Novram
Novram
Established in 2016 in Shenzhen, China, Novram Electronics Co., Ltd. has established itself as an authoritative leader in high-performance electronics. Over the past 9 years of industry experience, including 7 years of direct global export operations, we have built a robust reputation for delivering high-spec, highly reliable DRAM modules and heat dissipation solutions. Our global footprint extends to more than 40 countries, driving an annual export volume of US$18.6 million.
Leveraging our deep institutional knowledge of precision semiconductor fabrication, SMT processes, and complex thermodynamic cooling arrays, we have expanded our technical core into the high-growth sector of UVC LED technology. Because UVC LEDs demand highly advanced thermal management (such as ceramic substrates, heat sink assemblies, and precise power regulation) to prevent rapid degradation and optimize Wall Plug Efficiency (WPE), our background in server memory module design and server CPU cooler production puts us in a unique leadership position. We construct high-grade, long-lasting UVC LED systems built on E-E-A-T standards—offering premium performance backed by extensive verification.
Production Facility
R&D Engineers
QC Inspectors
Supply Chain Partners
Analyzing the evolution of solid-state deep UV emitters: from substrate engineering to maximized Wall Plug Efficiency (WPE).
Our R&D roadmap focuses heavily on reducing dislocation density in Aluminum Nitride (AlN) templates grown on Sapphire. Transitioning to high-quality bulk AlN substrates enables higher external quantum efficiency (EQE) and lower operational temperatures, preventing early lumen depreciation.
We are optimizing peak emission wavelengths between 265nm and 275nm for peak germicidal activity, matching DNA/RNA absorption curves. Concurrently, our team is exploring safe Far-UVC 222nm technology, utilizing optical bandpass filters to isolate human-safe germicidal rays.
By implementing gold-tin (AuSn) eutectic bonding and quartz glass packaging, we reduce thermal resistance (Rth) to below 4 K/W. This ensures our UVC LED products achieve L70 lifetimes exceeding 20,000 hours under continuous maximum drive currents.
Deploying robust UV disinfection across public health, industrial processes, and environmental protection frameworks.
Our high-flux UVC modules are integrated into public water treatment systems, dynamic home water purifiers, and industrial wastewater treatment plants. These configurations deliver high-intensity radiation up to 40 mJ/cm² to neutralize pathogens in real-time under high flow rates.
Designed for large public infrastructure, hospital air systems, and modern residential HVAC arrays. Our sanitization frames destroy airborne spores, bacteria, and viral aerosols, utilizing aerodynamic heat sink housings derived from our server CPU cooler designs.
Applied in pharmaceutical cleanrooms, medical device manufacturing, and automated food processing packaging lines. These systems achieve a Log-6 reduction in pathogens without chemical residues, preserving product shelf life and ensuring high safety profiles.
Novram Electronics Co., Ltd. operates a modern 3,860㎡ manufacturing facility in Shenzhen, designed to execute high-volume, high-precision production runs. Our factory integrates advanced automated die-attach systems, vacuum reflow ovens, and high-speed SMT placement machinery. Our deep integration with over 860 qualified supply chain partners secures stable raw materials and semiconductor wafers, minimizing lead times and sheltering customers from market fluctuations.
Quality and precision are non-negotiable. Every unit we output undergoes 100% functional testing, compatibility checks, burn-in testing, extreme temperature sweeps, and strict aging verification. Our dedicated quality control division, consisting of 42 professional inspectors, ensures that every batch meets rigorous reliability standards. This meticulous approach minimizes field failures and delivers a lower total cost of ownership for our clients.
Empowering global brands and industrial buyers with custom-tailored, end-to-end design, packaging, and firmware engineering.
Our dedicated R&D center is staffed by 76 experienced engineers, introducing approximately 138 new products each year. We offer turn-key hardware design, thermal simulations, and customized optics to match exact engineering specifications.
For smart systems, we develop custom driver configurations and firmware optimization. This integrates over-temperature protection, constant-current regulation, and smart communication protocols like PWM, I2C, or DALI for advanced control.
We provide full retail packaging solutions, laser branding, and customized physical form factors. This helps memory module brands, computer manufacturers, industrial PC companies, and global system integrators bring products to market quickly.
Shipping to over 40 countries requires deep familiarity with international regulatory standards. Novram Electronics Co., Ltd. ensures that all UVC LED modules, memory assemblies, and thermal dissipation systems comply with key global regulations. Our product lines hold certifications including CE, RoHS, FCC, REACH, and EPA registration, which guarantees safe integration into consumer, industrial, and medical environments.
To support our global customers, we maintain a highly responsive technical team that addresses integration hurdles, handles field support, and assists with certification approvals. We cooperate directly with local compliance bodies in Europe, North America, and the APAC region to guarantee smooth imports and mitigate regulatory risks for your supply chain.
Our engineering team answers fundamental questions about thermal dissipation, lifetime, efficiency, and customized component architecture.
Unlike visible light LEDs, UVC LEDs have a lower Wall Plug Efficiency (WPE), meaning most of the electrical energy is converted into heat. If heat is not removed from the junction, the device can experience rapid optical degradation. Novram utilizes ceramic AlN submounts with high thermal conductivity, coupled with advanced thermal interface materials (TIM). We also leverage our expertise in building high-performance server coolers (such as our SP5 and AM5 thermal designs) to ensure active and passive cooling solutions maintain stable operating temperatures.
The peak germicidal effectiveness of UVC light lies between 260nm and 280nm, with maximum absorption by viral and bacterial DNA/RNA occurring near 265nm-270nm. We supply UVC LEDs optimized for this specific spectrum. Additionally, we provide custom array options that can combine different wavelengths to achieve targeted sterilization goals, and we are working on filtered 222nm Far-UVC emitters for safe application in occupied spaces.
Reliability is built into our designs through strict incoming material checks, automated production lines, and structured quality testing. Each batch goes through high-temperature burn-in, continuous humidity testing, and aging cycles. With 42 professional inspectors, we trace each component from wafer dicing and packaging to final product packaging, maintaining a low defect rate.
Yes. Thanks to our team of 76 R&D engineers, we can adapt to customized projects, including custom optical design, custom PCB layout, specific drive current configurations, and specialized mechanical housings. We assist clients from initial simulations to rapid prototyping and eventual mass production.
