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The next step in system level performance

DDR5 unlocks higher performance and efficiency with double data rate bandwidth compared to DDR4. It also reduces power consumption by 8% and meets the bandwidth requirements for next-generation x86 CPUs.


Faster Speed

DDR5 memory incorporates a new channel architecture. This not only enhances overall performance through its double bandwidth mode but also significantly reduces latency and enhances memory access efficiency, achieving speeds of up to 5600 MT/s.


Energy Saving

The operating voltage of DDR5 memory drops from 1.2V to 1.1V which improves the power saving efficiency by 8%


High Reliability

Featuring 30µ gold fingers as the contacts, the connector interface offers improved reliability and can withstand potential damage in industrial applications. The inclusion of anti-sulfuration technology prevents silver from reacting with sulfur-containing gases, thereby enhancing the sulfur tolerance of the electrode.

Application

In scenarios involving enterprise and data center servers, as well as applications like AI and high-speed computing, DDR5 RDIMM industrial-grade server memory stands out for its exceptional performance and reliability. This memory variant plays a pivotal role in enhancing data transmission speeds for massive datasets, thereby ensuring optimal functionality for critical server operations such as load performance.

 

Semiconductor

Revolutionizing Semiconductor Front-End Manufacturing with Optical Inspection Solution for Wafers

Client Profile

Our client is a leading semiconductor manufacturer renowned for producing cutting-edge microchips. They were seeking a solution to enhance their wafer manufacturing process by implementing advanced optical inspection technology.

Challenges

In the intricate process of semiconductor front-end manufacturing, defects and imperfections in wafers can lead to compromised product quality and performance. The client faced challenges in detecting and addressing these defects accurately, leading to potential yield losses and product recalls.

Conclusion

The successful integration of the Optical Inspection Solution for Wafers redefined semiconductor front-end manufacturing quality and efficiency. By harnessing advanced imaging technology and machine learning algorithms, the client achieved enhanced defect detection, improved product quality, and substantial cost savings. This case study underscores the pivotal role of cutting-edge optical inspection solutions in elevating semiconductor manufacturing standards and outcomes.

IPC-220

IPC-220

  • Compact IPC chassis with two front expansion slots
  • Shockproof drive bay for two 2.5" HDD/SSD
  • Single-side I/O for easy maintenance
  • Supports Advantech iDoor
  • Bidirectional to mount on wall or workbench
  • Qualified for AWS (Amazon Web Service) IoT Greengrass
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PCE-2133

PCE-2133

  • Intel® 12th Gen Core™ i CPU socket-type (LGA1700) with Intel® Q670E/ H610E chipset
  • 3 x independent displays (third display output via optional cable)
  • 2 x Giga LAN and up to 8 x USB 3.2 Gen2
  • 2 x RS-232/422/485
  • 1 x NVMe M.2 (PCE-2133 Only), 2 x 2.5" HDD/SSD, and 1 x Msata
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AQD-SD5V16GN48-SB

AQD-SD5V16GN48-SB

  • Samsung original chips
  • Increased bank and burst length
  • DDR5 4.8GT/s
  • Same bank refresh
  • On-die ECC for Enhanced RAS
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MIC-770 V3

MIC-770 V3

  • Intel® 12th Gen Core™ i CPU socket-type (LGA1700) with Intel® R680E/ H610E chipset
  • Wide operating temperature (-20 ~ 60 °C); VGA and HDMI output
  • 1 x 2.5" HDD/SSD, 1 x mSATA, and 1 x NVMe M.2; 9 ~ 36 VDC input power range
  • Supports FlexIO and iDoor technology, flexible configure additional HDMI, DP, DVI, COM port, DIO, Remote switch IO
  • Supports Advantech i-Modules; Supports Advantech SUSIAPI and embedded software APIs
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AQD-SD5V16GN48-SB

AQD-SD5V16GN48-SB

  • Samsung original chips
  • Increased bank and burst length
  • DDR5 4.8GT/s
  • Same bank refresh
  • On-die ECC for Enhanced RAS
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Smart Factory

Elevating LED Production Line Efficiency with DDR5-Powered Vision Control Solution

Client Profile

This client is a leading LED manufacturer known for their commitment to producing high-quality lighting solutions. They were seeking a solution to enhance their LED production line's inspection process, ensuring both superior quality and streamlined efficiency.

