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Today it may be Apple’s event, but chipset maker MediaTek is also kicking off its executive summit, where it revealed three new chipsets: two for upcoming Chromebooks and one for phones. Low-end Android. Their names vary when it comes to marketing, but they’ll all end up in products you’ll see over the next couple of years.
Dimensity 700
The first is the new smartphone chip, the Dimensity 700. It contains a future 5G modem and supports 5G carrier aggregation and dual SIM dual standby. However, there is no mention of mmWave support – not that it really matters, as the hardware required to pair with high-frequency technology tends to inflate phone prices (this at which budget devices would be even more sensitive), and mmWave isn’t really useful. It supports autonomous and non-autonomous 5G networks with operator aggregation.
In addition to that extra but highly marketable G, the chipset supports FHD + 90Hz displays for a smoother experience and sensors up to 64 MP for the main camera, with all kinds of hardware benefits such as Support AI camera mode and multi-image noise reduction.
In purely technical terms, the chipset has two large A76 cores up to 2.2 GHz, plus six smaller A55 cores, much like the digitally superior Dimensity 720, paired with an ARM Mali G57 GPU built on top of the 7nm node of TSMC – nothing too powerful. However, this chipset is not targeting the flagship market, and MediaTek is hoping it can make a dent in the 5G update for “mainstream” smartphones, to put it mildly for entry-level handsets.
Availability begins in Q1 2021, and product prices are expected to be around $ 250 and below, at least in China.
MT8195
MediaTek’s Chromebook targeting chipsets don’t get any big marketable names, but they’re in some of our favorite devices, like the recent Lenovo Duet, and the new MT8195 looks like a significant step up. The new chipset targets “premium” products for a high-end experience.
Inside, it features four A78 cores paired with four smaller A55 cores and a Mali G57 GPU, all on TSMC’s new 6nm node. This GPU can also handle up to three simultaneous displays, if you want to plug your Chromebook into an external monitor (or two). It features MediaTek’s “APU 3.0” AI processing unit for all kinds of potential heterogeneous compute use cases, such as speech recognition, image processing, or whatever developers use the SDK for.
MediaTek didn’t give us any funny graphics for the Chromebook ads, so here’s a technical-looking photo of the Lenovo Duet.
There is hardware support for Dolby Vision / 4K HDR and AV1 decoding, as well as PCI-Express Gen 3 and USB 3.2 Gen 1 for peripherals. It also supports some wild camera setups, such as up to 80MP 4-cell cameras or single 32MP shooters, although we likely won’t see this pushed to its limits in Chromebooks.
For this purpose, the MT8195 is not only for Chromebooks. While MediaTek is silent on specific hardware partners, the “premium” chipset will also land in smart displays, tablets and “other smart devices” sometime after Q2 2021.
MT8192
The MT8192 might only have a three-digit gap between itself and its big brother, but that’s a noticeable drop in spec, with four A76 cores mated to its A55s – it’s a ‘mainstream’ chip. Targeting a slightly smaller market. It also makes do with the slightly older “APU 2.0” for SDK based AI applications.
Full Disclosure: MediaTek sent me a hat too. It’s pretty cool.
MediaTek is a bit uneven in the details it provides us, but we know this low-end chip supports UFS 2.1 and WQHD 60Hz displays or FHD + displays at 120Hz, with simultaneous support for two displays. FHD and the same PCI-E Gen2 and USB 3.2 Gen 1 support the larger chipset. (Presumably, more technical details for both chips will be available at today’s event.)
MT8192 will begin appearing in Chromebooks as early as Q2 2021.
New “ Premium platform ”
While we have almost no details on this, MediaTek is planning another high-end chipset as well. He dropped the details in the middle of today’s event in an almost Apple-like “one last thing”, so we don’t have a name, and we only have a few specs:
The new chip may have the Dimensity mark and exist somewhere above the current 1000 range, but that’s all we know.
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