Is RX 570 Low Profile?
The claim in question is whether the RX 570 graphics card is classified as a low-profile card. This inquiry is relevant for users with compact PC builds or specific case requirements that necessitate low-profile components.
What We Know
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RX 570 Specifications: The RX 570 is a graphics card produced by AMD, based on the 14nm FinFET process technology. It features a base clock speed of 926 MHz and can boost up to 1244 MHz, with a memory bandwidth of 7 Gbps effective speed [2][6].
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Form Factor: The RX 570 is generally categorized as a dual-slot card, which means it occupies two expansion slots in a PC case [2]. This is a critical aspect when determining if it can be classified as low-profile, as low-profile cards are typically designed to fit in a single slot and have a reduced height.
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Variants: There are specific variants of the RX 570 that are designed to be low-profile, such as the SAPPHIRE PULSE Radeon RX 570 ITX model, which is explicitly marketed as a low-profile card [8]. However, the standard RX 570 models are not low-profile due to their dual-slot design.
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Market Position: The RX 570 is positioned as a mid-range graphics card, suitable for gaming and general graphics tasks, and has been well-received for its performance-to-price ratio [4].
Analysis
The classification of the RX 570 as a low-profile card depends significantly on the specific model in question. The standard RX 570 is not low-profile, as it is designed to occupy two slots, which is a common characteristic of many mid-range graphics cards. The existence of low-profile variants, such as the SAPPHIRE PULSE RX 570 ITX, indicates that while the RX 570 can be found in a low-profile form factor, it is not universally so across all models.
Source Evaluation
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TechPowerUp: This source provides detailed specifications for the RX 570 and is widely regarded as a reliable resource for hardware specifications and reviews [2]. Its focus on technical details adds credibility to its claims.
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Sapphire Technology: The information from Sapphire regarding their specific low-profile variant is credible as it comes directly from the manufacturer, which typically has the most accurate data about their products [4][8]. However, it is essential to recognize that manufacturers may have a vested interest in promoting their products.
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General Context: The distinction between standard and low-profile graphics cards is crucial for consumers, especially those with space constraints in their PC builds. The existence of low-profile variants can sometimes lead to confusion, as not all models in a series share the same form factor.
Methodological Questions
To fully assess the claim, additional information would be beneficial, such as:
- A comprehensive list of all RX 570 variants and their specifications, including form factor details.
- User reviews or feedback regarding the performance and fit of low-profile RX 570 cards in various PC cases.
- Comparisons with other graphics cards in the same category to understand market trends regarding low-profile designs.
Conclusion
Verdict: Mostly False
The claim that the RX 570 is a low-profile graphics card is mostly false. The standard RX 570 models are dual-slot cards, which do not fit the low-profile classification. However, there are specific low-profile variants, such as the SAPPHIRE PULSE RX 570 ITX, that are designed to meet the requirements of compact builds. This distinction is crucial, as it highlights that while low-profile options exist within the RX 570 lineup, they are not representative of the entire series.
It is important to note that the existence of low-profile variants can lead to confusion among consumers. The evidence indicates that the standard RX 570 is not low-profile, but the availability of specific models that are does introduce some complexity to the claim.
Additionally, the available evidence is limited to the specifications and marketing of certain models, and further research could provide a more comprehensive understanding of the RX 570 variants. Readers are encouraged to critically evaluate information and consider the specific model when assessing claims related to graphics card form factors.