Challenges

The LED production line faced challenges related to maintaining consistent quality while meeting high production demands. The manual inspection process was time-consuming and prone to errors, potentially leading to defective products reaching the market. The client sought a solution that could automate and elevate the inspection process. The decision to integrate a Vision Control Solution powered by DDR5 technology proved transformative for the LED production line.

Conclusion

The application of the Vision Control Solution, driven by DDR5 technology, delivered impressive outcomes: Increased Inspection Speed: The DDR5-powered solution boosted inspection speeds by 15-20%. This enhancement also reduced the requirement for rework, and the resulting reduction in defective product recalls led to annual cost savings of approximately $200,000.

IPC-510

IPC-510

  • Most cost-effective rackmount chassis
  • Supports PS/2 single power supply
  • Easy-to-install front-accessible drive bays hold 3 x 5.25" and 2 x 3.5" drives (1 x front-accessible and 1 x internal)
  • Front-accessible USB and PS/2 interfaces
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ASMB-788

ASMB-788

  • LGA 1700 Intel® 13th/ 12th Gen. Core™ i9/i7/i5/i3 processors with W680 chipset
  • DDR5 ECC/Non-ECC 4400/4000/3600 MT/s UDIMM up to 128 GB
  • One PCIe x16 (Gen 5) and four PCIe x4 (3 x Gen 4 & 1 x Gen 3) slots
  • Triple displays - DVI-D, VGA, and HDMI 2.0 ports
  • Four SATA 3 ports and seven USB 3.2 ports
  • One M.2 2280 (PCIe x4)
  • Rackmount optimized placement with positive air flow design
  • 0~60°C (32~140°F) ambient operating temperature range
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AQD-D5V16GN56-HB

AQD-D5V16GN56-HB

  • Hynix original chips
  • Increased bank and burst length
  • DDR5 5.6GT/s
  • Same bank refresh
  • On-die ECC for Enhanced RAS
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Science Research

Computational Simulations for Scientific Research

Client Profile

The client is a leading research institution specializing in computational simulations for weather forecast. They required a memory solution that could support their complex simulations and data analysis tasks, demanding both high-speed data access and energy efficiency.

Challenges

The research institution faced challenges related to data-intensive simulations and computations. Their existing DDR4 memory configuration was struggling to keep up with the growing demands of intricate simulations, leading to slower processing times and hindered efficiency. The need for a memory upgrade to DDR5 DRAM became evident to accelerate their research endeavors.

Conclusion

The transition to DDR5 resulted in a remarkable 15% improvement in data-intensive simulation processing times. This case study exemplifies how DDR5 DRAM can significantly enhance the performance and capabilities of high-performance computing environments, setting the stage for cutting-edge research and innovation.

HPC-7420

HPC-7420

  • Short depth 4U rackmount chassis support EE-ATX/EATX/ATX server board
  • Industry-grade chassis with Front Access Feature
  • 11 x PCIe expansion slot support
  • Wide environment temp support, 0 ~ 50 °C
  • 2 hot-swappable 2.5" SATA/SAS/SSD drive bays with slim/ultra slim ODD in option
  • Rear-accessible system fan without opening top cover for easy maintenance
  • Fan filter included for harsh environments
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ASMB-817

ASMB-817

  • LGA4677 ATX server board with 4th Gen. Intel Xeon® Scalable processor
  • DDR5 4400/4800 MHz RDIMM up to 2TB (8 DIMMs) supports Intel® Optane™ Persistent Memory
  • Features 3x PCIe x16, 2x PCIe x8, 1x PCIe x4, and 1x PCIe x1
  • Intel® X710 dual 10GbE ports
  • Eight SATA 3 and one M.2 connectors (SATA/PCIe compatible)
  • 0~60°C (32~140°F) ambient operating temperature range
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AQD-D5V32GR48-SB

AQD-D5V32GR48-SB

  • Samsung Original Chip
  • Increased Banks and Burst Length
  • DDR5 4.8GT/s
  • Same-Bank Refresh
  • On-die ECC for Enhanced RAS
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Contact an Expert

Contact an Expert

Contact Now