Industrial 2.5" SATA SSD (Cacheless)

Designed specifically for industrial applications, this 2.5-inch SATA interface solid-state drive adopts a DRAM-less (Dramless) architecture, features a mid-to-high quality design, is equipped with high-quality original factory TLC NAND Flash storage media, has a reserved interface for the soft self-destruction function, and ensures Industrial stability and security.

Designed for industrial high-load scenarios, this 2.5-inch SATA solid-state drive (SSD) is equipped with an independent DRAM cache and paired with Industrial high-endurance NAND Flash, which further enhances data processing efficiency and the lifespan of storage media, and is compatible with core data scenarios such as industrial servers and large-scale storage arrays.

Industrial mSATA SSD with independent DRAM cache improves data processing efficiency based on its compact form factor, is compatible with high-frequency, small-batch data interaction scenarios in industrial equipment, and balances space and performance requirements.

Compact mSATA Form Factor Industrial SSD, featuring a cache-less design. Measuring just 50mm×30mm, it delivers Industrial high-reliability storage and is specially compatible with space-constrained embedded industrial equipment and special-purpose hardware.

Ultra-compact Industrial SATA SSD (SSD) in M.2 2242 form factor, featuring a cache-less design, is specifically engineered for industrial embedded devices with extremely limited space, and maintains Industrial stable performance in its mini 42mm×22mm dimensions.

M.2 2280 Standard Form Factor Industrial SATA SSD, compliant with the SATA 3.2 protocol, featuring a cache-less architecture and equipped with a metal shielded enclosure, enables high-efficiency anti-interference storage in mainstream industrial devices with M.2 interfaces.

Based on the NVMe protocol, this Industrial M.2 2280 SSD (SSD) adopts an architecture without independent cache. It leverages the PCIe 3.0×4 high-speed channel to break through the performance bottleneck of SATA, and is compatible with high-speed data processing scenarios in the industrial field (such as real-time image analysis, high-frequency data acquisition).

High-end Industrial M.2 2280 NVMe SSD, equipped with an independent DRAM cache, further optimizes read-write stability and response speed in high-speed scenarios, and is compatible with the storage requirements of core industrial businesses (such as industrial databases and real-time control).

M.2 2242 Form Factor Industrial NVMe SSD, featuring no independent cache design, enables high-speed PCIe transmission with its ultra-compact size, and is compatible with industrial embedded scenarios where space is limited and high speed is required.

Industrial NVMe SSD chip with BGA package features small size, light weight and low power consumption. It achieves Industrial high-speed storage via the high-speed PCIe interface and is compatible with high-end industrial embedded devices with limited space.

High-quality, high-density integrated SATA BGA SSD chips, adopting multi-chip packaging technology, are compact in size, low in power consumption, and compatible with industrial embedded devices.

Industrial-grade SD NAND memory chip, adopting original factory wide-temperature flash memory particles and high-reliability packaging technology. It is compatible with standard SD interface timing, featuring wide-temperature stability, low power consumption, and long service life, designed for industrial embedded systems, miniaturized devices, and harsh-environment storage.

Industrial-grade LPDDR4X memory chip based on domestic original wafers, adopting low-power wide-temperature architecture and high-reliability packaging technology. It features ultra-low power consumption, high bandwidth, and wide-temperature stability, designed for mobile industrial control, portable devices, embedded systems, and domestic high-energy-efficiency scenarios.

Industrial-grade DDR5 memory chip based on domestic original wafers, featuring industrial-grade wide-temperature testing and high-reliability packaging processes. It offers high data rate, low power consumption, and strong stability, suitable for high-end industrial computing, embedded control, and domestic core equipment.

Industrial eMMC storage chip with integrated package of NAND flash memory and controller, adopting TLC flash type, featuring small size, low power consumption and high reliability, and compatible with industrial embedded systems and portable industrial devices.

Industrial DDR4 memory chips based on high-quality wafers from original manufacturers, which have undergone Industrial packaging and testing and wide-temperature optimization, boast high quality and are compatible with industrial embedded systems and high-end computing devices.

