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Industrial DRAM Modules2025-02-05T18:22:39+01:00

Industrial DRAM Modules

DDR4, DDR3, DDR2 and DDR1 memory and RAM bars for industrial use

Dynamic Random Access Memory – often referred to simply as DRAM – is essential for computers, acting as their short-term memory. In industrial applications, reliability is crucial. BRESSNER Technology’s industrial DRAM modules provide exactly that: stable performance and the highest quality.

We offer industrial DRAM modules – DDR3 and DDR4, as well as legacy models DDR1 and DDR2 (upon request). DDR3 modules are still widely used and are characterized by lower prices compared to newer generations. They are also optimally supported by older components but are compatible with newer processors and chipsets. All DDR3 modules in our range also feature chipkill support.

Industrial DRAM Modules from DDR4 to DDR1 for demanding graphics applicationswith Chipkill supportwith extended operating temperature rangewith long lifespan

  • ATP DDR3 series

    • Industrial DDR3 modules for energy-efficient high-performance applications
    • Capacities from 1GB to 32GB
    • Data transfer rates up to 1866 MT/s
    • Operating voltage of 1.5V and 1.35V for optimized energy efficiency
    • Enhanced reliability and protection through chip kill support and protective coating
  • ATP DDR4 series

    • Industrial DDR4 modules for applications with high bandwidth requirements
    • Capacities from 2GB to 128GB
    • Data transfer rates of up to 3200 MT/s
    • Reduced operating voltage of 1.2V for energy-efficient applications
    • Improved reliability and data integrity through RAS functions

Robust and durable storage solutions

With a wide range of industrial storage solutions, we ensure that your systems operate reliably even under extreme conditions.

Our industrial DRAM modules are designed for long lifespan and extended temperature ranges. They withstand extreme temperatures, vibrations, and electromagnetic interference. These industrial storage solutions are ideal for applications in automation, medical technology, and industrial PCs. DRAM modules from BRESSNER Technology offer high clock speeds and are available in various capacities to meet the requirements of any application.

Robust and durable storage solutions

An overview of our services

Consulting Service

Guaranteed free consultation for your project

Built-to-Order Systems

Design, development and production of individual systems according to customer requirements

OEM & ODM Design

Development and design of individual custom-made products for your application

Testing & Certifications

Comprehensive validation and certification service

Lifecycle Management

Professional lifecycle management service for reliable availability of systems and components

RMA Services

Return, repair and replacement of defective hardware under warranty inspection

Repair & Replacement

Comprehensive warehouse logistics to simplify return processes, minimize downtime, and ensure your business’s success

Global Service Network

Our global network of experts enables us to provide worldwide support

ATP 16GB DDR4 2400MHz - NES: Leistungsstarkes Unbuffered Non-ECC SODIMM DRAM Modul für Embedded Computer

DDR4 memory modules for demanding graphics applications

DDR4 modules represent a small evolution compared to the proven DDR3 technology. In direct comparison, they not only offer higher performance but also lower power consumption and improved data integrity. DDR4 memory is especially suitable for demanding graphics applications and, in particular, for video and image processing. Because quality and reliability are important to us, we only offer industrial DRAM modules from ATP Electronics, one of the world’s leading manufacturers in this segment.

Regardless of the exact use case, at BRESSNER Technology, you will always find the perfect dynamic RAM model. You can choose between storage capacities ranging from 2GB to 128GB. Additionally, we offer the modules in two form factors: Dual Inline Memory Module (DIMM) and Small Outline Dual Inline Memory Module (SO-DIMM). While DIMMs are used as memory in traditional computers, SO-DIMMs are primarily used in mobile devices.

Do you need help?

Contact our sales department if you have any questions about products or our in-house support team if you have any technical questions!

Sales:
Email: vertrieb@bressner.de

Phone: +49 8142 47284-70

Support:
Email: support@bressner.de

Phone: +49 8142 47284-44

FAQs

Is there a fixed BOM?2025-02-03T16:55:18+01:00

Yes, many industrial flash storage solutions offer a fixed BOM (Bill of Materials).

This means that the hardware and firmware components of the product remain unchanged throughout its entire lifecycle. This ensures:

  • Consistent performance: No unexpected changes with firmware or hardware updates.
  • Long-term availability: Particularly important for projects with certification or validation requirements.
  • Stable supply chain: Minimized risk from sudden changes in production.

The fixed BOM is a key aspect in ensuring reliability and predictability in industrial applications.

What exactly do TBW or MTBF mean?2025-02-03T16:56:17+01:00
  • TBW (Total Bytes Written):
    Indicates the maximum amount of data that can be written over the lifetime of a flash storage device. It is a measure of durability and is given in terabytes. A higher TBW value means a longer lifespan.
  • MTBF (Mean Time Between Failures):
    Describes the average operating time between two failures. It is given in hours and provides insight into the product’s reliability. Industrial flash storage typically has an MTBF of 2 million hours or more.

Both values are crucial for selecting the appropriate flash storage for applications with high demands.

What are the maximum read and write speeds offered by flash storage?2025-02-03T16:57:43+01:00

The read and write speeds vary depending on the flash type, interface, and manufacturer:

  • SATA III: Up to 550 MB/s (Read) and 500 MB/s (Write).
  • NVMe (PCIe Gen3): Up to 3,500 MB/s (Read) and 3,000 MB/s (Write).
  • NVMe (PCIe Gen4): Over 7,000 MB/s for reads and up to 6,000 MB/s for writes.

Please note that actual performance also depends on the storage architecture and working conditions.

What is the difference between SLC, MLC, TLC, and pSLC?2025-02-03T16:59:15+01:00

The differences lie in how data is stored, which affects performance, durability, and cost:

  • SLC (Single-Level Cell):
    Stores 1 bit per cell. Offers the highest reliability, durability, and write speed, ideal for critical applications.
  • MLC (Multi-Level Cell):
    Stores 2 bits per cell. Provides higher storage density with moderate reliability and performance. Suitable for semi-industrial applications.
  • TLC (Triple-Level Cell):
    Stores 3 bits per cell. Offers high storage capacity at a low cost but with limited durability and performance. Primarily used in consumer devices.
  • pSLC (Pseudo-Single-Level Cell):
    Uses MLC technology but stores only 1 bit per cell, significantly improving durability and performance. A cost-effective alternative to SLC for industrial applications.

The choice of the right flash type depends on the requirements for durability, performance, and budget.

Why should I use industrial-grade instead of commercial-grade flash solutions for my projects?2025-02-03T17:00:50+01:00

Industrial-grade flash storage is specifically designed for demanding environments that require reliability, durability, and stability. Unlike commercial-grade storage solutions, they offer:

  • Increased robustness: Higher resistance to extreme temperatures (-40°C to +85°C), shocks, and vibrations.
  • Consistent performance: Longer lifespan through specialized wear leveling technologies and lower bit error rates.
  • Long-term availability: Stable supply chain and long-term product specifications for industrial applications.
  • Data security: Enhanced error correction mechanisms (ECC) and protection against data loss during power outages (Power-Loss Protection).

These features make industrial-grade flash solutions the ideal choice for applications like industrial automation, medical devices, transportation, or military systems.

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