Apacer provides the core Industrial SSD, Industrial DRAM, Industrial Card, Industrial USB and eMMC route. Cervoz complements it with Industrial Embedded Modules and MEC Series Modular Expansion Cards. Every recommendation is matched to the host platform, workload, environment and required product lifecycle.
Apacer is the principal route for Industrial SSD, Industrial DRAM, Industrial Card, Industrial USB and eMMC. Cervoz complements it with Industrial Embedded Modules and Modular Expansion Card for specialised host and integration requirements.
Apacer Industrial SSD, Industrial DRAM, Industrial Card, Industrial USB and eMMC product families for embedded and edge applications.
Apacer PCIe SSD and SATA product families with model-specific CorePower, DataDefender™, security, wide-temperature and ruggedization options.
Apacer DDR5, DDR4 and legacy Industrial DRAM in UDIMM, SO-DIMM, ECC, VLP, server and rugged module families.
Apacer Industrial Card families in SD, microSD, CompactFlash, CFast and CFexpress form factors, with features confirmed by model.
Cervoz internal-socket storage modules and MEC Series expansion cards for compact industrial and embedded computers.
Cervoz M.2, mSATA, Half Size mSATA, Half Slim, SATA Disk and PATA Disk modules for internal computer sockets.
Cervoz MEC Series M.2 and Mini PCIe cards for Ethernet, Wi-Fi, serial, CAN Bus, USB, display and storage expansion.
Qualify memory, storage and embedded I/O against the host platform, workload, operating environment, approved configuration and expected programme lifecycle.
Choose NVMe, SATA, PATA, embedded flash or removable media according to the available interface, form factor and boot architecture.
Select DRAM generation, module type, capacity and ECC architecture from the processor and motherboard requirements.
Review sustained writes, endurance, power interruption, temperature, shock and vibration before fixing the device family.
Add storage or communication functions through supported modules while retaining the existing embedded-computer platform.
Apacer anchors the Industrial SSD, Industrial DRAM, Industrial Card, Industrial USB and eMMC range. Cervoz extends the offering with Industrial Embedded Modules and MEC Series expansion.
Industrial SSD, Industrial DRAM, Industrial Card, Industrial USB and eMMC. CorePower, DataDefender™, CoreSecurity2 and environmental options are confirmed for the selected product series.
M.2, mSATA, Half Size mSATA, Half Slim, SATA Disk and PATA Disk modules, together with M.2 and Mini PCIe Modular Expansion Card for industrial connectivity.
Selection begins with the host interface and mechanical envelope, then considers workload, environment, power behaviour, existing qualification and configuration continuity.
The available portfolio supports embedded systems where endurance, environmental operation, interface continuity and revision control must be planned from the start.
Provide qualified boot, application and data storage together with compatible system memory for box PCs, panel PCs and automation controllers. Expansion cards add interfaces without changing the base computer.
Support onboard logging, diagnostics and communication under temperature cycling and vibration. Wide-temperature storage, retention hardware and CAN or Ethernet expansion are common requirements.
Maintain controlled memory and storage configurations through long development and qualification cycles. Removable media, fixed flash and isolated expansion can be selected around the equipment workflow.
Combine high-throughput NVMe storage, adequate DRAM capacity and additional camera or network interfaces for image capture and local inference. Sustained performance and thermal design matter more than burst specifications.
Record continuous measurement streams, transfer data using removable media and retain configuration files on compact embedded storage. Endurance and power-loss recovery should match the acquisition process.
Extend systems built around PATA, CompactFlash, older DDR generations or serial interfaces. Compatible industrial components can delay a costly complete controller redesign.