quality EMMC Memory Card & High Speed TF Card factory

    In order to celebrate the relocation of CCSS and the completion of the semiconductor laboratory, we have specially selected August 6, 2023 as a special day to settle in the new location. The company's shareholders, main leaders, suppliers, and agents have personally witnessed this exciting moment with us! We solemnly announce that CCSS has settled in a brand new office and laboratory, embarking on a new journey!       The new headquarters of CCSS is located in Huaqiang Creative Industry Park, Guangming Street, Guangming District, Shenzhen. Here, we not only have spacious and bright office space, but also a well-equipped and professional semiconductor laboratory with a wide floor area. The modern and comfortable atmosphere will provide our team with a better working environment and innovative atmosphere. The well-designed and well-equipped laboratory will provide better production, testing, after-sales and other support for our growing business needs.   We believe that a superior environment is the source of creativity and passion. Formal, professional, and complete equipment is the foundation for smooth production and testing, and is the guarantee of product quality. Every inch here is carefully designed, with modern facilities and efficient office equipment that will provide us with stronger support to achieve better work results.       The completion of the new office and semiconductor laboratory not only signifies a new starting point for us, but also represents our commitment to our customers. We will continue to uphold the service philosophy of quality, professionalism, and innovation, providing customers with higher quality products and solutions, and working together with customers to achieve business goals.

With the development of mobile Internet, the birth of micro SD6.1 (TF) card provides a convenient way for people. It can help users quickly view information and store it in devices, effectively improving people's work efficiency and quality of life. The birth of micro SD6.1 (TF) card is mainly to meet the needs of different users for information storage and sharing. It includes components such as card substrate, controller chip, flash memory module, etc., which are implemented through firmware development technology. This card is based on flash memory and memory chips, and is connected to a computer through a USB interface to achieve data transfer function.   1、About Material Selection Material selection is the first step in making micro SD6.1 (TF) cards. When material selection is a big issue, how can we make the micro SD6.1 (TF) card achieve optimal processing and testing? Firstly, we need to know what material is suitable for making micro SD6.1 (TF) cards. Generally speaking, the softer the material, the better the hand feel, and the higher the density, the more likely it is to deform or be damaged. Therefore, we will use copper plate as the material to manufacture the soft bottom plate main structure of micro SD6.1 (TF) cards, which can effectively reduce processing difficulty. Secondly, attention should be paid to the quality requirements of the materials. TF cards should have good durability, impact resistance, and chemical corrosion resistance, and can withstand a certain degree of temperature changes (-40 ° C to 265 ° C). In addition, attention should be paid to the thickness of the micro SD6.1 (TF) card. Thin micro SD6.1 (TF) cards are prone to thermal deformation and scrap; Thick micro SD6.1 (TF) cards may also malfunction due to poor heat dissipation. Overall, the micro SD6.1 (TF) card is a storage device, and the materials used have a crucial impact on its functionality and performance. The birth of CCSS’s PG brand micro SD6.1 (TF) card cannot be separated from the careful selection of materials. When choosing materials, we pay attention to the reliability and durability of the materials. After multiple experiments and tests, we have selected high-quality high-temperature resistant materials and used 0.6mil pure gold wire for solidification and wire bonding to ensure that the micro SD6.1 (TF) card has the best extension, conductivity, and transmission rate characteristics. It can demonstrate high-frequency and high-speed performance in various environments and fully supports 4K UHD ultra high definition playback. It is equipped with UHS-1 and video speed level V30, and uses advanced LDPC error correction technology with DDR200 and A2 level program loading to achieve the function of reading 180MB/s and writing 150MB/s.   2、Regarding Processing Generally speaking, the