Novram
Novram
Discover our production line capabilities, spanning dynamic memory solutions, custom high-speed motherboards, and industrial-grade thermal systems.
In the rapidly advancing landscape of high-performance computing, industrial automation, and enterprise storage, the demands on electromechanical integration have reached unprecedented levels. Established in 2016, Novram Electronics Co., Ltd. has evolved into a global leader in high-density DRAM packaging, PCB/PCBA assembly, and advanced thermal engineering. Operating from our state-of-the-art 3,860㎡ manufacturing facility in Shenzhen, China, we bridge the gap between complex engineering concepts and market-ready physical components.
As a premier DDR5 memory manufacturer and electromechanical systems integrator, we operate with a core mission: delivering robust, stable, and highly custom hardware configurations to system integrators, computer brands, and automation developers in more than 40 countries. Supported by 9 years of industry experience and 7 years of direct export expertise, we generate an annual export volume exceeding US$18.6 million, backed by an elite network of over 860 qualified supply chain partners.
Modern hardware challenges require deep domain knowledge. Our R&D facility, staffed by 76 experienced engineers, introduces up to 138 innovative new designs annually. From optimizing high-frequency memory line impedances to fabricating high-TDP server cooling solutions supporting up to 320W, our engineering prowess is built directly into our manufacturing lines.
Global B2B procurement managers facing strict timelines must navigate complex issues, including signal attenuation in high-frequency circuits, thermal throttling under continuous computational loads, and component volatility. Sourcing directly from an integrated manufacturer is no longer just a cost-saving measure; it is a critical strategy for risk mitigation.
By maintaining raw material reserves and cultivating partnerships with 860+ vetted component suppliers, Novram protects clients from wafer shortages and logistics interruptions.
We provide flexible OEM, ODM, private label branding, packaging customization, customized firmwares, and physical form factor modifications tailored to system parameters.
Our dedicated quality assurance pipeline implements 100% functional, thermal, compatibility, and automated optical inspection (AOI) processes to ensure zero-defect shipments.
Shenzhen’s industrial ecosystem provides unmatched benefits for fast prototyping and high-volume output. Novram leverages this location to rapidly source premium ICs, high-grade electrolytic copper, and thermal-conductive aluminum plates. This direct access enables us to transition products from prototype design to full-scale production in weeks rather than months.
High-performance hardware depends on consistent execution across every level of the electromechanical stack. Our engineering divisions focus on three main categories: PCB fabrication and SMT processing, high-density semiconductor assembly, and advanced thermal management.
Our Surface Mount Technology (SMT) lines process complex, multi-layer PCBs with high precision. We handle fine-pitch Ball Grid Arrays (BGA) and tiny 0201 passives, applying automated lead-free reflow profiles to prevent cold solder joints and micro-cracking in industrial controller boards.
Through selective soldering and Dual In-line Package (DIP) plug-in technologies, we integrate robust connectors, power supply circuitry, and protective coatings to safeguard PCBA operations in high-humidity or high-vibration industrial environments.
Developing reliable DDR4 and DDR5 memory modules requires careful layout design to protect signal integrity. We utilize multi-layer PCB stackups with impedance-controlled routing to minimize crosstalk and electromagnetic interference (EMI) at high clock frequencies (up to 4800MHz and beyond).
Our modules support optional On-Die ECC (Error Correction Code) and Side-band ECC. Each unit undergoes strict burn-in and hot-chamber thermal cycling tests to ensure reliability in gaming consoles, enterprise servers, and database applications.
As processor power density rises, thermal management becomes critical. We design and manufacture heat sinks supporting thermal design powers (TDP) up to 320W. We use CNC-machined copper bases, high-purity aluminum fins, and copper heat pipes with sintered powder structures for rapid phase-change heat transfer.
From low-profile 1U server chassis fans to dense 6-tube air towers and liquid cooling blocks (supporting sockets LGA1700, LGA4189, LGA4926, and AMD SP5), we help customers maintain safe junction temperatures and prevent CPU throttling.
Quality is at the core of our manufacturing philosophy. With a dedicated team of 42 quality control inspectors, Novram implements a multi-stage testing process throughout the manufacturing cycle to ensure compliance with IPC-A-610 standards.
We perform strict validation of incoming original DRAM dies, capacitors, multilayer PCBs, solder pastes, and raw heat sink materials before releasing them to production lines.
We run automated optical inspection (AOI) post-solder reflow to detect misalignment. High-density BGA packages undergo X-Ray inspection to verify void-free solder joints.
DRAM modules undergo system boot verification, MemTest86 diagnostic testing, and compatibility testing on various Intel and AMD motherboard chipsets.
Finished products undergo long-term thermal aging chamber tests at 60°C to 85°C to eliminate early component failures and confirm long-term stability.
Exporting to major global regions, including North America, the European Union, the UK, and Asia-Pacific, requires strict adherence to international environmental and safety standards. Novram manages regulatory compliance at every phase of development:
All our production lines use lead-free processes that comply with the EU RoHS (Restriction of Hazardous Substances) Directive and the REACH regulation. This ensures our PCBA assemblies and DRAM products are safe for distribution in Europe and the Americas.
Our computing motherboards and high-frequency memory modules are engineered to meet CE, FCC, and VCCI emission standards. By optimizing grounding layout designs and copper trace routing, we reduce EMI noise emissions and improve overall electromagnetic compatibility.
We enforce strict protocols to protect customer IP, design files, and proprietary firmware. Through custom ERP integration, we provide full lot traceability down to specific component batches and assembly dates.
Driven by AI-accelerated workloads, machine learning, and edge computing, electromechanical devices must handle higher power densities and faster transfer rates. Novram's R&D team targets several key industry trends:
The industry shift from DDR4 to DDR5 brings lower operating voltages (1.1V) and higher data transfer rates. We have upgraded our SMT equipment to handle PMICs (Power Management ICs) directly on the memory module PCBs, improving thermal and power efficiency.
Modern CPUs and GPUs often exceed 300W TDP, demanding advanced thermal designs. We continue to develop hybrid cooling systems, combining sintered heat pipes with advanced cold plates to ensure stable operation under demanding compute loads.
Compact form factors, such as Mini-ITX motherboards and thin-client PCs, require highly integrated layouts. Our engineering team specializes in packaging complex interfaces (including 2.5G LAN, dual M.2 NVMe, and SATA ports) onto space-constrained PCBs.
Find answers to common questions about our production capabilities, customization options, quality control, and shipping procedures.
Explore inside Novram's 3,860㎡ manufacturing facility in Shenzhen, where we integrate automated assembly with strict quality control.
Explore our range of performance memory modules, multi-tube copper heat sinks, and server thermal management components.
