KLMAG1JETD-B041T09

Introduction

The KLMAG1JETD-B041T09 is a high-performance 16 GB eMMC (Embedded Multi-Media Card) flash memory chip manufactured by Samsung Electronics. As a member of the premium KL series, it utilizes Samsung's advanced 1y-nm process technology (indicated by the "J" in the series) to deliver a perfect balance of high bandwidth, low power consumption, and enhanced reliability. This chip integrates NAND flash dies and a controller in a 153-ball FBGA (Fine-pitch Ball Grid Array) package, providing a standard MMC/SD interface compliant with eMMC 5.1 standards.

The suffix "B041T09" denotes specific packaging details (likely Tape & Reel for automated assembly) and a minor revision code. The "T" series suffix often indicates a specific lead-free or packaging configuration. This model is widely used in mid-to-high-end smartphones, tablets, industrial controllers, and automotive infotainment systems where high-speed boot and data storage are critical.

Product Description

Optimized Storage for Embedded System Integrators

The KLMAG1JETD-B041T09 is tailored for engineers and manufacturers requiring robust embedded storage solutions. This 16GB eMMC flash memory chip supports dual voltage operation (1.8V/3.3V) to enable compatibility across diverse platforms. It suits users in industries needing reliable data retention and faster boot performance. Integration with advanced pcba services ensures seamless incorporation into complex hardware designs. As a key component within pcb assembly manufacturer processes, this product targets sectors demanding durability and energy efficiency without compromising on throughput or system consistency.

High-Speed Data Transfer with Robust Reliability Features

Equipped with the latest 1y-nm process technology, the chip supports the HS400 interface, achieving a theoretical peak speed of 400MB/s in data throughput. The embedded BCH 40-bit hardware ECC and dynamic wear leveling extend the lifespan and prevent data corruption in demanding operations. Its compact 153-ball FBGA package simplifies incorporation into multiple pcb solutions, facilitating high-density designs in compact assemblies. Fully compliant with eMMC 5.1 interface standards, the chip also features secure storage capabilities such as Replay Protected Memory Block (RPMB) and firmware over-the-air updates to maintain data security and system integrity throughout the device lifecycle.

Extensive Applications in Industrial and Consumer Embedded Fields

Designed for a wide spectrum of embedded applications, the KLMAG1JETD-B041T09 serves industries ranging from automotive infotainment to telecommunications and industrial automation. It provides fast, efficient local storage for firmware, logs, and user data in IoT gateways and smart devices. By integrating with custom pcb assembly environments and pcb assembly services, it enables manufacturers to deliver high-value products compliant with industry standards. Its proven reliability supports round-the-clock operation in edge computing and medical diagnostic devices where data protection and low power consumption are critical, offering long-term operational stability across diverse use cases.

Product Advantages

Innovative Design Enhances Modular Integration and System Adaptability

The KLMAG1JETD-B041T09’s dual-voltage design and compact 153-ball FBGA format facilitate flexible system architectures suitable for varied embedded applications. Its adherence to eMMC 5.1 standards ensures backward compatibility and simplifies integration into evolving pcb assembly manufacturer workflows. The embedded hardware ECC and bad block management reduce system-level error rates, supporting custom pcb assembly projects that require stringent quality controls. These well-conceived pcb solutions enable manufacturers and PCBA manufacturers to optimize spatial constraints without compromising performance or durability, streamlining the assembly process in multilayer system boards.

Reliable Performance Maximizes End-User Operational Value

With a top-end speed reaching up to 400MB/s in HS400 mode, this chip significantly improves data responsiveness and boot times in embedded systems. The integration of replay-protected memory features and secure erase capabilities adds a layer of data integrity critical for security-sensitive environments. In collaboration with pcba services, its power-efficient operation at 1.8V/3.3V supports use in low-power devices without sacrificing throughput. This enhances the total cost of ownership and lifecycle reliability, providing pcb assembly manufacturer clients with dependable storage solutions that ensure system uptime and streamline long-term maintenance.