processing technology of micro SD6.1 (TF) cards is completed according to its standards. When embedding electronic chips into thin films for assembly, special process techniques must be used. First, a template must be made to locate the position of the printed components that need to be installed. Then, a specific method must be used to process the pattern or text. Finally, a layer of protective agent should be applied on the surface to prevent oxidation and corrosion, so as to make the pattern or text clearer and more eye-catching. The manufacturing process of micro SD6.1 (TF) card is divided into the following steps: Firstly, the micro SD6.1 (TF) card must pass security testing and obtain necessary certifications; Secondly, testing should be conducted in industrial environments, including drops, vibrations, etc; Finally, align the test results with expectations. For CCSS’s PG brand micro SD6.1 (TF) card, we use advanced processing technology to ensure its stability and reliability. During the processing, we strictly control every step, from the procurement of raw materials to the packaging of finished products, and undergo strict monitoring and testing to ensure that every micro SD6.1 (TF) card has high-quality.   3、Regarding Testing In order to ensure the quality of CCSS’s PG brand micro SD6.1 (TF) cards, we have conducted multiple quality tests. We conducted rigorous performance and durability tests on the micro SD6.1 (TF) card using advanced testing equipment and technological means. Only micro SD6.1 (TF) cards that have undergone multiple testing stages can be recognized as qualified products. We ensure that every TF card can work stably and reliably, without any problems during user use. The projects we test for the micro SD6.1 (TF) card include functional testing, copy/read/write functionality, read/write speed, capacity, voltage, card slot testing, environmental testing, application testing, durability application testing (over 72 hours), etc., to ensure that each test meets the standards.   4、Regarding Quality Assurance PPM The quality assurance of PPM needs to consider many factors, including materials, processes, and testing methods. When producing micro SD6.1 (TF) cards, we first determine whether their size meets the requirements, which will affect the performance of the card; Secondly, appropriate processing equipment and production processes should be selected to ensure good strength and corrosion resistance of the materials; In addition, attention should be paid to controlling the types and amounts of chemicals used in the production process to avoid harm to human health. In order to achieve extremely high quality standards, CCSS’s PG brand has implemented strict quality control in every production process of micro SD6.1 (TF) cards. From raw material procurement to processing and production, to product packaging and delivery, we follow a strict quality management system to ensure that the micro SD6.1 (TF) card meets the standard of ≤ 50-100 PPM. Through comprehensive quality assurance measures, we ensure that every TF card is carefully crafted and tested, making CCSS’s PG micro SD6.1 (TF) card highly competitive in the market.   5、Maintaining Good User Experiences In order to meet the user experience, Micro SD6.1 (TF) card of CCSS adopts a special design to make it more durable, and we will provide more accessories or accessory products to better meet the needs of different customers. In addition, the micro SD6.1 (TF) can also be inspected and repaired by professional maintenance service agencies to ensure normal use. CCSS’s PG brand is committed to creating a good user experience. We not only focus on the quality of micro SD6.1 (TF) cards, but also pay attention to optimizing user operation and compatibility. We provide a simple operation guide to help users use the micro SD6.1 (TF) card more conveniently. At the same time, we also work closely with major equipment manufacturers to ensure the compatibility of CCSS’s PG brand micro SD6.1 (TF) cards on various devices, bringing users a good user experience.   Summary: The birth of CCSS’s PG brand micro SD6.1 (TF) card cannot be separated from a precise grasp of materials, processing, testing, and quality control. We are always committed to providing an excellent user experience, ensuring that every micro SD6.1 (TF) card can withstand various environmental and usage conditions. Through continuous innovation and efforts, CCSS’s PG brand will continue to surpass other manufacturers and become a highly professional micro SD6.1 (TF) card manufacturer in the semiconductor industry.  

