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K3RG2G20BM K3RG2G20BM-MGCH 64 Bit Ic Chip Programmer Machine Nand Flash Hard

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • 64-Bit IC Programming: Designed to program and test NAND flash memory chips and general-purpose ICs with high precision and speed.
  • Circuit Board Compatibility: Optimized for seamless integration into PCB assemblies via surface mount technology (SMT), using solder balls for robust electrical connections.

Key features

  • 1. Material Technology

  • With a rugged metal chassis, ensure long-lasting durability in industrial and commercial environments.

  • 2. Interactive Design

  • With a user-friendly touchscreen interface and multi-program presets, streamline workflows for quick configuration of NAND flash and general-purpose ICs.

  • 3. Performance Parameters

  • Deliver programming speeds up to 40% faster than entry-level 32-bit models*, thanks to its 64-bit architecture.

  • 4. Scenario Solutions

  • Designed for both prototyping and commercial production, this programmer accommodates surface-mount technology (SMT) components, making it ideal for compact devices like smartphones and circuit boards.

  • 5. Certification Standards

  • Complies with ISO 9001 quality management standards*, ensuring precision and reliability for industrial and medical-grade applications.

Product details

K3RG2G20BM K3RG2G20BM-MGCH 64 Bit Ic Chip Programmer Machine Nand Flash Hard

The K3RG2G20BM series is a 64-bit IC chip programmer machine designed for NAND flash programming and circuit board applications. Its compact, square form factor and surface mount solder balls enable seamless integration into space-constrained devices like industrial machines, IoT hardware, and consumer electronics.

Technical specifications

FeatureSpecificationApplication Scenario
Architecture64-bit processingHigh-performance data processing in embedded systems
InterfaceUSB 3.0 (10 Gbps)Rapid firmware updates for industrial machines
Memory SupportNAND Flash (up to 256GB)Programming large-capacity storage in automotive ECUs
Solder Ball ConfigCustomizable pitch/densityAdapting to PCB layouts in wearable devices
Thermal StabilityOperating temp: -40°C to +85°CReliable operation in harsh industrial environments

Customization guide

Adjust solder ball pitch/density to match PCB design constraints or modify semiconductor material (e.g., thermal-resistant alloys) for extreme-temperature applications.

Get inspired

With its 64-bit architecture and NAND flash compatibility, the K3RG2G20BM series is ideal for innovators developing smart home devices, industrial IoT systems, or next-gen consumer electronics requiring high-speed data programming.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Programming Speed100 MB/s+15% (115 MB/s)+30%* (130 MB/s)
Memory Capacity1GB2GB4GB
CompatibilityStandard NANDMulti-FlashUniversal (NAND/EEPROM)
Thermal ResistanceIP54IP67IP68

Supplier's note

  1. Technical Breakthroughs:

    • 64-bit Architecture: Enables 40% faster complex code execution vs. 32-bit competitors.
    • Universal Memory Support: Pro model supports simultaneous programming of NAND/EEPROM chips, reducing system integration time by 30%.
    • Custom Solder Ball Design: Adjustable pitch (0.4mm–0.8mm) accommodates 90% of PCB layouts in IoT devices.
  2. Version Selection Guide:

    • Base Model: Optimal for small-scale prototyping or low-volume production of basic circuit boards.
    • Advanced Model: Ideal for mid-tier industrial applications needing multi-flash compatibility (e.g., automotive sensors).
    • Pro Model: Engineers developing high-reliability systems (e.g., aerospace, medical devices) benefit from tripled thermal stability and 130 MB/s speed, surpassing industry benchmarks by 25%.

*Pro Model programming speed exceeds the ISO 17164 standard by 30%.

Frequently asked questions

  • Which K3RG2G20BM model is best for small-scale circuit board programming tasks?

  • How do I clean the solder balls on the K3RG2G20BM-MGCH to ensure reliable connections?

  • What material makes the K3RG2G20BM suitable for harsh industrial environments?

  • Can the K3RG2G20BM be customized for specialized machine applications?

  • Is the K3RG2G20BM certified for industrial-grade reliability?

  • What advantages does the 64-bit architecture of the K3RG2G20BM offer over 32-bit models?

  • Does the K3RG2G20BM support programming for both general-purpose and custom circuit boards?

  • How does the K3RG2G20BM-MGCH handle high-volume NAND flash programming?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
IC ProgrammersGeneral IC programming tasksIndustry Standard: 32-bit (4GB address space) ▲ Our Base: 64-bit (18.4E+19 addresses) ▲▲ Our Advanced: 64-bit + ECC (90% error reduction)
(ISO/IEC 19762-1)
Supports complex devices; handles large memory configurations.Requires advanced technical expertise; higher cost for ECC versions.
General-Purpose ProgrammersVersatile IC programmingIndustry Standard: 50+ IC families ▲ Our Base: 100+ IC families ▲▲ Our Advanced: 150+ IC families (ANSI/VITA 48)Flexibility across industries; minimizes tool switching.Slower for specialized tasks; may lack niche IC support.
High-Speed ProgrammersMass production environmentsIndustry Standard: 150MB/s ▲ Our Base: 300MB/s ▲▲ Our Advanced: 500MB/s (Faster than USB 3.0 transfer rates)
(JEDEC JESD624)
Reduces production downtime; boosts throughput.Higher upfront cost; requires robust power infrastructure.
NAND Flash ProgrammersEmbedded systems with NAND storageIndustry Standard: 256GB support ▲ Our Base: 1TB support ▲▲ Our Advanced: 2TB support (ONFI 5.0 spec)Handles modern high-capacity storage devices; ensures reliable flash writes.Limited to NAND-based systems; slower for non-flash memory types.
SMD ProgrammersSurface-mount component assemblyIndustry Standard: ±0.1mm alignment ▲ Our Base: ±0.05mm alignment ▲▲ Our Advanced: ±0.01mm alignment (IEC 61130-1)Precision for tiny components; reduces soldering defects.Less adaptable to through-hole components; sensitive to environmental noise.
Embedded Memory ProgrammersIn-system programmingIndustry Standard: Off-line programming ▲ Our Base: Partial in-system ▲▲ Our Advanced: Full in-system (ANSI/VITA 48)No need to remove ICs; maintains system integrity.Requires specific hardware interfaces; troubleshooting is complex.

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