Samsung LPDDR4 (32GB) DRAM Chip Series Performance Advantages
Samsung's LPDDR4 (32GB) DRAM chip series: K4FBE3D4HB-KHCL, K4FBE3D4HM-TUCL, K4FBE3D4HM-GUCL, is a memory solution developed to meet the needs of high-performance mobile devices and embedded systems. Utilizing Samsung's advanced process technology, this series offers high speed, low power consumption, and high reliability, delivering powerful storage capabilities within limited space. As a next-generation mobile memory, Samsung's LPDDR4 (32GB) DRAM offers significant improvements in speed, bandwidth, and energy efficiency compared to traditional DDR series, making it particularly suitable for applications requiring efficient multitasking and big data throughput.
Core Technical Specifications: Samsung LPDDR4 (32GB) DRAM Chip Parameters Explained
Samsung's LPDDR4 (32GB) DRAM chip series shares the following common performance characteristics:
1. Capacity: 32GB per chip, supporting high-density storage configurations.
2. Operating Voltage: As low as 1.1V (core voltage) and 1.8V (I/O voltage), significantly reducing power consumption.
3. Data Transfer Rate: Up to 4266Mbps, meeting high-speed data exchange requirements.
4. Package: Mostly uses BGA packaging, suitable for thin and lightweight terminal devices.
5. Process Advantages: Based on Samsung's leading process node, it offers high yield and stability.
6. Strong Compatibility: Compliant with JEDEC standards, facilitating system-level integration and upgrades.
Detailed performance of each model:
K4FBE3D4HB-KHCL
Transmission rate: Supports up to 3733Mbps, meeting high-performance data throughput requirements.
Packaging: FBGA package, suitable for high-end mobile devices.
Power consumption optimization: Built-in deep power saving mode ensures low energy consumption even under high-load computing.
Key features: Strong stability, support for complex computing and multi-tasking scenarios, suitable for flagship phones and in-vehicle head units.
K4FBE3D4HM-TUCL
Transmission rate: Supports up to 4266Mbps, making it the speed-optimized model in the series.
Packaging: Small FBGA, more suitable for thin and lightweight designs.
Power Consumption Performance: Using low-voltage mode, average power consumption is controlled below 10%, making it suitable for long-lasting devices.
Main Features: Striving for both speed and low power consumption, it's suitable for tablets, ultra-thin notebooks, and other scenarios.
K4FBE3D4HM-GUCL
Transmission rate: Supports up to 3733Mbps, stable performance.
Packaging: Standard FBGA, supports large-scale mass production.
Power consumption design: Balances performance and power consumption, meeting the needs of mid- to high-end devices.
Main Features: Excellent price-performance ratio, suitable for bulk purchases in smartphones, consumer electronics, and industrial applications.
Application Scenarios: LPDDR4 (32GB) DRAM chips are widely used in a wide range of applications
Due to its high speed and low power consumption, Samsung LPDDR4 (32GB) DRAM chips are widely used in:
1. Smartphones and tablets: Improves application launch speed and multitasking capabilities.
2. Laptops and ultraportable devices: Ensure long battery life while meeting efficient office and entertainment needs.
3. In-vehicle electronic systems: Support high-speed operation of intelligent driving assistance, in-vehicle entertainment, and navigation systems.
4. AR/VR devices: Provide sufficient bandwidth for high-resolution and low-latency interactive experiences.
5. Industrial-grade applications: including smart manufacturing, edge computing, and IoT devices.
Whether in the consumer or industrial markets, Samsung's LPDDR4 (32GB) DRAM provides reliable performance support.
Selection Recommendations: How to Choose the Right LPDDR4 (32GB) DRAM Chip
During the actual selection process, traders and R&D engineers need to choose the appropriate model based on project requirements:
K4FBE3D4HB-KHCL: Suitable for devices requiring extremely high stability, commonly used in high-end smartphones and automotive systems.
K4FBE3D4HM-TUCL: Optimized for speed and power consumption, suitable for tablets, thin and light laptops, and other products requiring long battery life.
K4FBE3D4HM-GUCL: Optimized for performance and cost-effectiveness, suitable for mass-produced consumer electronics and industrial applications.
We recommend comprehensively considering factors such as power consumption, speed, and package size during the design phase to ensure optimal performance for end devices.
