Apple’s Rejected Chips Uncovered: A Deep Dive into Discount Chinese SSDs

Nobody knows what happens to PC parts that never make it to market, but recent findings by a Chinese video streamer provide a clue about where rejected flash chips might end up. This discovery suggests that Apple may be offloading its rejected chips to the bargain bin in China. In this article, we delve into the details of this revelation and assess its implications.

The Discovery by a Chinese Video Streamer

Recently, a Chinese video streamer dismantled a cheap SSD and made a startling discovery. Upon examining the internals, the streamer found NAND flash chips that appeared to be originally intended for Apple products. This finding suggests that Apple may be disposing of its rejected chips in the Chinese market.

Details about the SSD and Its Brand

The SSD in question is branded ShineDisk and is priced at just $13. While it is an affordable option, the streamer’s discovery raises questions about the quality and origin of the components used in this inexpensive SSD.

Identification of the Flash Chips

Upon closer analysis, the streamer identified the NAND chips as allegedly manufactured by SK Hynix for Apple products. These chips are known as SK Hynix’s E2NAND, which are commonly used in Apple products and can be found on some Chinese e-commerce platforms.

Assessment of Chip Quality and Origin

According to the YouTuber, the flash chips found within the SSD appear to exhibit the quality expected from Apple. This suggests that the chips were designed for Apple rather than being discarded components. However, it is also plausible that these chips could have originated from rejected devices.

Connection to Apple Products

Considering that Apple used 128GB as the baseline storage for its MacBook Air notebooks, one possibility is that these chips were intended for those devices. However, it is important to note that this is speculative, and further investigation is necessary to validate this claim.

Apple’s Denial and Stance on Allegations

Given the potential reputational impact, it is unlikely that Apple would openly admit to offloading rejected chips to unsuspecting buyers in China. However, an email has been sent to [email protected] requesting a response to these allegations. This article will be updated once a response is received.

The recent discovery by a Chinese video streamer sheds light on the potential destination for rejected flash chips, hinting that Apple may be selling its rejected chips in the Chinese market through the bargain bin. While the authenticity and origin of these chips should be further investigated, this revelation raises questions about how major tech companies handle their rejected components and the potential impact on consumers. As we await further developments, we will continue to seek Apple’s response, providing an update on the situation.

Explore more

How Click-Time Detection Solves Email Security Failures

As a veteran IT professional with deep roots in artificial intelligence, machine learning, and the evolving landscape of blockchain technology, Dominic Jainy has spent years dissecting the structural vulnerabilities of the digital enterprise. His work focuses on the intersection of infrastructure and intent, specifically how emerging technologies can be weaponized or, conversely, harnessed to provide more robust defenses. In this

North Korean UNK_DeadDrop Campaign Targets Tech Developers

The global cybersecurity landscape in 2026 has been fundamentally altered by the emergence of the UNK_DeadDrop campaign, a sophisticated offensive operation that bypasses traditional perimeter defenses by targeting the very individuals responsible for building and maintaining modern digital infrastructure. This state-sponsored initiative from North Korea demonstrates a chilling level of technical focus by embedding malicious intent directly into the standard

Trend Analysis: DDR5 Memory Pricing Outlook

The era of affordable system memory has faced a sudden and drastic reversal, leaving PC builders and enterprise architects grappling with a volatile market that shows few signs of immediate relief. As the backbone of modern computing, DDR5 pricing now dictates the accessibility of next-generation platforms and the overall cost of digital infrastructure. This analysis examines the factors driving current

Can the Zeus GPU Solve the Precision Gap Left by Nvidia?

The modern semiconductor industry is currently navigating a silent trade-off where massive gains in artificial intelligence come at the expense of traditional mathematical accuracy. While the world celebrates the speed of neural networks, a growing number of engineers and data scientists are finding that the hardware in their workstations no longer speaks the language of absolute precision. The race to

AMD Boosts RX 7000 Performance With FSR 4.1 AI Update

The satisfying click of a high-end graphics card seating into a motherboard remains a rite of passage for many enthusiasts, but that physical milestone is rapidly losing its status as the only way to achieve a significant performance leap. In the current era of hardware development, the most profound changes to a gaming experience no longer arrive exclusively in cardboard