Based on high-quality Industrial DDR3 memory chips from original manufacturer Jinyuan, through wide-temperature screening and customized packaging and testing, it features medium-to-high quality and is compatible with industrial embedded systems and Industrial devices.

Industrial NAND Flash chips in TLC configuration for embedded storage. ONFI 4.0 interface, up to 3000 program/erase cycles, I/O speed up to 800 MB/s, and wide-temperature operation from -40°C to +85°C for industrial control, smart terminals, and field equipment.

Industrial-grade serial data recording module, supporting real-time collection and storage of multi-channel RS232/RS422/RS485 serial ports. Adopting wide-temperature rugged design, it can perform independent offline recording without a host computer, suitable for long-term stable data recording scenarios such as industrial sites, in-vehicle, airborne, and shipborne.

Industrial storage module with IDE bus, which uses SLC/MLC NAND Flash as the storage medium. It adopts a fully sealed metal enclosure + PCB potting process for its exterior, features compact size and excellent heat dissipation performance, and is compatible with the storage requirements of embedded devices in special industries such as aviation, aerospace, and shipping.

Industrial SATA storage module adopting surface-mount assembly, featuring medium-to-high quality design and equipped with a full metal shield, is compatible with high-vibration industrial environments such as rail transit, aerospace and other scenarios.

SATA storage modules designed specifically for industrial embedded applications and high-demand fields. With a dual in-line structure and full metal shielding, they integrate two independent buses—SATA and USB (the USB bus has higher priority)—and boast fast data storage and offloading capabilities.

Developed for industrial embedded systems and high-demand fields, this SATA storage module adopts a 36-pin dual in-line structure, features full metal shielding, offers both high-speed storage and convenient data unloading capabilities, and is compatible with special industrial equipment.

Industrial CF memory card utilizing IDE bus, which adopts SLC/MLC NAND Flash as the storage medium, is equipped with a standard 50-pin interface (gold plating thickness 3u). It features quick assembly and disassembly, compact size, and excellent heat dissipation, and is compatible with embedded devices in special industries such as aviation, aerospace, vehicles, and ships, as well as industrial medical scenarios.

Industrial CFast memory card based on the SATA III Protocol, adopting Industrial chips and high-reliability firmware, is compatible with scenarios such as industrial automation and aviation that have requirements for speed and stability.

Industrial-grade TF memory card (microSD), adopting wide-temperature flash memory particles and industrial-grade firmware optimization. It is compatible with standard microSD interface, featuring wide-temperature stability, vibration resistance, water/dust proofing, and high data reliability, designed for industrial embedded systems, in-vehicle, security, and outdoor equipment in harsh environments.

Fully Domestic Industrial mSATA SSD, featuring a cache-less design, its compact form factor is compatible with embedded industrial devices, meeting the requirements of high-demand scenarios.

Fully Domestic 2.5-inch SATA SSD (SSD) with high-quality design, featuring a dedicated-cache-free architecture. High-quality solutions are employed for all components from the controller and flash memory down to every part, ensuring compatibility with industrial equipment and high-demand scenarios.

Ruggedized NVMe storage drive, customized for specialized industrial scenarios such as missile-borne and ship-borne applications, is equipped with high-speed connectors and Industrial flash chips, features vibration and shock resistance, and meets the high-speed data recording requirements in extreme industrial environments.

Designed for extreme industrial scenarios such as missile-borne and vehicle-mounted applications, this ruggedized SATA storage drive integrates soft self-destruction circuit and high-speed connectors, features high reliability and data security, and is compatible with high-impact industrial environments.

XMC rugged NVMe SSD with standard XMC modular structure and metal rugged packaging. PCIe NVMe high-speed interface with strong vibration and shock resistance. Enterprise-grade SKUs operate from -20°C to +70°C; industrial wide-temperature SKUs from -40°C to +85°C for in-vehicle, railway, telecom edge, and other harsh embedded platforms.