Transcend 4 GB DDR3L RAM 1866 Mbit/s, SODIMM, 1.35V

Subtotal (1 unit)*

Kr. 2 265,12

(exc. VAT)

Kr. 2 831,40

(inc. VAT)

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RS Stock No.:
175-091
Mfr. Part No.:
TS512MSK64W8H
Brand:
Transcend
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Brand

Transcend

Product Type

RAM

Memory Size

4GB

Memory Socket Type

SODIMM

Memory Class

DDR3L

Supply Voltage

1.35V

CAS Latency

13

RAM Speed

1866Mbit/s

Standards/Approvals

RoHS Compliance

COO (Country of Origin):
TW

Transcend RAM, 4GB Memory Size, 1866 Mbit/s RAM Speed - TS512MSK64W8H


This RAM module is a low-voltage memory upgrade designed for Compact computing platforms, providing additional system working memory to improve multitasking and data handling in professional equipment. It is intended for insertion into small-form-factor laptop memory sockets to enhance transient data storage and application responsiveness in technical workflows.

Features and Benefits:


• 4GB capacity increases available system working memory • DDR3L architecture reduces power consumption during operation • 1866Mbit/s transfer rate supports Faster data throughput • CAS13 latency balances speed with predictable access timing • 1.35V supply voltage lowers thermal load on system boards • 204-pin SODIMM form factor fits common laptop memory slots

Applications


• Suitable for field measurement laptops used in automation setups • Ideal for engineering workstations running CAD simulations on-site • Used with portable test rigs in electrical diagnostics environments • Can be used for data-logging systems in mechanical condition monitoring

What socket type is required to install this module?


It fits into a 204-pin SODIMM socket commonly found in smaller laptop and Compact workstation motherboards.

How does the voltage specification affect system power draw?


Operating at 1.35V reduces module current compared with higher-voltage alternatives, lowering overall power consumption and heat generation in densely packed enclosures.

Which performance metric dictates memory responsiveness?


The column access strobe latency Value of CAS13 determines average access delay for read operations, influencing application responsiveness under random access loads.

Is the module compliant with industry environmental standards?


It meets RoHS requirements for restricted substances, aligning with environmental material restrictions in electronic assemblies.

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