| Name | Quantity | Cost | Value | Profit ($) | Gain (%) |
|---|---|---|---|---|---|
| JD Jim Dushek HARBOUR INVESTMENTS Inc. | 24 | $614.88 | $627.6 | $12.72 | 2.07% |
| LJB Laura J. Bornheimer GWN SECURITIES Inc. | 33,965 | $870,118 | $887,505.45 | $17,387.45 | 2% |
| GPB Greg P. Benner Vertex Planning Partners LLC | 12,263 | $314,155 | $317,979.59 | $3,824.59 | 1.22% |
Paul B. Ordonio Park Place Capital Corp. | 385 | $9,863.7 | $9,986.9 | $123.2 | 1.25% |
Jeffrey Steele Silverlake Wealth Management LLC | 50,931 | $1.3M | $1.32M | $16,395.14 | 1.26% |
| NASDAQ (NMS) Exchange | US Country |
The Roundhill Memory ETF (DRAM) caters to investors seeking targeted opportunities within the global semiconductor memory sector. This exchange-traded fund (ETF) focuses on investing in leading companies that boast significant market share and generate substantial revenue from memory products and related technologies. The fund's portfolio encompasses a diverse range of memory solutions, ensuring that it captures various facets of this dynamic industry. By prioritizing large-capitalization firms, the ETF aligns itself with the advancements driving artificial intelligence, hence presenting growth potential for its investors. The fund utilizes an active management strategy, allowing investments in common stocks and financial derivatives, including swaps and forwards. In its approach to portfolio allocation, the ETF employs a modified market capitalization methodology, incorporating a safeguard that prevents any single entity from exceeding 25% of the total fund. This allocation strategy reflects the advisor's insights into the market positioning and revenue capabilities of each company within the memory landscape. The portfolio is subject to rebalancing at least once every three months to ensure alignment with market dynamics.
This type of memory is designed to provide faster data transfer rates and increased performance, especially beneficial for high-performance computing and graphics applications.
DRAM is a widely used type of volatile memory essential for temporary data storage in computing devices, characterized by its speed and efficiency in data processing tasks.
NAND flash memory is integral to solid-state drives (SSDs), providing high-speed storage and retrieval capabilities vital for modern computing and mobile devices.
This form of flash memory is utilized in embedded applications, offering reliable data storage solutions for devices requiring long-term data retention and fast access times.
HDDs remain an essential component for data storage in many systems, offering large storage capacities at a lower cost, making them suitable for various applications.
These components are tailored for specific applications, providing optimized performance and efficiency in various electronic devices.