SSD stands for Solid State Drive, which translates to “固态硬盘” in Chinese. It is a storage device used to replace traditional HDD. Compared with HDD, SSD uses flash memory chips instead of mechanical components when storing data, which makes SSD have faster read and write speeds, higher reliability, and lower energy consumption. The flash memory chips in SSD uses non-volatile storage technology, which means that data can still be retained even in the event of a power outage.     The working principle of SSD is to use transistors in flash memory chips to store data. Each transistor can store one binary bit of data, representing 0 and 1 by charging and discharging electrons in the transistor. Compared with HDD, SSD doesn’t require mechanical components to read and write data. SSD uses flash technology to store data inside the flash chip, without the need to access data through disk rotation and read-write heads like HDD. This makes SSD much faster in read speed than HDD, resulting in faster data transfer rates and lower response times, performing better in data transfer, boot speed, and application loading.   In addition, SSD has high seismic resistance and low noise levels because it doesn’t has moving mechanical parts. It is also more durable because there is no magnetic head in contact with the surface of the disk, which eliminates the problem of HDD being easily damaged.   One of the shortcomings of SSD is that it is relatively expensive compared to HDD and has limited storage capacity. But with the development of technology, the price of SSD is gradually decreasing, and the capacity is also gradually increasing.   In fact, when SSD was first introduced, due to its high prices, installation enthusiasts could only choose 64GB/128GB SSD with smaller capacities as installation disks. It wasn't until later, with the precipitation of SSD technology, prices finally became affordable, and even 1TB SSD was often priced at six or seven hundred yuan. However, there are still many users who don't understand why the speed difference between SSD with the same Nvme protocol is so large? There are SSDs with speeds of around 1500MB/s and 3000MB/s on the market. What is the difference between them?   Let's first talk about the two most common types of SSDs on the market. One is the SATA protocol SSD, which is a very old protocol and has the same interface as the HDD we commonly used in the past. These SSDs are generally used to upgrade old hosts or as storage disks, and their highest read and write speeds are usually around 500MB/s, which is relatively cheaper in price. Another type is SSD with M.2 interface that supports Nvme protocol. Currently, most mainstream motherboards support PCle3.0 protocol. Under this framework, the maximum read and write speed of SSD is generally around 3500MB/s. Of course, the latest motherboards currently support the PCle4.0 protocol, which will result in faster speeds, even up to 5500MB/s, and this is also a popular trend in the future. However, the price is currently not very affordable.   In short, SSD is an advanced storage device widely used in computers and other electronic devices, which has advantages such as high-speed performance, reliability, energy saving and environmental protection, and compact size. With the advancement of technology and the reduction of costs, SSD is gradually replacing traditional HDD and becoming the mainstream storage devices.

For various storage products on the market? Are you pursuing high cost-effectiveness while also emphasizing product quality? Now, CCSS has brought you a brand new solution ----independently-develope controller’s eMMC5.1. This independently developed controller eMMC5.1 storage product is definitely a must-have choice for you!     1、Research and Development Background of the Independently-develope Controller’s eMMC5.1 1.1 Project Origin There are a variety of storage products on the market, with customers pursuing high cost-effectiveness while also emphasizing the perfect combination of quality and experience.   1.2 Technical Difficulties and Challenges To ensure the quality and performance of the product and improve its transmission speed while reducing production costs.   2. Technical Features of independently-develope controller eMMC5.1 2.1 Fast Storage and Reading 2.2 High Reliability and Stability 2.3 Low-lower Consumption 2.4 Strong Scalability   3. Application of Independently-developed Controller’s eMMC5.1 The application of eMMC5.1 include but are not limited to: 1. Consumer grade products: such as mid-range tablets, PCs, smart TVs, and other portable handheld devices. 2. Portable devices: such as mobile phones and tablets, eMMC is usually used in conjunction with processors or SOC to achieve data storage and retrieval. 3. Emerging technology fields: For example, DPU and EMMC are used as memory to support the large capacity storage required by DPU for processing large amounts of data, while meeting DPU's demand for high-speed data transmission.   