Redmi K30 Vs Redmi Note 8 Pro Smartphone Comparison And Sale
What is the difference between Xiaomi Redmi K30 vs Redmi Note 8 Pro smartphones? This tricky question frequently arises within the mind when it involves choosing the prosperous one. Today, we’ll compare these two fully-fledged Xiaomi handsets to uncover basic to advanced differences among them. Hopefully, it’ll allow you to build an informed purchasing decision within the final execution. So, let’s start.
Xiaomi may be a world-recognized brand, which is afoot to serve its clients with quality-rich electronic products globally. Smartphones are the prime potential for the brand, and it also keeps on updating its portfolio day-by-day. Correspondingly, we got an opportunity to look at and compare two Xiaomi handsets, launched recently, to clarify similarities and anti-points among them.
Back in August 2019, the Chinese brand launched the Redmi Note 8 Pro smartphone with many amusing features on the table. it’s the 4G Android device, packing the MediaTek Helio processor and multiple storage variants also. the first prospect is that the 64 MP shooter within the quad-cam system on the rear side. The 6.53-inch display adds further shrillness with corning gorilla glass 5 and 500 nits of brightness.
On the other side, the Xiaomi Redmi K30 is the newest entry within the market in 4G and 5G variants. the corporation launched the handset in China on December 10 last year to compete with the likes of Realme X2 etc. in terms of specs-sheet. The markets like India are still expecting the 5G variants, whereas China and Europe have already grabbed both editions.
Therefore, the stage is about for the 2 well-enriched Xiaomi devices, and, we’ll go side-by-side the Redmi Note 8 Pro vs Redmi K30 under the next headings. Let’s leave the comparative study to seek out more.
In terms of physical appearance, both devices are thoroughly different, except the slim, ergonomic and glossy finish in common. Sharing the physical dimensions and weight pretty closely, the Xiaomi Redmi K30 and Redmi Note 8 Pro offer a smooth and easy-to-carry approach to users.
The Redmi K30 5G phone executes the aluminum alloy stature and utilizes the corning gorilla glass 5 coatings on each side. Further, the handset looks glossy and exquisite with superfine craftsmanship overall. The front side hosts a 6.67” wide touch panel with ultra-narrow bezels around. The pill-shaped punch-hole dual-cam system adds more charm to its personality.
On the backplate, the 5G handset boasts the quad-camera module vertically within the middle of circular design. Physical dimensions, weight, and color selections are 165.3×76.6×8.8 mm, 208g, and Red, Blue, purple and white, respectively.
The contender (Xiaomi Redmi Note 8 Pro) also brings a nice-looking physique made from a plastic frame with an equivalent protection coating on each side. But it holds the 6.53” touch surface with ultra-narrow bezels and waterdrop notch style on the front. The backside of the slim device also looks equivalent to its competitor but missing the circular design within the background of the vertical camera module. Additionally, it gets the fingerprint scanner underneath the cameras, unlike the 5G handset.
It comes within the White, Blue, Red, Black, Deep Sea Blue, Electric Blue, and Midnight Blue colors. The physical dimensions and weight read 161.4×76.4×8.8 mm and 200g, respectively.
Operating System and Processor
The respective departments, too, follow the adverse policies to run different software programs and chipsets. The Xiaomi Redmi Note 8 Pro phone installs the bit older Android 9.0 Pie OS with the MIUI 10 skin on top. Whereas, the Xiaomi Redmi K30 carries the newest Android 10.0 besides the recently-launched MIUI 11 skin for the impeccable interface.
In terms of the chipset drivers, the recent launch (5G) configures the Qualcomm SD765G with 7nm process technology and octa-core system. Moreover, the gaming-centric chip further adjoins the Adreno 620 GPU unit for performance enhancement.
On the reverse, the Redmi Note 8 Pro runs the MediaTek Helio G90T octa-core processor with 12nm processing technology. it’s also a perfect platform for gamers with the MALI-G76 MC4 GPU circuit.
Well, the Xiaomi Redmi K30 and Redmi Note 8 Pro smartphones equip a 6.67” and 6.53” IPS touch panels, respectively. Both accompany the ultra-narrow bezels around but with a small difference in terms of the selfie camera placement.
As per the screen resolution, it’s 2340x1080p in 4G device and 2400x1080p in 5G variant. The 395 PPI pixels density is common in both.
The Redmi K30 applies the pill-shaped punch-hole selfie camera design as compared to the waterdrop notch on the competitor’s side. Furthermore, you’ll also get an equivalent Corning Gorilla Glass 5 safety layer on both devices.
When it involves comparing the photography wings of the duo, we get an equivalent mechanism on each side except a touch addition within the new handset.
Both competitors provide 4-camera system on the backside, comprising an equivalent (64MP + 8MP + 2MP + 2MP) megapixel sensors.
But the front side of the Xiaomi Redmi K30 offers a further (2MP) shooter besides the 20MP lens on both. The 5G device brings dual-LED flash against the only LED flash on the 4G device.
The storage circuit also shares an equivalent space capacity variants in both cases. Users are liberal to choose between the 6GB/64GB, 6GB/128GB, 8GB/128GB, and 8GB/256GB storage variations in both the Xiaomi Redmi K30 and Xiaomi Redmi Note 8 Pro devices.
Redmi K30 Vs Redmi Note 8 Pro Battery
Here is another common segment between the 2 Xiaomi smartphones. In both cases, you’ll get a 4500 mAh Li-Po battery, but with separate charging options.
The 4G device features 18W, whereas the 5G device has 30W Fast Charging technology.
Apart from these features, both the Xiaomi Redmi Note 8 Pro vs Redmi K30 phones also shares various other technology commonly.
Users will get Bluetooth 5.0 (5.1 with aptX in 5G device), WIFI, NFC, Infrared, Radio, GPS, GLONASS, Type-C port, fingerprint scanner (side-mounted within the 5G phone), external SD card (256 GB) support, and much of other inbuilt specifications.