The Right Memory
For Every Application.
From ruggedized industrial controllers to high-refresh gaming rigs -- Tronxer engineers memory and storage solutions purpose-built for each vertical, backed by long-term supply commitments and full-chain quality control.
Application Scenarios
Six Verticals. One Trusted Source.
Memory That Outlasts
the Production Line
Industrial computers run 24/7 in environments with wide temperature swings, vibration, dust, and power fluctuations. Off-the-shelf consumer memory fails early under these conditions. Tronxer industrial-grade modules are validated across the full −40°C to +85°C range with extended burn-in cycles, ensuring years of uninterrupted operation in factory automation, PLCs, SCADA terminals, and machine vision systems.
- Wide-temp validated: −40°C to +85°C operating range
- ECC support for error-critical control applications
- Vibration-resistant conformal coating available on request
- Locked BOM -- same chip, same PCB for 5+ year production runs
Compact Form Factor,
Full-Performance Memory
Mini PCs pack desktop-class performance into palm-sized enclosures. Thermal density is high, airflow is limited, and SO-DIMM slots demand the tightest tolerances. Tronxer SO-DIMM modules are validated for low-voltage operation and thermal stability, making them the preferred choice for OEMs building compact desktops, digital signage players, thin clients, and edge AI appliances.
- Low-voltage DDR5 SO-DIMM at 1.1V for thermal-constrained designs
- Validated compatibility with Intel N100, Core Ultra, AMD Ryzen platforms
- OEM kit bundling: memory + M.2 SSD in matched SKU sets
- Private label packaging -- your brand, our precision inside
Soldered-Down Reliability
for Always-On Devices
Embedded boards in routers, IoT gateways, ARM-based controllers, and vehicle computers demand memory that ships consistently for years -- not months. Tronxer LPDDR and embedded DRAM modules are built to locked BOMs with long lifecycle commitments, giving hardware engineers the confidence to design-in without worrying about mid-cycle chip substitutions.
- LPDDR4X / LPDDR5 for ARM SoC and x86 embedded platforms
- Locked BOM guarantee -- no silent chip swaps during your product lifecycle
- Ultra-low power profiles for battery-operated edge nodes
- COC and traceability documentation per lot for regulatory compliance
Zero-Compromise Quality
for Life-Critical Systems
Medical imaging stations, patient monitors, diagnostic workstations, and surgical navigation systems cannot tolerate memory failures. Tronxer medical-grade modules undergo extended burn-in, 100% screening, and lot-level traceability -- every module ships with full documentation to support FDA, CE, and IEC 62368 compliance processes.
- 100% burn-in screening -- every module, every lot
- Lot traceability with COC, chip origin, and test records
- ECC DIMM and SO-DIMM for error-detection in diagnostic computing
- Long-term supply agreements to prevent mid-product-life disruption
Registered ECC for
Data-Center-Class Uptime
Server workloads demand ECC protection, high capacity density, and consistent performance under sustained load. Tronxer RDIMM and UDIMM ECC modules are built with Samsung, SK Hynix, and Micron dies on 6-layer controlled-impedance PCBs -- validated on Intel Xeon and AMD EPYC platforms. Ideal for SMB NAS, edge servers, HPC clusters, and cloud node integrators.
- DDR4 / DDR5 RDIMM and UDIMM ECC in 16GB-64GB capacities
- Validated on Intel Xeon Scalable and AMD EPYC Gen 4 platforms
- Brand-name DRAM dies with COC -- audit-ready supply chain
- Volume pricing for system integrators building 10-1,000+ node clusters
Overclocking Performance,
Brand-Ready Aesthetics
Gaming brands live and die by benchmark scores and shelf appeal. Tronxer gaming-series DDR5 modules are hand-binned for XMP/EXPO compatibility, reaching 6400-7200 MHz on validated motherboards. Custom heatspreaders, RGB configurations, and retail packaging are available under your brand -- so you capture the margin while we handle the manufacturing precision.
- DDR5 6400 / 6800 / 7200 MHz with XMP 3.0 & EXPO profiles
- Hand-binned Samsung B-die / SK Hynix A-die for stable overclocking
- Custom heatspreader design and RGB LED configurations
- Full retail packaging with your brand artwork -- MOQ from 500 kits
Reliability Advantages
Built-In Quality.
Not Bolted On.
Every reliability claim is backed by in-house infrastructure -- not third-party audits on paper. Our full-chain manufacturing means we control every variable that affects quality.
5,000+ Test Stations
Automated burn-in and stress-test infrastructure running 24/7. Failures are flagged and quarantined -- never shipped.
Brand-Name DRAM Only
Samsung, SK Hynix, and Micron dies exclusively. No grey-market or remarked chips -- ever. COC documentation shipped with every lot.
6-Layer Controlled-Impedance PCB
Mid-to-high-end laminate substrate with tight dielectric tolerances -- the foundation for stable high-speed signal integrity at DDR5-7200.
99.2% First-Pass Yield
Industry-leading yield driven by in-process AOI optical inspection, automated SMT lines, and continuous SPC monitoring on every shift.
Full-Chain Traceability
From raw substrate lot to finished module serial number -- every step is logged. Audit-ready documentation for medical, industrial, and defense supply chains.
<0.3% RMA Rate
Our field return rate is below 0.3% across all verticals. When issues arise, our QA team responds within 24 hours with root-cause analysis.
Long-Term Supply Commitment
Your Product Ships for Years.
So Does Our Memory.
Industrial, medical, and embedded customers can't afford mid-life component discontinuations. Tronxer offers formal supply agreements that lock your BOM for up to 5 years -- same chip, same PCB, same test protocol.
What a Supply Agreement Includes
- Locked chip vendor, PCB laminate grade, and SPD firmware version
- 180-day advance notice for any component change -- no silent swaps
- Dedicated inventory buffer for your SKU -- priority allocation during chip shortages
- Lot-level COC and test records retained for 10 years
- NDA available -- your product roadmap stays confidential