Recent #Intel news in the semiconductor industry

5 months ago
1. ASML has launched a groundbreaking High-NA EUV lithography machine priced at $350 million, aimed at advancing next-gen chip manufacturing; 2. The machine enables faster production of advanced chips, potentially transforming semiconductor fabrication efficiency; 3. Major clients like Intel and TSMC have already placed orders, with Intel planning to integrate the technology by 2025.
ASMLIntel
5 months ago

➀ Intel and SoftBank jointly established Saimemory to develop a stacked DRAM technology as an alternative to HBM, aiming to reduce power consumption by half;

➁ A prototype is expected within two years, with production targeted by the end of the decade, supported by $70 million in total investment, including $21 million from SoftBank;

➂ The technology originated from Intel, Japanese academia, and partners like Riken and Shinko Electric, with potential government funding and priority supply for SoftBank's AI processors (e.g., Arm and Graphcore).

HBMIntelSoftbank
5 months ago

➀ Intel and SoftBank established a joint venture 'Saimemory' to develop a stacked DRAM solution aimed at replacing HBM, targeting a 50% reduction in power consumption for AI data centers;

➁ The technology leverages Intel's patents and Japanese academic research, with prototype validation by 2027 and commercialization before 2030;

➂ Japan aims to re-enter the global memory chip market after two decades, competing with current HBM leaders Samsung, SK Hynix, and Micron.

HBMIntelSoftbank
5 months ago

➀ Intel secured a jury ruling that Fortress Investment Group controls both VLSI and Finjan, potentially overturning over $3 billion in prior patent infringement verdicts;

➁ The decision hinged on whether Intel's 2012 licensing agreement with Finjan, under Fortress' control, extends to VLSI, which initiated lawsuits against Intel in multiple jurisdictions;

➂ Intel and Apple previously accused VLSI of patent trolling, alleging opaque ownership structures designed to profit from litigation while concealing investor identities.

IntelPatent Infringement
5 months ago

➀ Aaeon launched two compact single board computers (Up Squared TWL and Pro TWL) with Intel Twin Lake Core 3 N355/N250/N150 CPUs;

➀ The Up Squared TWL (85.6 x 90mm) supports LPDDR5 up to 16GB, 128GB eMMC, M.2 storage, and Wi-Fi; its Pro variant (101.6 x 101.6mm) adds SATA SSD, 5G/LTE, and MIPI camera interfaces;

➂ Both feature industrial-grade durability (-20 to 70°C operation), 2.5G Ethernet, multi-display outputs, and compatibility with Windows 11/Ubuntu/Yocto OS.

IntelSingle Board Computers
5 months ago

➀ TSMC’s advanced roadmap for the decade positions it as the dominant leader in leading-edge logic manufacturing, creating pressure on Intel and Samsung;

➁ Intel and Samsung’s high-risk bets on GAA, BSPD, and high-NA EUV technologies failed to surpass TSMC, leaving the latter as the sole trusted choice for cutting-edge foundry services;

➂ TSMC’s execution excellence has led to a de facto monopoly, raising industry concerns about reduced competition despite its reputation for fairness and responsibility.

IntelSamsungTSMC
5 months ago

① Sparkle showcased its Intel Arc Pro B60 GPUs at Computex 2025, confirming dual-GPU prototypes for AI inference and professional workloads;

② The card features 24GB GDDR6 memory and three cooling solutions (blower, passive, and liquid), though liquid cooling's necessity for a 200W TDP design is questioned;

③ Priced for workstation/server markets, these entry-level GPUs aim to compete via affordability rather than raw performance.

AIGPUIntel
5 months ago

➀ Auras showcased its next-gen Intel Oak Stream cold plates for upcoming Xeon CPUs at Computex 2025, designed to support high thermal loads;

➁ The cold plates measure 156.0×107.5×24.2mm, larger than AMD’s SP7 counterparts, and feature a revised four-post retention mechanism;

➂ These designs highlight the growing adoption of liquid cooling in data centers, particularly for accelerated servers and high-density computing environments.

