Tag

Dram

All articles tagged with #dram

Micron Dips Into Bear Territory After 666% AI Memory Rally
markets11 days ago

Micron Dips Into Bear Territory After 666% AI Memory Rally

Micron Technology’s stock slid into bear market territory, down about 23% from its mid‑March peak after a blockbuster quarter and a roughly 666% surge from the April 2025 low. The pullback reflects sell‑the‑news dynamics and new concerns about AI memory demand amid TurboQuant developments and Micron’s large multiyear capex plans, which could pressure future free cash flow and raise overcapacity risk. Valuation looks modest on the forward line (about 6x) versus a trailing P/E near 17x, but momentum has deteriorated (RSI ~34) as MU traded around $328.50 when published, leaving room for either further consolidation or a potential rebound if AI‑memory demand proves durable.

Micron Stock Faces Reality Check as Top Investor Downgrades MU
markets12 days ago

Micron Stock Faces Reality Check as Top Investor Downgrades MU

Micron shares fell about 23% after a strong fiscal Q2, as Noah’s Arc Capital Management downgrades MU from Strong Buy to Hold, arguing that AI-driven DRAM demand may be priced in and the memory cycle could be peaking. Still, the broader Street remains bullish with a Strong Buy consensus and an average target around $536.55 (~50% upside), highlighting a divide between near-term sentiment and longer-term fundamentals in MU’s AI memory cycle.

Micron’s AI Demand Could Rewire the Memory Cycle
technology20 days ago

Micron’s AI Demand Could Rewire the Memory Cycle

Micron’s results show price-driven growth in DRAM and NAND driven by AI infrastructure demand, with DRAM up mid-60% and NAND up high-70% year over year, pushing gross margins toward 80% as supply remains tight; strategic 5-year contracts improve revenue visibility and AI-driven memory needs in servers, workstations, and high-memory devices expand the market beyond a traditional cycle. Despite solid fundamentals, MU trades around 7.9x FY2026 EPS and 4.8x FY2027 EPS, which the author views as a mispricing: an AI infrastructure stock rather than a pure memory cyclicality play.

technology25 days ago

Micron Expands Taiwan DRAM Footprint With Tongluo P5 Acquisition

Micron Technology completed the acquisition of Powerchip Semiconductor Manufacturing’s Tongluo P5 300mm site in Miaoli, Taiwan, and will retrofit the existing cleanroom now with a second, similarly sized facility planned to begin construction by the end of fiscal 2026; the site will augment Micron’s Taichung mega campus and bolster supply of leading-edge DRAM (including HBM) to meet AI-driven demand, with meaningful product shipments from the fab expected to start in fiscal 2028.

Micron Bulls Target $500 as Analysts Anticipate Strong Q2
market-news26 days ago

Micron Bulls Target $500 as Analysts Anticipate Strong Q2

Analysts boosted Micron’s price targets to $500 ahead of fiscal Q2 2026 results on the back of tight DRAM/NAND supply and strong AI/data-center demand. TD Cowen’s Krish Sankar and Robert W. Baird’s Tristan Gerra each raised targets to $500 with Buy ratings, forecasting a Q2 EPS beat ($10.40 vs. $8.82 consensus) and margin upside from long-term agreements; the article notes MU’s 49% year-to-date run and the potential for further re-rating through LTAs and resilient chip demand.

Memory Crunch to Reshape Smartphone Market; Apple Less Exposed
technology1 month ago

Memory Crunch to Reshape Smartphone Market; Apple Less Exposed

IDC projects a 13% drop in global smartphone shipments in 2026 (about 1.1B) due to a DRAM shortage driven by AI demand for high‑bandwidth memory, pushing prices higher and likely keeping them above 2025 levels even after the crunch. Apple is expected to weather the disruption better than cheaper Androids thanks to stronger margins and premium-device demand, though it will still incur higher memory costs; the market may remain unsettled into mid‑2027 as supply tightness eases.