Key Features

Core Performance

• High Density: 16 GB (128 Gb) capacity, organized as 2G x 8 (2 Gigawords x 8-bit I/O).
• High Speed: Supports HS400 mode with a maximum data transfer rate of 400 MB/s (theoretical). Achieves up to 330 MB/s sequential read and 50 MB/s sequential write speeds.
• Low Power: Operates at 1.8V (VCCQ) and 3.3V (VCC), with a sleep mode current as low as 120µA and deep power-down mode at 0.135mW, ideal for battery-powered devices.
• Fast Boot: Supports Enhanced Partition (SLC mode) to store critical OS data, significantly improving boot speed and system responsiveness.

Advanced Architecture & Reliability

• Controller: Integrated high-performance controller supporting Hardware ECC (BCH 40-bit), Wear Leveling, and Bad Block Management to ensure data integrity and extend lifespan (up to 3,000 P/E cycles).
• Security: Features RPMB (Replay Protected Memory Block) for secure storage of encryption keys and sensitive data, and supports Secure Erase and FOTA (Firmware Over-The-Air) updates.
• Interface: Compliant with eMMC 5.1, backward compatible with eMMC 5.0/4.5/4.41. Supports 1-bit, 4-bit, and 8-bit bus widths.
• Command Queue: Supports multiple parallel read/write requests to reduce latency.

Package & Environmental Specifications

• Package: 153-ball FBGA with a ball pitch of 0.65mm or 0.8mm. Compact footprint (~11.5mm x 13mm).
• Temperature Range: Commercial Grade: -25°C to +85°C (Ambient). (Note: Industrial grade versions may exist with different suffixes).
• Reliability: RoHS compliant and Halogen-free.

Typical Specification Table

Typical Applications

• Mobile Devices:
  • Mid-to-High-end Smartphones/Tablets: Used as the main system drive (OS + Apps + Media). The 330 MB/s read speed ensures "instant-on" app launches and smooth multitasking.
  • Feature Phones/Wearables: Provides storage for firmware and user data in a compact form factor.
• Automotive Electronics:
  • Car Navigation/Infotainment (IVI): Stores map data, multimedia files, and the Android/Linux OS. The wide temperature range and anti-vibration design ensure reliability in harsh automotive environments.
  • Telematics/Dashcams: Handles high-speed video buffering and loop recording.
• Industrial & Embedded:
  • Industrial Controllers/HMI: Stores control programs, logs, and UI assets. High reliability ensures 24/7 operation in factory automation.
  • Edge Computing/IoT Gateways: Provides local storage for edge algorithms and data caching, reducing cloud bandwidth dependency.
  • Medical Devices: Used in patient monitors and diagnostic equipment where data integrity and low power are critical.
• Consumer Electronics:
  • Smart TVs/Set-top Boxes: Stores the operating system and streaming applications.
  • Gaming Consoles/VR Headsets: Provides fast storage for game assets and system updates.

Development & Design Notes

1. PCB Layout:
   • Signal Integrity: Strict control of 50Ω single-ended impedance for CMD/DAT lines and 100Ω differential impedance for CLK/DQS pairs is mandatory, especially for HS400 mode.
   • Length Matching: Data lines (DAT0-7) must be length-matched to the Strobe (DQS) within ±5mil to minimize skew.
   • Layer Stack-up: Recommended 6-layer or 8-layer board with solid ground planes to minimize crosstalk and EMI.
2. Power Integrity:
   • eMMC is sensitive to power noise. Place decoupling capacitors (10µF, 1µF, 0.1µF) as close as possible to the VCC and VCCQ pins.
   • Use a high-efficiency LDO or DC-DC converter; keep ripple voltage below 50mV.
   • Note the dual voltage requirement: VCC (NAND core) is 3.3V, while VCCQ (I/O) is typically 1.8V (or 3.3V). Ensure the host controller can support this.
3. Thermal Management:
   • Although power consumption is low, ensure adequate airflow or thermal vias under the FBGA package if operating near the upper temperature limit (85°C).
4. Initialization:
   • The memory controller must execute a strict power-up sequence, including ZQ calibration (impedance matching) and write leveling training, to ensure stable operation at HS400 speeds.
5. Configuration:
   • Verify the exact flash type (MLC vs. TLC) and speed bin via the full Samsung datasheet, as the "KLMAG1JETD" series may use different NAND types depending on the specific revision and cost targets. The "J" typically implies MLC or high-endurance TLC.