IntelLiquid Cooling
5 months ago

➀ Intel Xeon 6 processors with High-Priority Cores (P-cores) are positioned as a key feature in NVIDIA DGX B300 AI servers, using the 64-core Xeon 6776P CPU for enhanced workload distribution;

➁ Intel markets its Xeon 6700P's 2DPC memory speed advantage (5,200 MT/s) over AMD EPYC 9005 (4,000 MT/s), though AMD offers more memory channels and capacity;

➂ NVIDIA's preference for Intel CPUs in GPU servers stems from reduced competitive overlap in AI accelerators, benefiting from Intel's canceled Rialto Bridge and Falcon Shores projects.

AIIntelNVIDIA
5 months ago
➀ Intel did not announce any gaming GPUs at Computex 2025, but new reports suggest the Arc B770 is in development and will likely be released in Q4 this year; ➁ The B770 is rumored to use the BGM-G31 GPU and feature 24-32 Xe2 CUs, a 256-bit memory bus, and up to 16 GB of GDDR6 memory; ➂ The launch of B770 in Q4 might be too late to compete with Nvidia and AMD's current market share, but a strong price-performance ratio could make it relevant.
Graphics CardIntelRelease Date
6 months ago
1. TSMC announced its new A16 chip manufacturing technology, claiming it surpasses Intel’s 18A process in performance and efficiency; 2. The A16 technology integrates advanced nanosheet transistors and backside power delivery, targeting high-performance computing and AI applications; 3. The development intensifies competition in semiconductor manufacturing, with TSMC aiming to solidify its leadership against Intel’s roadmap.
IntelTSMC
6 months ago

➀ Intel launched three new Xeon 6 P-Core CPUs (6732P, 6774P, 6776P) optimized for GPU-powered AI workloads, featuring dynamic core prioritization and up to 8TB memory support;

➁ The processors debut in Nvidia's DGX B300 AI systems with 30% faster memory speeds vs. AMD EPYC and 2.3x higher bandwidth over prior-gen Xeon;

➂ The 350W TDP chips include Intel AMX with FP16 support for AI tasks, alongside a lower-power 235W 40-core B-variant model.

AIIntelNVIDIA
6 months ago
1. TSMC announces breakthrough A16 chip manufacturing technology, enhancing transistor density and power efficiency; 2. The technology utilizes new materials and design innovations to achieve faster processing speeds; 3. TSMC positions A16 as superior to Intel's 14A process, intensifying competition in advanced chip fabrication.
IntelTSMC
6 months ago

➀ Maxsun and Intel showcased a dual GPU card at Computex 2025, combining two 24GB Intel Arc Pro B60 GPUs for 48GB total memory;

➁ The blower-style cooler design enables deployment in workstations/servers, supporting PCIe x8 bifurcation for efficient resource allocation;

➂ Targeting AI and graphics workloads, the solution offers cost advantages over NVIDIA's RTX 6000 Ada (48GB) at a projected lower price point.

GPUIntel
6 months ago

➀ Intel launched new Arc Pro B-Series GPUs (B60 and B50) and Gaudi 3 AI accelerators for professional workloads;

➁ These tools target AI inference and tasks in engineering, design, and media with scalable configurations;

➂ Intel released an open-source AI Assistant Builder on GitHub to simplify AI agent development for its hardware.

AIGPUIntel
6 months ago

➀ Intel is exploring the sale or partnership of its Network and Edge Group (NEX) to refocus on PC and datacenter strategies, following previous divestments like Altera and Fab 34;

➁ NEX revenue fell to $5.8B in 2023 (from $8.4B in 2022) amid strong Broadcom competition, signaling a shift away from non-core businesses;

➂ Intel holds $50B debt and $21B cash, with CEO Lip-Bu Tan prioritizing core products under ongoing financial restructuring.

HPCIntelsemiconductor
6 months ago

➀ Intel unveiled its Arc Pro B50 and B60 GPUs at Computex 2025, targeting the workstation and AI market with 16GB (B50) and 24GB (B60) memory capacities, emphasizing cost efficiency and AI inference capabilities;

➁ The B50 features a 70W bus-powered design, while the B60 supports up to 200W, with a focus on Linux-based virtualization (SR-IOV) and scalable configurations like dual-GPU systems for AI workloads;

➂ Intel also showcased its Panther Lake 18A processors, aiming to challenge TSMC's process leadership, with GPUs expected to launch in Q3 2025 to address the underserved low-end AI inference and server market.

AI ChipIntelNVIDIA