Xiaomi has expanded its Redmi E-book 14 2025 lineup by introducing two new “Renewed Version” fashions, now out there by way of Xiaomi’s official retailer, its Youpin platform, and retailers like JD.com. Regardless of carrying a 2025 label, these laptops are geared up with outdated Intel processors from the twelfth and thirteenth Gen Core sequence, which had been already thought of behind the curve when earlier Redmi E-book 14 variants launched in 2023.
The Redmi E-book 14 2025 Renewed Version provides two processor selections: the Intel Core i5-12450H or the Intel Core i5-13420H. Each configurations come customary with 16 GB of RAM and 512 GB of storage. Benchmark comparisons reveal minimal efficiency variations between the 2 CPUs, although each path fashionable Intel H-series chips, such because the Core Extremely 5 225H, by roughly 20% to 25% in processing energy.
Pricing for the up to date fashions begins at CNY 2,999 (roughly $417) for the Core i5-12450H model and rises to CNY 3,298 (round $459) for the Core i5-13420H variant. Whereas the inner processors will not be cutting-edge, the laptops retain a number of premium {hardware} options from earlier Redmi E-book 14 editions. These embrace a 14-inch 2.8K decision show with a 120 Hz refresh fee, an IPS panel for improved viewing angles, and a 56 Wh battery.
This launch follows Xiaomi’s current enlargement of the Redmi E-book 14 vary. Earlier within the yr, the corporate launched the Redmi E-book 14 Ryzen Version 2025, powered by AMD’s Rembrandt R APUs based mostly on the Zen 3+ structure. Moreover, Xiaomi refreshed the higher-end Redmi E-book Professional 14, positioning it as an economical various to the Apple MacBook Professional 14.
The Renewed Version seems to be a cost-conscious replace fairly than a major technological leap. With its mid-range Intel processors and retained {hardware} design, it caters to customers in search of a steadiness of reasonably priced pricing, sufficient efficiency, and a high-quality show fairly than these needing cutting-edge computing energy.