4. Market prospects of Independently-developed controller’s eMMC5.1 EMMC5.1 is an embedded memory standard widely used in mobile devices and other consumer electronics products. However, with the continuous advancement of technology and changes in market demand, the market prospects of eMMC5.1 may face some challenges. Firstly, with the development of smartphones and other mobile devices, users' demand for storage capacity is constantly increasing. Although eMMC5.1 has good performance and reliability, compared to new storage technologies such as UFS and PCIe, its read/write speed and transfer speed may be slightly insufficient. Therefore, the application of eMMC5.1 in high-end smartphones and other high-performance mobile devices may be limited. Secondly, the rapid development of the Internet of Things may have an impact on the market prospects of eMMC5.1. IoT devices typically require a large amount of storage space and high-speed read-write performance to achieve real-time data collection, analysis, and processing. However, eMMC5.1 still has advantages in certain fields. For example, in some cost sensitive fields, eMMC5.1 may continue to be applied due to its lower cost and stable performance. In addition, in some specific application scenarios, such as fields that require a large amount of storage space but do not require too high read and write speeds, eMMC5.1 may still have market prospects. Overall, the market prospects of eMMC5.1 are influenced by various factors, including technological development, market demand, costs, and more. The changes in these factors in the future may have an impact on the market prospects of eMMC5.1.   5. Research and Development Value of Independently-developed controller’s eMMC5.1 5.1 Improving the Level of Domestic Storage Technology 5.2 Promoting Industrial Transformation and Upgrading 5.3 Industrial Expansion and Strategic Development 5.4 Enhancing International Competitiveness In summary, the independent research and innovation value of eMMC5.1 is mainly reflected in various aspects such as domestic storage technology innovation, industrial transformation and landing, industrial expansion, strategic development, and enhancing international competitiveness, demonstrating the strength and value of CCSS in technological innovation and physical industry.   This eMMC5.1 storage product uses the master SA3635+YMTC Mount Tai wafer independently and jointly developed by CCSS. Compared with similar products, this storage product uses advanced flash memory technology, advanced production technology and carefully selected materials, which not only ensures the quality and performance of the product, but also reduces production costs. Its reading and writing speed is far faster than that of traditional storage devices. This makes the transfer and editing of large files very fast, while also meeting the storage needs of various complex applications, with excellent reliability and stability. This product has been carefully designed and rigorously tested to ensure the long-term stable operation of storage products. Even in frequent use, you don't have to worry about data loss or storage device failure. By purchasing this storage product, you can not only enjoy a high-quality storage experience, but also save unnecessary expenses, achieving true value for money. Come and give this storage product a try!   In summary, this independently-developed eMMC5.1 storage product is a high-quality, high-performance, easy-to-use, and cost-effective storage choice. Whether you need to store important data or improve device performance, it can meet your needs and provide you with an excellent experience. If you are still hesitating about choosing a suitable storage product, why not give this storage product a try! It will bring you unexpected surprises and convenience!

  On December 12, 2023, CCSS successfully passed the GB/T 19001-2016 and ISO 9001:2015 quality management system certifications, and obtained certification certificates issued by authoritative institutions. This important milestone marks a significant breakthrough for CCSS in quality management and semiconductor storage chip fields, while further enhancing the company's overall strength and market competitiveness.   CCSS has always focused on high-end industrial grade storage chips and is committed to becoming a professional brand PG (Perfect Grade) for domestically produced storage products. With high-quality services, first-class quality, efficient output capabilities, and strong R&D teams, we serve customers to meet the growing demand of the storage market. By obtaining GB/T 19001-2016 and ISO 9001:2015 quality management system certifications, CCSS further demonstrates its outstanding performance in production and service, as well as its commitment to meeting strict standards in the storage industry.     This certification process is a comprehensive evaluation for CCSS, covering all aspects and processes of the company. After rigorous review and evaluation, CCSS's quality management system is considered to comply with the requirements of GB/T 19001-2016 and ISO 9001:2015 standards, and has been recognized by the certification body. This is not only a recognition of CCSS's past efforts, but also a strong support for the company's future development. Through this certification, CCSS further demonstrates its professional capabilities and technical strength in the field of storage chips, providing strong support for the company's sustainable development and market expansion.     CCSS will continue to uphold the principle of quality first, continuously improve product quality and service level to meet customer needs and expectations. At the same time, the company will continue to strengthen internal management and technological innovation to maintain its leading position in the field of memory chips.   In summary, obtaining the GB/T 19001-2016 and ISO 9001:2015 quality management system certifications is an important milestone in the development process of CCSS. This certification will inject new momentum and confidence into the company's future development, winning more market share and customer trust.

