Comparing: Hitachi HTS543232A7A384 vs SK hynix H9TQ27ADFTMC
In this comparison, we analyze two Disks: Hitachi HTS543232A7A384 and SK hynix H9TQ27ADFTMC, using synthetic benchmark tests to evaluate their overall performance. This side-by-side comparison helps users understand which hardware delivers better value, speed, and efficiency based on standardized testing. Whether you're building a new system or upgrading an existing one, this benchmark-driven evaluation offers valuable insights to guide your decision.

Hitachi HTS543232A7A384
Type: | Disks |
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Model: | Hitachi HTS543232A7A384 |
Capacity: | 320GB |
Interface: | SATA-II 3Gbps |

SK hynix H9TQ27ADFTMC
Type: | Disks |
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Model: | SK hynix H9TQ27ADFTMC |
Capacity: | 32GB |
Interface: | eMMC |
Specification Comparison Table
This specification comparison presents technical details of several devices or components to help you understand the key differences between each option. Use this table as a reference to determine which device best suits your needs.
Specification | Hitachi HTS543232A7A384 | SK hynix H9TQ27ADFTMC |
---|---|---|
Brand | Hitachi | SK hynix |
Format | HDD 2.5 | eMMC 5.1 |
Capacity | 320GB | 32GB |
Interface | SATA-II 3Gbps | eMMC |
Submission Comparison Table
This submission comparison table displays the number and details of benchmark data submissions from various devices or components. This information helps you understand the performance based on the benchmarks that have been tested, as well as providing an overview of the consistency and popularity of the available benchmark results.
Submission Comparison Chart
This chart visualizes the benchmark scores comparison between two hardware devices based on submitted data.
Media Gallery
A collection of photos of tested hardware. These images can help you identify the physical form, model, and variant of the hardware in question. These photos are from our own documentation, and if they are not available we may not be able to document them.
About Hardware Hitachi HTS543232A7A384
The Hitachi HTS543232A7A384 is a 2.5-inch hard disk with a 320GB capacity, designed for laptops and portable storage devices. It uses a 3Gbps SATA II interface and has a rotation speed of 5400 RPM, making it a more power-efficient option than 7200 RPM HDDs. This speed is ideal for light everyday use, where power efficiency and stability take precedence over high performance.
With 8MB of buffer cache, the drive is reliable enough to handle document storage, multimedia files such as music and videos, and light applications. While its data transfer speeds are not as fast as modern SSDs, the HTS543232A7A384 remains a solid choice for users looking for low-cost, high-capacity storage, especially in previous generation laptops or external enclosures.
The main test was conducted using a SAMSUNG 300E4Z laptop equipped with Intel Celeron B815, 4GB DDR3 Dual Channel RAM (2x2GB), and running Windows 7 64-bit operating system. The results obtained reflect real performance in an entry-level computing environment.
In addition, the HDD was also tested using the cross-platform method by utilizing a USB 3.0 enclosure connected to a Lenovo IdeaPad Slim 3i 14ITL6 (Intel Core i5-1135G7, Windows 11) via a USB 3.1 Gen 1 port. This test showed that the hard disk remains compatible and works well on modern devices via an external connection, although performance is limited by the speed of the internal drive.
With its reliable design and broad compatibility, the Hitachi HTS543232A7A384 is still relevant as a backup storage solution or external storage medium for users who need a sizable storage capacity without having to spend a lot.
Tested on:
Device: SAMSUNG 300E4Z
CPU: Intel Celeron B815
RAM: 4GB DDR3 Dual Channel (2x2GB)
OS: Windows 7
* Special Cross Platform Disk Test using IdeaPad Slim 3i 14ITL6 Laptop (i5-1135G7, Win11, USB 3.1 Gen 1) and using USB 3.0 Harddisk Enclosure
Tuesday, 22 November 2022 02:54:03 | Update: 1 month ago
About Hardware SK hynix H9TQ27ADFTMC
SK hynix H9TQ27ADFTMC is an eMMC (embedded MultiMediaCard) based storage chip designed for mobile devices and embedded systems. With NAND Flash technology, it offers an efficient and power-efficient internal storage solution for devices with light to medium computing needs. It has become a common choice in entry-level smartphones, tablets, and Internet of Things (IoT) devices, thanks to its combination of sufficient capacity, high endurance, and long-term stable performance.
As an internal chip, the H9TQ27ADFTMC comes in a small yet reliable package, combining the controller and flash memory in a single unit for easy integration in consumer devices. One of the main advantages of eMMC storage like this is low power consumption and better data access latency compared to traditional SD card-based storage.
The test was conducted on an OPPO A5s device, a smartphone with a MediaTek Helio P35 (MT6765) processor, 3GB of RAM, and 32GB of internal storage. The operating system used was Android 8 with the ColorOS 5.2 interface. The test was conducted after the device had been in use for more than four years, so performance results may have decreased due to NAND Flash degradation over time.
In testing using the Cross Platform Disk Test (Mobile), the read speed of 114.31 MB/s and write speed of 13.07 MB/s were obtained. These results show that despite its age, the eMMC's read performance is still quite good for activities such as opening applications, loading the system, and streaming light content.
As a first-in-class internal storage solution, the SK hynix H9TQ27ADFTMC is suitable for devices that require fixed (non-removable) internal storage capacity with high efficiency, low cost, and sufficient endurance for daily use. Although its write speed is not as fast as more modern UFS technology, eMMC remains a popular choice due to its stability and ease of integration in many low- to mid-end devices.
Device: OPPO A5s
CPU: MediaTek MT6765 Helio P35
RAM: 3GB
Storage: 32GB
OS: Android 8, ColorOS 5.2
* The test was conducted after the device was approximately 4 years old, perhaps the performance has decreased
Sunday, 08 September 2019 11:02:46 | Update: 1 month ago