Review on 💻 ALLDOCUBE 14-inch Laptop Computer: Intel JasperLake N5100, 12GB RAM, 256GB SSD, FHD IPS Display, WiFi 6, Bluetooth 5.1, Windows 10 Home by Vishal Geske

This laptop offers excellent value for money. The material feels strong yet light. The laptop is lightweight and compact, making it easy to carry in a backpack or briefcase. Since it comes with a Full HD display, the graphics are amazing. The laptop has Bluetooth functionality and the keyboard is comfortable to type on. The laptop also has an auto-sleep function to save power after a long period of inactivity. This is one of my favorite laptops because it's compact and thin and easily fits in my backpack. It also uses less power and can be charged via USB-C. Given the specs, the laptop more or less lives up to my expectations. The sound quality was outstanding; built-in speakers are minimal, but with an ultra-thin laptop, physics come into play when you understand how speakers work. I don't use the built-in speakers on any of my laptops, but the quality of the built-in speaker is impressive. In terms of performance, everything works great. Speed, screen quality, and refresh rate, but performance is solid and everything runs pretty smoothly. I run many tabs and applications at the same time without slowing down my computer too much. For its size and resolution, the screen looks decent and is crisp. The colors are as vivid as possible. This 14-inch laptop is powered by an 11th generation Intel Celeron Japerlake N5100 quad-core processor clocked at up to 2.8 GHz. Compared to the Gemini Lake chipset, CPU performance has increased by 35% and GPU performance by 78%. With 12 GB of RAM, you can run many applications and surf the Internet fluently. TF card up to 128GB, 256GB removable and expandable SSD, up to 1TB. It features a 14-inch Full HD IPS display with 1920 x 1080 resolution and 1080P video playback capability. You can enjoy the perfect picture with bright, vivid and natural colors from every angle. This laptop's borderless backlit keyboard makes it easy for you to use in low-light environments such as dormitories, study rooms, or bedrooms, and is especially helpful for students when the school dorm lights go out. This laptop weighs only 2.2 pounds. This is a 14-inch laptop with a 10,000 mAh battery that can play movies for up to 5 hours on maximum brightness and up to 7 hours on standard brightness. It also supports fast charging, which only takes 3 hours to fully charge. All in all, this is a pretty impressive laptop for its size and price. It works way better than I expected. It's thin and light. It is portable and very convenient to carry. It is a well designed, high quality laptop and I would recommend it. CPU: Intel Celeron Jasper Lake N5100 Quad Core 1.1-2.8GHz. GPU: Intel UHD Graphics 350-800MHz. Memory: 12GB LPDDR4. Expand storage to 1TB - LCD display: 14 inch, 1920 x 1080 - Camera: Front 1.0 MP - Battery: 10000 mAh - Body: Metal body A,D, Plastic body B,C - Microphone: Dual microphone - Speakers: Dual speakers, box, 8 ohms/1 W - Wi-Fi: Wi-Fi 6, IEEE 802.11 ax/b/g/n - Bluetooth: Bluetooth 5.1 - Keyboard: US QWERTZ keyboard - Dimensions: 323 x 207 x 17 mm - Weight: 2.2 lbs - Operating system: Windows 10 Home Intel Jasper Lake N5100 N5100 uses 1.5 MB L2 cache and 4 MB L3 cache. The chip is made by 10 nm Intel WIFI 6CPU process architecture. The processor architecture is called Tremont and has been completely redesigned compared to the old Golmont Plus cores in the predecessor. According to Intel, single-threaded core performance can be improved by an average of 30% (10-80% in all SPECint and SPECfp tests). 350 to 800 MHz UHD graphics GPU and dual channel LPDDR4(x) memory controller (up to 16 GB and 2933 MHz). The chip now also partially integrates Wi-Fi 6 (Gig+), 8 PCIe 3.0 lanes, 14 USB 2.0/3.2 ports and two SATA 6.0 ports. The case has gotten bigger and measures 35 x 24 mm (compared to 25 x 24 mm on the N5030, for example). The SoC is soldered directly onto the mainboard (BGA) and cannot be easily replaced. Power consumption As with the predecessor, Intel states a TDP of 6W (SDP 4.8W is the TDP for the scenario). In theory, the chip can be cooled passively, but models with a fan are also possible. How is Wi-Fi 6 different? User. These changes may not drastically change how we use wireless routers or wireless networks, but instead consist of many additional improvements that add up to one significant update. The first big change is that Wi-Fi 6 offers potentially faster connection speeds. Wi-Fi means better download and upload speeds (or bandwidth) thanks to the increased bandwidth provided by Wi-Fi 6. This is becoming increasingly important as file sizes continue to increase, along with higher data requirements for high-quality video streaming and communication online games. Multiplayer with simultaneous streaming on Twitch* requires high bandwidth and a reliable and stable connection. How much faster is Wi-Fi 6? 9.6 Gbps is the maximum throughput of Wi-Fi 6 across multiple channels. Wi-Fi 5, on the other hand, offers a maximum of 3.5 Gbit/s. However, these are theoretical maximum values; In real situations, LANs may not reach this maximum speed. However, because this maximum is shared by multiple devices, Wi-Fi 6 devices can enjoy significantly faster speeds even if they aren't reaching their maximum potential. Speeds can be faster than Wi-Fi 5. Wi-Fi 6 can achieve higher data rates through a variety of methods, starting with more efficient data encoding and intelligent use of radio spectrum made possible by more powerful processors. Wi-Fi 6 can result in up to 75% less latency. It does this by handling large amounts of network traffic more efficiently. For gamers, this means faster game loading, better download speeds for game streaming, and more reliable media multitasking. Wi-Fi 6 brings wired and wireless signals closer to parity. This potentially frees more users from the limitations of a hardwired modem. Many gamers or content creators still connect directly to routers or network switches via Ethernet cables, rather than taking advantage of the flexibility that a wireless network offers. Wi-Fi 6 helps bridge the gap between wired and wireless connectivity. What Makes Wi-Fi 6 Faster? Most households today have significantly more WLAN-enabled devices than five years ago. Pretty much anything from smartphones and tablets to TVs and IoT devices like thermostats and doorbells can be connected to a WiFi router. Wi-Fi 6 communicates better with multiple devices that need data at the same time and more effectively prioritizes traffic between those devices. Orthogonal Frequency Division Multiple Access (OFDMA) is one way to achieve this. OFDMA divides channels into subcarriers and allows simultaneous transmission to multiple endpoints (devices). A Wi-Fi 6 router can broadcast different signals in the same transmission window. This results in a single transmission from the router being able to communicate with multiple devices, rather than each device waiting in line while the router transmits data across the network. Overlapping Basic Service Sets (OBSS) is another Wi-Fi 6 feature that can help reduce network congestion. On older versions of Wi-Fi, devices attempting to connect to a network used a "listen-before-speak" process, which meant they had to "listen" for noise on the channel before transmitting. If there was noise on the channel, even if it was coming from a distant network, they had to wait for the channel to clear before transmitting to avoid possible interference. OBSS allows an access point to use a "color" to uniquely identify a network. If other traffic is detected on the channel, but it doesn't match the local network color, devices can ignore it and continue transmitting. This can help improve reliability and reduce latency. Beamforming is another technology improving Wi-Fi 6 to achieve faster speeds. This futuristic-sounding data transfer method is actually relatively simple. Instead of sending data in all directions, the router determines where the device requests data and sends a more localized stream of data in that direction.