SanDisk, Kioxia unveil AI-ready flash tech with 33% speed boost
SanDisk and Kioxia launched a new 2-terabit QLC 3D flash memory technology featuring a 33% speed boost to 4.8 Gbps, targeting AI storage demands. The stock trades near its 20-day SMA but remains below key intermediate moving averages. Analyst consensus remains Buy with an average target of $2,114.77.

*this image is generated using AI for illustrative purposes only.
SanDisk Corporation (NASDAQ: SNDK) and Kioxia Corporation on Wednesday unveiled a new ninth-generation, high-performance 2-terabit QLC 3D flash memory technology. The companies designed the technology to address growing storage demand from artificial intelligence and other data-intensive applications.
The new 2-terabit technology uses the companies' CMOS directly Bonded to Array, or CBA, architecture. It combines an advanced CMOS wafer with a proven memory-array platform. Compared with the previous generation, the technology offers higher read and write bandwidth and better power efficiency. Its six-plane architecture delivers a NAND interface speed of 4.8 gigabits per second, a 33% improvement.
What the Numbers Show
The technical specifications highlight a significant performance leap driven by architectural changes. The shift to a six-plane architecture is the primary driver behind the 33% increase in NAND interface speed, reaching 4.8 gigabits per second. This improvement in bandwidth is paired with enhanced power efficiency, suggesting the technology aims to optimize both speed and energy consumption for AI workloads without proportionally increasing manufacturing investment.
Market Reaction and Technicals
SanDisk shares fell about 0.5% in premarket trading on Thursday. The stock appeared to track softer sentiment in technology shares after a sharp run over the past year. Nasdaq futures slipped 0.04%, while S&P 500 futures gained 0.14%.
SanDisk shares are trading close to their 20-day simple moving average of $1,333.38. The stock is about 0.4% above that level. However, SanDisk remains 19.5% below its 50-day SMA of $1,663.20 and about 3% below its 100-day SMA of $1,380.80. That signals continued weakness in the intermediate trend.
| Technical Metric | Value |
|---|---|
| 20-day SMA | $1,333.38 |
| 50-day SMA | $1,663.20 |
| 100-day SMA | $1,380.80 |
| 200-day SMA | $889.20 |
| Relative Strength Index | 46.77 |
The relative strength index stands at 46.77. The reading is in neutral territory and suggests the stock is neither overbought nor oversold. The moving averages also paint a mixed picture. The 20-day SMA sits below the 50-day SMA, a bearish signal. However, the 50-day SMA remains above the 200-day SMA. SanDisk remains about 50.6% above its 200-day SMA of $889.20. That keeps its longer-term trend positive despite the recent pullback.
Key resistance stands at $1,446.50. Key support is at $1,325.
Analyst Outlook
The stock carries a Buy consensus rating with an average price forecast of $2,114.77. Recent analyst actions include:
- Argus Research: Upgraded SanDisk to Buy on Aug. 10.
- RBC Capital: Maintained Sector Perform and raised its price forecast to $1,300 on Aug. 6.
- Wells Fargo: Maintained Equal-Weight and lowered its price forecast to $1,400 on Aug. 6.
ETF Exposure
SanDisk has notable exposure through several exchange-traded funds:
- Invesco S&P 500 Pure Growth ETF (NYSE: RPG): 9.61%
- Global X Nasdaq 100 Covered Call ETF (NASDAQ: QYLD): 7.64%
- First Trust US Equity Opportunities ETF (NYSE: FPX): 7.37%
Large inflows or outflows from funds with significant SanDisk exposure can add to buying or selling pressure in the stock.
How might the adoption of the new CBA architecture impact SanDisk's manufacturing costs and gross margins compared to competitors using traditional bonding methods?
Given the current bearish intermediate trend signaled by moving averages, what specific catalysts would be required for SanDisk to break through the $1,446.50 resistance level?
To what extent will the 33% increase in NAND interface speed accelerate the deployment of this technology in edge AI devices versus centralized data centers?

