  High Performance Embedded Storage Solution The CCSS PG industrial grade eMMC5.1 is a high-performance embedded storage solution carefully designed to meet extremely demanding industrial application requirements, using self-developed controllers and Kioxia standard wafers. Whether in extremely extreme temperatures, environments with frequent vibrations, or various devices that require long-term stable and continuous operation, the PG brand specification series eMMC5.1 can provide unparalleled performance and reliable reliability. It is suitable for industrial environments with high requirements for performance, reliability, and durability.   What is Industrial grade eMMC5.1？ EMMC 5.1 is an industrial grade embedded multimedia memory card (eMMC) that complies with the eMMC 5.1 standard. This standard introduces several improvements based on eMMC, including: providing faster data transmission speeds and improving read and write performance; providing more advanced garbage collection and stronger data protection mechanisms, which can extend the lifespan of devices; possessing stronger data integrity protection; optimizing power consumption performance and improving energy efficiency.   Excellent Durability The PG industrial grade eMMC5.1 adopts advanced flash technology and intelligent management algorithms, effectively improving write durability and data stability; Whether it is high-frequency write operations or long-term storage usage, the PG industrial grade eMMC5.1 can ensure data integrity and reliability, greatly reducing equipment failure rates. The PG industrial grade eMMC5.1 has high durability and reliability, capable of withstanding harsh working conditions and long-term use, including higher resistance to vibration and impact, as well as stronger durability and data retention capabilities.   Wide Temperature Range The PG industrial grade eMMC5.1 supports wide temperature range operation, the IA industrial grade has a working temperature range of -25 ° C to +85 ° C, with a service life of more than 5 years, and the IH wide temperature industrial grade has a working temperature range of -45 ° C to +105 ° C, with a service life of more than 3 years, which can meet the application needs in various harsh environments; Whether it's the cold Arctic or the hot desert, the PG industrial grade eMMC5.1 can work stably, ensuring data security and normal equipment operation; This makes them suitable for applications such as industrial, automotive, aerospace, etc. that have strict temperature requirements.   High Performance The PG industrial grade eMMC5.1 provides high-speed data transmission and read-write performance, optimizing storage access time and response speed. High performance read and write speeds make devices more efficient in processing large amounts of data, thereby improving overall system performance. The read and write speed and response time of PG industrial grade eMMC5.1 are relatively fast, which can support high load data operation requirements and meet the speed and stability requirements of industrial applications.   Powerful Data Protection The PG industrial grade eMMC5.1 is equipped with advanced data protection mechanisms, including wear leveling, bad block management, and ECC (Error Correction Code); These functions can effectively extend the service life of storage media while ensuring the security and integrity of data.   The PG industrial grade eMMC5.1 has capacities ranging from 8GB to 256GB, which can meet different storage needs. It adopts the standard eMMC interface and supports HS400 protocol with strong compatibility. It has a read and write speed of up to 320MB/s, a write speed of up to 240MB/s, and supports up to 3000 write erase cycles. If you are interested in this product, please contact us for more details.

CCSS PG M16 Series Recently, a game called Black Myth: Wukong has become popular worldwide. From its release at 10:00 on August 20, 2024 to 8:00 on August 20, 2024, the game has sold over 4.5 million units on all platforms, with sales exceeding 1.5 billion yuan, setting a record for the fastest weekly sales since pre-sales. This game is not only loved by countrymen, but also by many international friends. Are you also one of them?   Have you ever encountered game screen lag or delay, low frame rate, decreased graphics quality, or even game crashes or fails to start while playing Black Myth: Wukong? If so, then CCSS newly launched PG M16 series PCIe4.0 GEN4 SSD, which specifically designed for gaming and AI PCs and can help you solve these problems.   What is PCIE4.0 GEN4? PCIe4.0 Gen4 is the fourth generation PCI Express specification and currently the latest generation specification. As the successor to PCIe 3.0 Gen3, PCIe 4.0 Gen4 is currently the fastest PCIe specification on the market. The data rate of PCIe 4.0 Gen4 is twice that of PCIe 3.0 Gen3, greatly improving the data transmission speed of PCIe 4.0 Gen4 devices. PCIe 4.0 Gen4 allows the system to connect to high-performance PCIe devices such as GPUs and PCIe NVMe SSD.   High performance and Low-power Consumption   The PCIe 4.0 platform enables higher flexibility and available bandwidth, making PCIe 4.0 SSD ideal for data intensive workloads. Not only can they load applications and games faster, but they can also optimize boot up speed. PCIe 4.0 also introduces power-saving enhancements, which means your device runs at lower temperatures and consumes less power.   Read speed up to 7200MB/s The PG M16 series PCIe4.0 GEN4 SSD launched by CCSS has passed CrystalDiskMark testing, with a maximum read speed of 7200MB/s and a maximum write speed of 7000MB/s. Other test results are also very good.   PCIe4.0 GEN4 SSD of PG M16 series supports PCIe 4.0 and NVMe 1.4 protocols, and adopts IG5236, which has excellent performance. PCIe4.0GEN4 SSD of PG M16 series can achieve a maximum speed of 7200MB/s and a maximum capacity of 8TB. Compared with HDD，CCSS's PG M16 series PCIe4.0 GEN4 SSD not only shortens the startup time of the operating system, but also improves the running speed of software, making personal devices smoother.   Specially Designed for gaming and AI PC PG M16 series M.2 PCIe4.0 SSD is exclusively designed for gaming and AI PCs; It is a dedicated hard drive for gaming consoles; It can also be used for servers, desktop computers, laptops, etc., providing appearance sizes such as 2230/2242/2263/2280. Currently, 512GB, 1TB, 2TB have been officially launched, and 4TB and 8TB super large capacities will be launched in the future. Stay tuned! PCIe4.0 GEN4 SSD of PG M16 series supports 8 channels and all operating systems, demonstrating significant advantages in speed, bandwidth, and response time, especially in handling big data, high-resolution content, and applications that require fast response.

