moto g14 Butter Cream and Pale Lilac Vegan Leather back variants launched in India

motorola launched the moto g14 in India earlier this month in Sky Blue and Steel Grey colours with an acrylic back with a matte finish. At that time, the company said that it will launch the Pale Lilac and Butter Cream Vegan Leather back version soon. Continue reading “moto g14 Butter Cream and Pale Lilac Vegan Leather back variants launched in India”

moto g14 Review: Capable budget-friendly phone

motorola launched the moto g14 as the successor to last year’s g13 in India a few days back. This has several upgrades, such as a FHD+ screen, a slightly faster SoC, faster charger, and lots more. Is this the best budget phone under Rs. 10,000? Let us dive into the review to find out. Continue reading “moto g14 Review: Capable budget-friendly phone”

moto g14 with 6.5″ FHD+ display, Unisoc T616 SoC, 50MP camera, 5000mAh battery launched in India for Rs. 9999

motorola just launched the moto g14, the company’s latest budget g series smartphone in India, as it had promised. It packs a 6.5-inch FHD+ screen, is powered by Unisoc T616 SoC with 4GB RAM and 128GB storage, compared to Helio G85 in the moto g13. Continue reading “moto g14 with 6.5″ FHD+ display, Unisoc T616 SoC, 50MP camera, 5000mAh battery launched in India for Rs. 9999”

moto g14 with 6.5″ FHD+ display, 50MP camera, 5000mAh battery launching in India on August 1

After rumours and teasers, motorola has confirmed the launch of moto g14, the company’s next budget g series phone in India on August 1st. It has also revealed the specifications and design of the phone. Continue reading “moto g14 with 6.5″ FHD+ display, 50MP camera, 5000mAh battery launching in India on August 1”

moto g14 with 50MP camera, 5000mAh battery surfaces

motorola introduced the moto g13, a budget 4G smartphone, earlier this year, and it was also launched in India soon after the announcement. Now the moto g14, its successor with the model number XT2341. Continue reading “moto g14 with 50MP camera, 5000mAh battery surfaces”