change compared to its previous versions although there is an improvement in certain scenarios. Little by little it is losing margin with respect to its rivals and soon its Cortex-A5x and 20nm cores will be widely exceeded, in the GPU power section it still has no rival.

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