Thursday, August 6th 2020
Transcend Releases DDR4 3200 MHz Industrial Modules
Transcend, a leading brand of industrial-grade memory products and storage solutions, recently announced the release of a new series of industrial-grade DDR4-3200 memory modules. Aiming at 5G networking and intelligent computing at the edge, DDR4-3200 memory modules feature high transmission bandwidth at 3200MT/s, low latency, and low power consumption, running at 1.2 V. The line-up includes Unbuffered Long-DIMM, Unbuffered SO-DIMM, ECC Long-DIMM, ECC SO-DIMM, and Registered Long-DIMM, addressing the varied, and often strict, form factor requirements of vertical markets. Fully complied with JEDEC specification, DDR4-3200 memory modules are optimized for Intel, AMD, and ARM processors. The DDR4-3200 DIMMs are ready to power up embedded telecommunication, in-vehicle, gaming, and smart healthcare applications in the approaching AIoT decade.
Major-grade DRAM chips sourced directly from first-tier manufacturers
Transcend sources every DRAM chip it uses in industrial-grade memory modules directly from the world's most reputable manufacturers. These ICs are rated "major-grade", meaning they are originally branded and trademarked, and undergo the original manufacture's in-house testing procedures to manifest the highest standard of quality.
For embedded desktops, high-end laptops, and edge computing
As industries begin utilizing 5G infrastructure, demand for high-performance, large-capacity memory grows. Transcend's DDR4-3200 memory modules feature capacities from 8 GB to 32 GB, enabling overclocking for high-end servers, computers, workstations, unmanned devices, AI-powered equipment, and smart systems from the core to the edge.
Low power consumption at 1.2 V
DDR4 cuts energy needs by running at just 1.2 V. These modules consume far less power than their predecessors DDR3, DDR2, and DDR. While the world prepares for future memory-hungry core processors and motherboards, the DDR4 keeps its energy budget low.
Future-compatible memory that transmits data at 3200MT/s
In the 5G era, large volumes of data are being generated and processed in real-time by connected edge devices, blurring the line between telecommunications and computer networking. This creates a need for short response times and low redundancy. DDR4-3200 memory modules feature low latency and ultra-high transfer speeds at 3200MT/s, fueling the 5G revolution by meeting data transmission and computing demands.
Product Line-up
Source:
Transcend
Transcend sources every DRAM chip it uses in industrial-grade memory modules directly from the world's most reputable manufacturers. These ICs are rated "major-grade", meaning they are originally branded and trademarked, and undergo the original manufacture's in-house testing procedures to manifest the highest standard of quality.
For embedded desktops, high-end laptops, and edge computing
As industries begin utilizing 5G infrastructure, demand for high-performance, large-capacity memory grows. Transcend's DDR4-3200 memory modules feature capacities from 8 GB to 32 GB, enabling overclocking for high-end servers, computers, workstations, unmanned devices, AI-powered equipment, and smart systems from the core to the edge.
Low power consumption at 1.2 V
DDR4 cuts energy needs by running at just 1.2 V. These modules consume far less power than their predecessors DDR3, DDR2, and DDR. While the world prepares for future memory-hungry core processors and motherboards, the DDR4 keeps its energy budget low.
Future-compatible memory that transmits data at 3200MT/s
In the 5G era, large volumes of data are being generated and processed in real-time by connected edge devices, blurring the line between telecommunications and computer networking. This creates a need for short response times and low redundancy. DDR4-3200 memory modules feature low latency and ultra-high transfer speeds at 3200MT/s, fueling the 5G revolution by meeting data transmission and computing demands.
Product Line-up
11 Comments on Transcend Releases DDR4 3200 MHz Industrial Modules
Oh NVM found it on their site CAS Latency CL22
um yeah OK I don't call that low latency I call that pretty shit latency
Who GAF what the ICs are, really?