Advanced Micro Devices, Inc. (AMD) Covered Calls

Advanced Micro Devices, Inc. covered calls Advanced Micro Devices, Inc. (AMD) is a global semiconductor company that designs high-performance computing, graphics, and adaptive technologies. The company provides central processing units (CPUs), graphics processing units (GPUs), and field-programmable gate arrays (FPGAs) for the data center, personal computing, gaming, and embedded markets. AMD focuses on enabling advanced AI infrastructure, cloud computing, and next-generation gaming experiences through its Ryzen and EPYC brands.

You can sell covered calls on Advanced Micro Devices, Inc. to lower risk and earn monthly income. Born To Sell's covered call screener gives you customized search capabilities across all possible covered calls but here are a couple of examples for AMD (prices last updated Fri 4:16 PM ET):

Advanced Micro Devices, Inc. (AMD) Stock Quote
Last Change Bid Ask Volume P/E Market Cap
208.44 +15.94 207.41 207.63 52.9M 73 314
Covered Calls For Advanced Micro Devices, Inc. (AMD)
Expiration Strike Call Bid Net Debit Return
If Flat		 Annualized
Return If Flat
Feb 20 207.5 9.30 198.33 4.6% 112%
Mar 20 210 15.15 192.48 7.9% 67.1%
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Extended Business Description

Core Business and Products

Advanced Micro Devices (AMD) has evolved into a systems-led semiconductor powerhouse, specializing in high-performance and adaptive computing. Entering 2026, the company’s business model is centered on a "chiplet" architecture that allows for rapid scaling across multiple computing segments. Its primary revenue drivers are divided into four sophisticated categories:

  1. Data Center AI and Computing: This is the company's primary growth engine. AMD produces EPYC server processors and Instinct GPU accelerators. In early 2026, AMD launched the MI450 Series GPUs, which are integral to the "Helios" rack-scale systems. These systems provide end-to-end AI training and inference solutions for hyperscale cloud providers.
  2. Client Computing: Under the Ryzen brand, AMD designs processors for desktop and mobile PCs. In 2026, the "Gorgon" platform and Ryzen AI 400 series have pushed AI processing to the "edge," enabling on-device generative AI features without relying on the cloud.
  3. Gaming and Graphics: AMD provides Radeon GPUs for gaming PCs and semi-custom silicon for major gaming consoles. Their RDNA 4 and 5 architectures focus on high-fidelity ray tracing and AI-enhanced frame generation.
  4. Embedded and Adaptive: Following the acquisition of Xilinx, AMD is a leader in FPGAs and adaptive SoCs, which are critical for automotive digital cockpits, industrial robotics, and aerospace applications like the Mark 2 lunar lander.

Competitive Landscape

AMD operates in an "arms race" environment, competing against established giants and specialized chip designers:

  1. CPU and PC Rivals: In the x86 processor market, AMD’s primary competitor remains Intel. While AMD has gained significant share in data centers, it faces renewed competition from Intel’s 18A process node. In the mobile space, Qualcomm is an emerging threat with its Snapdragon X series for AI PCs.
  2. GPU and AI Accelerators: The most formidable challenge comes from NVIDIA, which currently dominates the AI software ecosystem with CUDA. AMD is countering this with its open-source ROCm software stack to lower the barrier for developers switching to Instinct hardware.
  3. Foundry and Supply Chain: As a fabless company, AMD relies heavily on Taiwan Semiconductor Manufacturing Company for its 3nm and 2nm production. It also competes for high-bandwidth memory supply from Micron Technology.

Strategic Outlook and Innovation

As of 2026, AMD is executing a massive "AI Everywhere" strategy. A landmark multi-year agreement with OpenAI has seen the deployment of gigawatt-scale AI clusters powered by Instinct GPUs, signaling AMD's shift from a "second-source" provider to a primary architectural partner for the world's leading AI researchers. Additionally, the company is leaning into "Physical AI," integrating its embedded processors into humanoid robotics and autonomous systems. By leveraging its open-source ROCm 7.2 software, which has seen a tenfold increase in adoption, AMD is successfully breaking the proprietary moats of its competitors. With the planned 2027 launch of the MI500 series on a 2nm process, AMD is positioned to lead the transition into "yotta-scale" computing, targeting a $1 trillion total addressable market in data center infrastructure by the end of the decade.