ELEXCON2024 was held as scheduled at the Futian Convention and Exhibition Center in Shenzhen, China from August 27th to August 29th, 2024. This is an important international electronics exhibition event that provides exhibitors with opportunities to exchange, showcase, and promote their products. This exhibition brings together high-quality global brand manufacturers, including the storage industry, embedded industry, semiconductor industry, analog/power/power/automotive components/supply chain industry, etc. CCSS also made a surprise appearance at this exhibition, showcasing its latest research and development achievements in the semiconductor storage field and engaging in in-depth exchanges and discussions with industry guests.   Main Display Products 1、Enterprise and Industrial Grade SSD CCSS PG brand enterprise and industrial grade SSDs have a maximum read speed of 7200MB/s and a maximum write speed of 6900MB/s, providing higher durability and stability. They can withstand higher write loads (TBW, Total bytes Written) and have a longer lifespan, are more robust, and can operate normally under extreme temperature, humidity, and vibration conditions. It is particularly suitable for application scenarios that require high performance, high reliability, and long-term stable operation.   2、Industrial Grade eMMC5.1 CCSS PG brand industrial grade eMMC5.1 adopts independently developed main control and Kioxia standard wafer; By adopting advanced flash memory technology and intelligent management algorithms, it effectively improves write durability and data stability, and provides high-speed data transmission and read-write performance, optimizing storage access time and response speed.The IH wide temperature industrial grade series has a working temperature range of -45 ° C to+105 ° C.   3、Standard DDR CCSS PG brand DDR are provided to AI wafers, using SoC packaging technology, equipped with LGA PCB, and utilizing quad stack Die memory to achieve AI+32/64 bit high-capacity and high bandwidth memory. It is suitable for many fields such as set-top boxes, televisions, security monitoring, network communication, smart homes, industry, and car audio and video.   4、Introduction to Other Display Products In addition to enterprise grade and industrial grade SSD, industrial grade eMMC5.1, DDR, CCSS mainly showcased products such as TF cards and BGA132. Many exhibitors and visitors were interested in our products, and our staff had a great conversation with them, explaining the products in detail. After the staff introduced the products in detail, these exhibitors and visitors showed their recognition of our products and expressed their desire to establish a cooperative relationship with us. CCSS PG brand TF card has low-power consumption, durability, high-speed reading and writing performance, and is suitable for various commercial applications such as electronic learning, portable audio, IP cameras, driving recorders, wearable smart devices, Android devices, game consoles, etc.   The maximum capacity of a single 3D TLC/QLC from CCSS PG brand can reach 2TB. The LT series uses SK Hynix 3DV7 and KIOXIA BiCS6 3D TLC, while the LQ series uses YMTC X3 9060/9070 QLC, provided to SATA 3 2.5 inch, MSATA, M.2 SATA, M.2 PCIe 3.0 Gen3 * 4, PCIe 4.0 Gen4 * 4 and other commercial and enterprise grade SSD applications.     After the exhibition, our pace of innovation and research and development will not stop. The industry is advancing and market demand is constantly growing. CCSS will accelerate the layout, research and development, and production of high-end embedded memory chips such as high-capacity industrial grade eMMC and automotive grade eMMC, PCIe 4.0 SSD, and enterprise grade and industrial grade memory modules.     Firstly, I would like to express my gratitude to the organizers for the invitation. Through this exhibition, CCSS has gained an important platform to showcase its products and services. This has allowed us to showcase the latest products, technologies, and solutions at the exhibition, attracting more potential customers and partners' attention. At the same time, it has increased the visibility and exposure of our PG brand, allowing us to use this exhibition to showcase our PG brand image, core values, and product features to the audience, thereby strengthening our recognition and impression of our PG brand in the industry.   Finally, we would like to express our gratitude to the staff who have worked hard for this exhibition, as well as to all the exhibitors and visitors who have supported and recognized us. This exhibition has attracted industry professionals and visitors from all over the world, making it an important platform for industry exchange and learning. Through this exhibition, both exhibitors and visitors have learned about the latest developments, technological advancements, and market trends in the industry. We actively share our experiences and knowledge, which is of great significance for promoting industry development and facilitating business cooperation.