DRAM Prices Jump to 125% Premium, Squeezing Buyers in a Seller's Memory Market
technology2 months ago

DRAM Prices Jump to 125% Premium, Squeezing Buyers in a Seller's Memory Market

DRAM contract pricing is surging to levels not seen before, with Micron reportedly proposing a 115–125% price increase versus Q4 2025 as hyperscalers and AI workloads drive demand. Industry trackers (DRAMeXchange, TrendForce) expect continued sharp price gains this quarter, leaving memory in a seller’s market with limited buyer leverage. Despite Micron’s planned fab buildout, shortages are projected to persist into 2028, threatening higher costs for consumer laptops, GPUs, and other devices as allocations favor servers and AI-related applications.

Micron’s AI Memory Bet: Can MU Join the Trillion-Dollar Chip Club?
business2 months ago

Micron’s AI Memory Bet: Can MU Join the Trillion-Dollar Chip Club?

Five-star investor Adam Spatacco argues Micron (MU) could join Nvidia, TSMC and AVGO in the trillion-dollar AI-chip club by capitalizing on memory demand for AI servers; Micron supplies high-bandwidth memory (DRAM and NAND) and hyperscalers are scrambling for memory as AI models expand beyond chat tools. With DRAM and NAND prices rising, MU posted solid Q1 2026 revenue and margins, and the total market for high-bandwidth memory could reach $100 billion by 2028. MU trades at a forward P/E near 12 versus peers 30–60, implying upside if it re-rates toward peers, potentially hitting $1 trillion. Street consensus is Strong Buy with a target around $374, but risks include memory-price volatility and competition.

Micron Quietly Becomes AI's Memory Backbone
technology2 months ago

Micron Quietly Becomes AI's Memory Backbone

Micron Technology is emerging as a cornerstone of the AI boom by supplying DRAM and high-bandwidth memory (HBM) that power AI GPUs; with demand outstripping supply, Micron has booked its entire 2026 HBM output, and is expanding U.S. capacity with Virginia upgrades and new fabs in Idaho and New York, plus a $1.8B LOI to acquire a Taiwanese fabrication site, supported by a modest valuation around 5.5x forward sales and 11x forward earnings.

US Considers 100% Tariffs on Offshore DRAM, Forcing Domestic Production Push
business2 months ago

US Considers 100% Tariffs on Offshore DRAM, Forcing Domestic Production Push

The United States is weighing a 100% tariff on memory-chip makers that don’t produce in the U.S., potentially targeting DRAM suppliers like Samsung and SK hynix. Micron is already expanding onshore, and the policy aims to bolster Made in USA manufacturing amid AI-driven demand, but could upend global supply and raise prices if enacted, given ongoing DRAM shortages.

business2 months ago

Micron inks $1.8B LOI to acquire Tongluo DRAM fab, expands Taiwan footprint

Micron Technology signed an exclusive LOI to acquire PSMC's Tongluo P5 300mm DRAM fab in Miaoli County, Taiwan for $1.8 billion, adding a 300,000-square-foot cleanroom and establishing a long-term post-wafer assembly relationship. The deal is expected to close in Q2 2026, with DRAM production ramp planned in phases and meaningful wafer output anticipated in H2 2027, strengthening Micron's Taiwan operations amid rising demand.

Arcuri: Micron's AI-Driven Memory Upswing Has Legs
markets2 months ago

Arcuri: Micron's AI-Driven Memory Upswing Has Legs

UBS analyst Timothy Arcuri, after investor meetings, says Micron’s upcycle is durable thanks to AI-driven memory demand, with capacity additions taking a long time and memory shifting from a commodity to a strategic asset. He lifted 2026 and 2027 EPS estimates and raised the price target to $400 (roughly 16% upside) while keeping a Buy rating; overall sentiment among analysts remains bullish, though the average target (~$329) implies some downside risk in the near term.

AMD Files Patent for Enhanced DDR5 Memory with Double Bandwidth
technology6 months ago

AMD Files Patent for Enhanced DDR5 Memory with Double Bandwidth

AMD has developed a new patent that doubles memory bandwidth by using a high-bandwidth DIMM (HB-DIMM) approach, which integrates additional chips to multiplex and re-time data streams, rather than improving DRAM silicon itself. This technique is especially beneficial for AI and bandwidth-intensive workloads, though it may increase power consumption and cooling needs.