NexaGPU
NexaGPU
Directly compatible server memory modules engineered to scale virtual density, prevent parity failures, and maximize throughput for corporate IT and network deployments across Turkey.
288pin - 0.625ns - 3200MT/s - 1.2V - ECC Dual-Rank Memory
288pin - 0.625ns - 3200MT/s - 1.2V - ECC Dual-Rank Memory
288pin - 3200MT/s - 0.625ns - Dual Rank Server Ddr4 Enterprise RAM
High Reliability Multi-Rank RDIMM DDR4 ECC Server RAM Modules
Istanbul stands as the digital gateway between Europe and Asia. The demand for industrial computing has skyrocketed as companies transition to modern edge deployments. The local server environment requires heavy computing power for finance, fintech, trade, and logistics hubs scattered across regions like Maslak, Levent, Gebze, and Dudullu. To support this growth, enterprise servers must run at maximum efficiency with minimal latency.
With major hyper-scale projects and local data hosting regulations (such as KVKK) driving on-premise and private cloud architecture, server uptime is non-negotiable. Our premium Server RAM units are engineered precisely to minimize Single Bit Errors and prevent System Crashes (BSODs) caused by thermal load in crowded rack chassis.
Select the correct speed, clock frequency, timing, and density profile for your hardware deployment needs.
| Specification Parameter | DDR4 Enterprise RDIMM (Standard) | DDR5 Enterprise RDIMM (Next-Gen) | Impact on Istanbul Data Center Workloads |
|---|---|---|---|
| Operating Voltages | 1.2V (Reduced Power Standard) | 1.1V (Ultra Low Power) | Reduces datacenter power usage effectiveness (PUE) ratios. |
| Frequency Range | 2133 MHz to 3200 MHz | 4800 MHz to 6400 MHz (and above) | Accelerates data pipeline speeds for in-memory databases like SAP HANA. |
| Error Correction Code (ECC) | Side-band ECC (System-level protection) | On-Die ECC + Side-band ECC (Dual protection) | Drastically lowers bit-flip crash rates under massive compute loads. |
| Pin Configuration & Form Factor | 288-Pin RDIMM / LRDIMM | 288-Pin RDIMM | Ensures physical hardware slots align with specific board architectures. |
| Rank Architecture Options | 1R (Single Rank), 2R (Dual Rank), 4R (Quad Rank) | 1R (1Rank), 2R (2Rank) | Increases memory bandwidth efficiency via memory interleaving. |
| Power Management | Managed by the motherboard board circuitry | On-DIMM PMIC (Power Management Integrated Circuit) | Ensures clean power supply and reduces heat levels. |
DDR5 server RAM introduces On-Die ECC (Error Correction Code) designed to clean up data parity errors before sending signals to the central processor. By offloading error detection to the chip itself, it allows systems to run at speeds up to 6400MHz with zero risk of bit corruption.
By moving the voltage regulator directly onto the physical memory card (via PMIC), our modules balance currents across the memory bus. This helps maintain stable operating temperatures, extending the life of your hardware and lowering system failure rates.
With two independent sub-channels per module (instead of one standard channel), the CPU's memory controllers can process read and write queries simultaneously. This translates to faster query response times for financial systems based in Maslak.
NexaGPU offers high-density storage, GPU modules, and customized DDR4 and DDR5 enterprise memory arrays. We manage every step of our supply chain—from component testing to final delivery—ensuring your server memory upgrades arrive on time, anywhere in Turkey.
We work with a large network of component manufacturers, maintaining inventory for high-demand memory models and system components. This allows us to supply systems integrators in Istanbul with reliable memory modules at competitive wholesale prices, even during tight supply periods.
Dedicated to providing scalable, efficient, and reliable IT infrastructure for modern enterprise networks.
Founded in 2016, NexaGPU has grown into a leading manufacturer and supplier of GPU systems and high-density memory modules. Operating out of our specialized integration center, we build, configure, and inspect systems to meet the demands of AI operations and data centers worldwide.
Our engineering team focuses on system optimization, liquid cooling designs, and high-frequency memory profiling. Over the past year, we have introduced 85 new product designs, covering GPU architectures, direct storage servers, and high-density memory options.
System failures caused by sub-par memory modules can lead to costly downtime. To prevent this, NexaGPU implements a strict multi-step testing process. Every batch of RAM undergoes thermal stress testing, signal verification, and motherboard compatibility checks before shipping.
Our quality control team supervises this testing, ensuring that each module functions reliably under high-stress operating conditions.
Tailoring memory bandwidth to meet the needs of specific enterprise operations.
Large language models and deep learning tasks demand massive memory pipelines. Combining our DDR5 ECC modules with GPU arrays helps prevent system bottlenecks, keeping data flowing smoothly to processor cores during intensive workloads.
Running multiple virtual machines on a single node requires substantial, reliable RAM. Our multi-rank DDR4 and DDR5 memory modules allow cloud providers to maximize virtualization density without risking system crashes.
Fintech firms in the Istanbul Financial Center rely on real-time trade execution. Our low-latency, high-bandwidth RDIMMs process large-scale databases quickly, supporting split-second decision-making processes.
Importing computing components requires meeting local import regulations and standards. NexaGPU handles the necessary export certification, including CE and RoHS declarations, to ensure a smooth import process through Turkish Customs.
We offer shipping options via Sabiha Gökçen or Istanbul Airport cargo terminals, as well as direct logistics for larger freight. Every shipment is packaged in ESD-safe, protective packaging to prevent damage during transit, ensuring your hardware arrives ready for installation.
Complete system solutions built for cloud environments, data centers, and advanced computing configurations.
12x3.5" Drive Bays - Xeon Dual 4310 Processors - 2U Dual-Socket Network Server
12x3.5" Drive Support - High Density Compute - V7 Rack Platform
SATA 6Gb/s 2.5" Hybrid Read/Write SSD for Enterprise Drive Arrays
2U 2-socket Xeon Rack Platform - Optimized for Virtualization Density
36x3.5" Bays - Xeon 4309Y - 32GB RAM - 2000W Redundant PSU
Intel Xeon CPU - 32GB High Reliability RAM - 8TB SATA Hard Drive
1U Dual Socket - GPU & NAS storage optimized - High density Xeon platform
GPU Storage Configured - Short-Depth Rack Design - AI Cloud Optimized
Answers to common technical, logistics, and configuration questions for server RAM deployments in Turkey.
Our quality control team runs compatibility checks on all modules. Memory is tested on major enterprise boards (including Intel Xeon and AMD EPYC platforms) under full processor load. We monitor memory timings, data integrity, and heat levels in simulated environmental chambers to ensure stable operation in your server racks.
For standard in-stock memory configurations, components are prepared and dispatched within 3 to 5 business days. Transit time via air freight to Sabiha Gökçen (SAW) or Istanbul Airport (IST) typically takes 5 to 7 days, depending on customs clearance processes.
We supply complete commercial invoices, detailed packing lists, Certificates of Origin (CO), and CE certificates to meet Turkish import guidelines. We can also coordinate directly with your customs broker in Istanbul to ensure all documentation is handled properly.
While mixing memory capacities or ranks within a server is technically possible, it can reduce overall memory bus speeds to the lowest common denominator or cause channel imbalances. We recommend configuring each memory channel with identical RDIMM capacities and rank specifications. Our team can help you plan a balanced memory layout for your specific CPU setup.