PRODUCTS / LIGHTNING DDR5 DIMM
ULTRA LOW LATENCY RDIMM
Introduction
Netlist’s DDR5 Ultra Low Latency RDIMMs are engineered to deliver exceptional performance for workstations and servers. Leveraging Enterprise grade advanced technology, these RDIMMs offer ultra-low latencies and high speeds, ensuring superior performance for AI Inference, E-commerce, simulation, video editing, database, content creation, and demanding computing tasks. With JEDEC compatibility, Netlist’s DDR5 Ultra Low Latency RDIMMs seamlessly integrate with both AMD and Intel systems, providing a reliable and efficient memory solution for any high-performance setup
Features
- Data Rate (Mbps) : 5600~6800
- Voltage (VDDQ) : 1.1 (Native)
- Clock Driver : @8000 Mbps
- Power Supply : PMIC on DIMM
- Temp sensor device : 2 or 3 per DIMM
- Side bus protocol : Legacy SMBus, I2C, I3C
- Sideband bus access : IxC Hub in SPD
- Channel Architecture : 40-bit data channel, 32 data+ 8 ECC 2 channel per DIMM
- DFE Support : RCD and DRAM
- PCB Mechanical Outline : JEDEC (Height 31.25mm)
- Environmental : 0⁰C – 95⁰C, RoHS Compliant and Halogen-Free
Benefits
- Instantly default up to F+1 on locked AMD & Intel Systems
- Compatibility and Stability
- Boosted Performance on many demanding workloads
- Cost Optimized OEM Solution
Lightning DDR5 Ultra Low RDIMM Capacity & Latency Timing Profiles with Ordering Information
SPR, EMR, GNR and
AMD Genoa, Turin
• Plug & Play
• No BIOS change
SPR, EMR, GNR and
AMD Genoa, Turin
• Plug & Play
• No BIOS change
SPR, EMR, GNR and
AMD Genoa, Turin
• Plug & Play
• No BIOS change
SPR, EMR, GNR and
AMD Genoa, Turin
• Plug & Play
• No BIOS change
SPR, EMR, GNR and
AMD Genoa, Turin
• Plug & Play
• No BIOS change
SPR, EMR, GNR and
AMD Genoa, Turin
• Plug & Play
• No BIOS change
SPR, EMR, GNR and
AMD Genoa, Turin
• Plug & Play
• No BIOS change
SPR, EMR, GNR and
AMD Genoa, Turin
• Plug & Play
• No BIOS change
SPR, EMR, GNR and
AMD Genoa, Turin
• Plug & Play
• No BIOS change
SPR, EMR, GNR and
AMD Genoa, Turin
• Plug & Play
• No BIOS change
SPR, EMR, GNR and
AMD Genoa, Turin
• Plug & Play
• No BIOS change
SPR, EMR, GNR and
AMD Genoa, Turin
• Plug & Play
• No BIOS change
SPR, EMR, GNR and
AMD Genoa, Turin
• Plug & Play
• No BIOS change
SPR, EMR, GNR and
AMD Genoa, Turin
• Plug & Play
• No BIOS change
SPR, EMR, GNR and
AMD Genoa, Turin
• Plug & Play
• No BIOS change
SPR, EMR, GNR and
AMD Genoa, Turin
• Plug & Play
• No BIOS change
SPR, EMR, GNR and
AMD Genoa, Turin
• Plug & Play
• No BIOS change
SPR, EMR, GNR and
AMD Genoa, Turin
• Plug & Play
• No BIOS change
SPR, EMR, GNR and
AMD Genoa, Turin
• Plug & Play
• No BIOS change
SPR, EMR, GNR and
AMD Genoa, Turin
• Plug & Play
• No BIOS change
SPR, EMR, GNR and
AMD Genoa, Turin
• Plug & Play
• No BIOS change
SPR, EMR, GNR and
AMD Genoa, Turin
• Plug & Play
• No BIOS change
SPR, EMR, GNR and
AMD Genoa, Turin
• Plug & Play
• No BIOS change
SPR, EMR, GNR and
AMD Genoa, Turin
• Plug & Play
• No BIOS change
SPR, EMR, GNR and
AMD Genoa, Turin
• Plug & Play
• No BIOS change
SPR, EMR, GNR and
AMD Genoa, Turin
• Plug & Play
• No BIOS change
SPR, EMR, GNR and
AMD Genoa, Turin
• Plug & Play
• No BIOS change
SPR, EMR, GNR and
AMD Genoa, Turin
• Plug & Play
• No BIOS change
SPR, EMR, GNR and
AMD Genoa, Turin
• Plug & Play
• No BIOS change
SPR, EMR, GNR and
AMD Genoa, Turin
• Plug & Play
• No BIOS change
SPR, EMR, GNR and
AMD Genoa, Turin
• Plug & Play
• No BIOS change
SPR, EMR, GNR and
AMD Genoa, Turin
• Plug & Play
• No BIOS change
SPR, EMR, GNR and
AMD Genoa, Turin
• Plug & Play
• No BIOS change
SPR, EMR, GNR and
AMD Genoa, Turin
• Plug & Play
• No BIOS change
SPR, EMR, GNR and
AMD Genoa, Turin
• Plug & Play
• No BIOS change
SPR, EMR, GNR and
AMD Genoa, Turin
• Plug & Play
• No BIOS change
Applications

Gaming
Low latency is critical for competitive gaming, where nanoseconds can make the difference between winning and losing. Lightning DDR5 memory solutions can enhance gaming performance by increasing the speed of the CPU and GPU, reducing lag and improving frame rates.

Financial Trading
In high-frequency trading, low latency is essential to execute trades faster than competitors. Lightning DDR5 memory solutions can help achieve the necessary speed and performance to process large volumes of data quickly.

Virtual Reality (VR) & Augmented Reality (AR)
Both VR and AR applications require low latency to provide a seamless and immersive experience. Lightning DDR5 memory solutions can help ensure that the hardware can handle the demanding processing requirements of these technologies.

Data Centers
Low latency is important for data centers to ensure the fastest data processing possible. Lightning DDR5 memory solutions can improve performance which is critical for applications like cloud computing and big data analytics.

AI Inference
AI inference requires higher densities and faster memory to provide the fastest and most accurate response to queries. Lightning DDR5 memory solutions with lower latencies help to speed up the response times of hardware running the latest AI models.

Simulation
High-performance simulations, such as those used in scientific research, engineering, and weather forecasting, demand substantial computational power and memory bandwidth. Lightning DDR5 memory solutions can significantly enhance simulation performance by providing faster data access and processing speeds, enabling more complex and accurate models to be run in less time.

Compression
Data compression algorithms, which are essential for reducing storage requirements and improving data transmission efficiency, benefit greatly from high-speed memory. Lightning DDR5 memory solutions can accelerate compression and decompression processes, allowing for quicker data handling and reduced latency in applications that rely on real-time data processing.

Multithreaded Computation
Modern applications often leverage multithreaded computation to maximize performance by distributing tasks across multiple CPU cores. Lightning DDR5 memory solutions can improve the efficiency of multithreaded applications by providing higher memory bandwidth and lower latency, ensuring that each core can access the data it needs without bottlenecks. This results in faster execution times and improved overall system performance.
