Internal storage refers to the permanent memory of a device, whether it is a computer or a cell phone. Its main function is to preserve the operating system, installed applications, and the user's personal files. This type of memory ensures that all media, documents, and software remain saved and protected even after the device is turned off.
Technologically, storage works by recording information on integrated circuits or magnetic disks, which allows the system to locate and read data efficiently. This agility contributes to the fast loading of daily tools and maintains the stable operation of the equipment.
Historically, memories have transitioned from traditional HDDs, which prioritized large capacity at a lower cost, to much faster chip-based solutions. Currently, SSD and NVMe units are prominent due to their remarkable data reading and writing speeds.
Conceptually, internal storage serves as the digital foundation of the device, providing the necessary space to run the operating system and keep applications updated, which ensures stability and speed. Furthermore, it stores personal data, such as photos, documents, and offline media. By managing data writing and cache files, this memory helps prevent crashes and makes daily use smoother.
There are several physical memories used in modern devices. The HDD (Hard Disk Drive) is an old mechanical model that uses rotating magnetic disks, making it an economical option for large volumes, but it is slower and susceptible to physical damage. The SSD (Solid-State Drive) employs memory chips without moving parts, resulting in faster boot times, greater durability against drops, and silent operation.
An evolution of SSDs is the NVMe SSD, which connects directly to the high-speed lanes of the motherboard, providing maximum speed for games and complex programs. Other types include eMMC, a simple soldered chip common in entry-level devices because it is economical, despite having moderate transfer rates. UFS is a flash memory standard used in mid-range and high-end smartphones, offering very high transfer rates for immediate application opening. Finally, internal ROM is a fixed memory that contains only basic startup instructions, being completely protected and inaccessible for storing user files.
Internal storage operates at the hardware level, converting and saving photos, applications, and systems into binary code through electronic circuits. While older devices used HDDs with disk recording, current devices use flash memory, which retains electrical charges in tiny cells to store data. An integrated controller organizes this content into logical blocks, indicating to the operating system where to retrieve or save each file, ensuring near-instant access.
It is important to differentiate storage from RAM: while RAM manages momentary tasks, storage preserves information long-term. The system also runs automatic cleaning routines to prevent performance degradation over time. The speed at which the device starts up or loads files depends on the synergy between the chip speed and the controller's efficiency.
Capacity ranges vary according to usage. From 32 GB to 64 GB, we find entry-level options for light use on cell phones and tablets. The range of 128 GB to 256 GB is considered the ideal point for most users, allowing them to install many games and photos. For advanced users and content creators, there are options from 512 GB to 1 TB, suitable for 4K videos. High-performance standards, such as 2 TB or more, are intended for workstations and advanced PCs.
Yes, when storage is saturated, performance drops because the system cannot create temporary files or manage the cache properly. This lack of space results in slowness and failures in data processing and application updates. Experts advise always keeping between 10% and 15% free space to allow cleaning algorithms to work correctly and maintain device agility.
The possibility of increasing storage depends on the device. In smartphones, the physical memory is usually soldered onto the motherboard, although some models still accept microSD cards. In computers and laptops, the hardware is usually modular, facilitating replacement with larger SSDs or HDDs.
Regarding formatting, it is possible, but the method differs. On PCs, cleaning can be done through the disk manager or during a clean system reinstallation. On cell phones, the procedure is factory reset, as the structure is locked to protect vital data, erasing the entire user partition.
Partitioning the physical memory is also feasible, but with restrictions. On PCs, the disk manager allows separating the operating system from personal files. On cell phones, partitions are locked from the factory, and changing these divisions requires advanced firmware modifications, which carries a high risk of permanent device damage.
Internal storage is the physical memory integrated into the motherboard, essential for running the operating system and quickly loading apps, serving as the fixed base for all data. In contrast, external storage, such as USB drives or external HDDs, is a removable device, ideal for backups and transferring large files.
Finally, the distinction between storage memory and RAM memory lies in its temporal function. Storage memory is permanent, keeping data long-term even without power. RAM memory, being volatile, acts as a temporary workspace, containing only the data and applications currently in use, and is erased when the system is shut down.
For those who need a laptop for both remote work and studies, having appropriate equipment makes a big difference. Models equipped with good processors and a generous amount of RAM can better manage multiple activities, allowing for internet browsing and software use without slowing down.
Olhar Digital conducted a detailed evaluation of an Asus model that incorporates an Intel processor and 16 GB of RAM. The specifications include a 15.6-inch screen with Full HD resolution (1920x1080) and a TN panel with anti-glare coating. It is equipped with an Intel Core i5-1334U processor and integrated Intel Iris Xe graphics.