In order to further expand our business scope and enhance our core competitiveness, CCSS successfully obtained a strategic investment of millions of US dollars from a listed technology company in Singapore in November 2024. The overseas strategic investment enterprise will provide us with technical support, material payment support, and a hub for expanding overseas markets.   Significance of Strategic Investment The completion of this investment marks a crucial step for CCSS in the storage field. This investment not only accelerates CCSS's layout in the semiconductor storage field, but also leverages the advantages of Singapore listed technology companies in technological innovation and product research and development to accelerate the company's expansion in the storage product market. As an emerging semiconductor storage product development enterprise, CCSS has independently developed core technologies and has strong market influence in the industry. In the future, this investment will accelerate the development of new products, enhance the competitiveness of storage products in the global market, and further promote the global development of the company's business. This move is in line with CCSS’s development strategy of "innovation driven and technology empowered", providing strong support for CCSS's further expansion in the global market.   Partners and Cooperation Models After this strategic investment, CCSS will work together with Singapore listed technology companies to promote deep cooperation in technology research and development, product promotion, and market expansion. Both parties will combine their respective advantages to develop customized storage product solutions and explore market expansion opportunities on a global scale.   Future Prospects CCSS expects that with the implementation of strategic investment, this strategic investment will effectively promote the global development of CCSS's business, enhance its competitiveness in the global market, and further enhance its overall profitability and sustainable development potential in the next three years. CCSS is full of confidence in its future development. With the innovative technology and market experience of Singapore listed technology company, CCSS is expected to occupy a larger market share in the storage product market and maintain a leading position in future competition.

Under the overall requirements of Alibaba International Station planning, with the care and support of leaders at all levels, after more than a month, the staff of various departments of the company cooperated closely, fully carried forward the spirit of daring to fight hard, and we completed the field certification of the store, the preparation of the store to the store online.       China Chips Star China Chips Star Semiconductor Co.,Ltd. is one of professional storage product Supplier in Shenzhen, China. Our Associated factory is located in Guangxi, very close to Shenzhen. We focus on manufacturing high-end industrial grade storage chips, flash memories, Micro SD 6.1, SPI Nor Flash, SPI Nand Flash, 3D TLC/QLC Nand Flash, EMMC5.1, SSD, DDR3, DDR4, and other storage solutions, etc. Operating under our brand PG, we accept OEM and ODM orders, providing one-stop storage solutions and customized services for renowned semiconductor clients across the globe.   Integrates the research and development, packaging, testing, production, sales, and service of storage products. And our flash wafer supply mainly from SKhynix and Kioxia, they provide us with 3DV6, 3DV7 and BiCS6 3DTLC.   Main Products of the Store： Megree Star Series PCIe3.0 SSD： Secret Star Series SATA3 SSD： Saturn Star Series Micro SD6.1 TF Card： Leo Star Series 3D TLC/QLC NAND Flash：     Gemini Star Series Embedded EMMC5.1：   Aquarius Star Series Standard DDR3：     Aquarius Star Series Standard DDR4: