Industry Solutions

Trinity NAND Flash storage technology is deeply adapted to network communication industry scenarios thanks to its advantages in low power consumption, high reliability, high-speed read/write, strong anti-interference, and extreme cost. Network devices generally require 24×7 uninterrupted operation, with complex and ever-changing working environments that place extremely high demands on the stability, durability, and read/write efficiency of memory chips. Our storage solution features built-in hardware ECC intelligent error correction, sudden power outage data protection, and wear balancing optimization algorithms, effectively avoiding data loss, read/write abnormalities, and communication interruptions in complex network environments, greatly enhancing the operational stability of terminal devices. The product supports multi-standard interface adaptation and is compatible with mainstream communication control chips on the market, offering excellent compatibility.

Focusing on the core product features of smart wearable devices that are thin, lightweight, low power consumption, and highly interactive, we customize lightweight, high-performance consumer-grade storage solutions. Adopts an ultra-thin miniaturized chip packaging design, significantly saving PCB space and supporting thinner, lighter, and more portable terminal product designs. At the same time, it deeply optimizes chip power consumption, with ultra-low standby power consumption effectively extending the battery life of wearable devices. The product features low read/write latency and fast response speed, perfectly adapting to the high-frequency touch and real-time data interaction needs of wearable devices. It is fully compatible with mainstream wearable device systems such as Android and RTOS, with multiple capacity tiers available to precisely match the storage configuration needs of wearable products with different positions.

For demanding application scenarios such as industrial control and automotive electronics, we offer dedicated storage solutions for industrial and automotive-grade grades. The product's operating temperature range covers an ultra-wide range from -40°C to 105°C, capable of adapting to extreme cold, high temperatures, high electromagnetic interference, voltage fluctuations, and other harsh conditions. The erase/write cycle life can reach up to 100,000 cycles, meeting the long-term stable operation needs of industrial and automotive equipment. The solution supports AEC-Q100 automotive-grade certification customization, featuring strong anti-interference capability and data retention during power outages, while also providing long-lifecycle supply guarantees. It perfectly meets the secure storage needs of industrial automation and in-vehicle smart terminals, eliminating risks such as equipment failures and data loss.

Addressing the core demands of IoT sensor devices for low power consumption, low cost, miniaturization, and long standby time, we have developed dedicated IoT storage solutions. The product uses a standard SPI interface with streamlined pins, greatly simplifying sensor hardware circuit design and reducing the overall BOM cost; Features ultra-low quiescent power consumption, perfectly compatible with battery-powered passive sensing nodes, effectively extending device lifespan. The chip supports SIP stacked packaging, is compact in size, widely adaptable, and offers multiple capacity specifications to meet diverse storage needs such as device log storage, environmental data collection, local algorithm execution, and small-frame image retention, adapting to the large-scale, low-cost mass production needs of IoT devices.

Targeting the home smart consumer electronics market, we offer cost-effective, highly compatible storage solutions, adopting both SLC and MLC dual product routes, offering balanced read/write performance and excellent stability, suitable for high-frequency daily use scenarios of household devices. The product supports multiple voltage specifications and is compatible with most main control solutions for household devices on the market, offering strong versatility. Through dedicated firmware optimization, it effectively shortens device startup times and improves operational smoothness. Relying on a stable supply chain system, it fully meets the demands for large-scale, mass production and delivery of consumer electronics, balancing product quality and cost advantages.

Medical imaging equipment demands high-speed, high-capacity storage with absolute data integrity and regulatory compliance for patient safety.