In terms of memory, the laptop features 16 GB of RAM and storage options in 512 GB or 1 TB SSD. The battery has a capacity of 42 Wh and uses a 45 W charger. Available connectors are: one USB-C (data only), two USB 3.2, one USB 2.0, one HDMI port, a combined headphone/microphone jack, and a power supply input.
It is important to note that the Asus Vivobook 15 is not classified as a high-end laptop, which is visible in its construction. The body is made of plastic and weighs approximately 1.7 kg, a medium weight for devices with a 15-inch screen. It shows some resistance to minor shocks and features a hinge that allows up to 180-degree opening, aiding in adjusting the user's viewing angle.
The display offers good sharpness for browsing and watching videos due to the Full HD resolution. However, because it is a TN panel, there are limitations: colors and contrast may be distorted depending on the user's position, which slightly restricts the visual experience. Therefore, this model sacrifices more advanced components for a more accessible final cost.
Internally, the device uses the Intel Core i5-1334U processor. Although it belongs to an older generation of the Intel portfolio, it demonstrates good performance in daily tasks, being fully capable for basic study and work. This more economical model does not include a dedicated graphics card, relying on the integrated Intel Iris Xe chip to handle the most demanding requirements. High performance in heavy gaming or video editing, engineering, architecture, or 3D modeling software should not be expected, as it was not designed for such purposes.
One of the biggest strengths of this model is the RAM, which comes with 16 GB, which is more than enough to manage several tabs, more demanding programs, and multiple simultaneous processes. Compared to cheaper laptops that often come with only 8 GB of RAM—an amount increasingly not recommended even for common activities—the Vivobook 15 is better prepared for prolonged use.
For file storage, there are 512 GB or 1 TB SSD options. If space becomes insufficient, storage can be expanded by adding another component to the laptop or using an external HDD. The inclusion of the SSD is a significant positive point, as this component is considerably faster than traditional HDDs, allowing the operating system to start in just a few seconds.
Considering the focus on studies and work, a webcam is essential in the current era of online classes and meetings. This Vivobook has an HD camera with acceptable quality for video conferencing, although it cannot capture images with a high level of detail. The microphone includes software to reduce background noise, ensuring the user's voice is clear. A notable privacy feature is the physical shutter that allows covering the webcam lens when it is not in use.
For peripheral connection, the Vivobook 15 offers an HDMI output, three standard USB ports, and one USB-C, the latter being exclusively for file transfer, without support for connecting external monitors or charging the device. Battery life is estimated at about five hours of moderate use, considering simple office tasks, browsing, and studying. Charging is done via a conventional power source, taking approximately 50 minutes to reach more than half charge.
This laptop combines a good processor with 16 GB of RAM, capable of executing daily tasks without freezing. Furthermore, the keyboard includes a numeric keypad, and the variety of connectors facilitates connecting different peripherals.
On the other hand, the TN panel technology is not the best available, and the battery life is not ideal. Another negative aspect is that the USB-C port is only for data transfer, which would limit the device's flexibility if it could support accessories or charging through this connector.
The Vivobook 15 is recommended for users with basic to moderate needs, such as studying, web browsing, and home office that do not require complex software. It allows keeping several programs and windows open simultaneously, has a webcam adequate for video calls, and offers the possibility of storage expansion.
However, for those who need heavy tasks, such as image editing requiring color accuracy, or for gamers, this model will not be sufficient. Users in these areas should opt to connect an external monitor.
Upgrading RAM memory is recognized as an effective method to revitalize computers, whether they are desktops or notebooks. Amazon currently features a selection of DDR5 modules with an excellent cost-benefit ratio, including products from manufacturers such as Crucial and Adata.
Three specific offers were highlighted. A 16 GB Crucial module with a frequency of 4800 MHz and CL40 latency is recommended for notebooks. This component provides a notable performance boost in portable devices that support the DDR5 standard. Furthermore, the latest memory standard ensures greater energy efficiency compared to DDR4, helping to optimize battery life in mobile devices. It is considered a robust solution for users who multitask or seek greater agility in their daily lives.
For desktops, Adata offers an 8 GB DDR5 module with a frequency of 5600 MHz and CL46. This memory positions itself above entry-level models of the new generation due to its high speed. Although it only has 8 GB, it is a viable alternative for those wishing to enter the DDR5 ecosystem while maintaining a good level of performance, being compatible with top-tier Intel and AMD processors.
Additionally, there is a Crucial SODIMM module aimed at notebooks. It has confirmed compatibility with 13th generation Intel Core and AMD Ryzen 6000 processors. With 8 GB operating at 5600 MHz, it ensures stable performance for both professional and academic purposes, representing a safe choice from a brand established in the memory sector.
It is important to note that the stock for these promotions may be quickly depleted, given that quality DDR5 memories have high demand on Amazon. If any of these models meet your needs, it is recommended to secure the purchase as soon as possible to take advantage of the opportunity.
